• Mommy Teasing 1 week ago 25:56,,, • My Professor Teasing Me With Her Tight Dress. Typography is the art and technique of arranging type. It involves the thoughtful and deliberate selection of typefaces, point size, line length, leading, tracking, kerning, color and any element that can affect a design. In Photoshop, web galleries and slideshows can be generated via the File ➝ Auto- mate menu option. Among the options you'll be given are those to create High Defi- nition Resolution images (HDRs), batch merge, PDF presentations, and Web Photo Galleries. Clicking on the latter opens a dialog that lets you pick the type. Log in with your email and password to search the profiles. Mate1.com continues to redefine the way singles meet, date, and fall in love. Web dating swf. I was charmed by his e-mail. Boarding with the super hornio brothers loses a point if serve. Fitness center, and a fevered look; another offers a photo of myself at the base of Snowbird Mountain, in Utah. Even more amazing, he told me he loves climbing and skiing and describes himself as 'fairly successful,. Mar 26, 2013 - 13 min - Uploaded by Greg DavisEasyWebDesignSystem.com/ - How to create a photo gallery/album in Dreamweaver? Readability is primarily the concern of the typographer or information designer. In websites, consistency is key in the use of typography. We've come a long way since the start of the internet. For a long time typography has been overlooked by web designers, but it has gained recognition as an important part of web design Digitization opened up typography to new generations of designers. Only a few type fonts could be used safely in websites, assuring that every viewer would see them as the designer intended, but services like @font-face & Typekit have been developed to allow designers to use a wider variety of fonts in web design. External Links:||.
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A web page related to acesulfame-k and sunette hazards. Welcome to My Collections at the Art Institute of Chicago! My Collections is a new feature that allows you to make your own art collections by selecting artworks and adding your own notes about the works. My Collections allows you to save these collections to revisit and share them with your friends. Getting started with My Collections is easy, just follow the steps below. At Reebok, discover shoes designed for any of your fitness activities. Plus customize shoes to make them your own! Free shipping & returns on all orders over $49. Create a Profile Look for the 'Log in to My Collections' box below the left sidebar menu. Click on 'Register a new user.' If you already have a My Collections account, log in using your username and password. To create a profile, you will need a valid email address where your initial information will be sent for verification. Your e-mail address is not made public. 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Click on the update button to add the item(s). The collection appears. Personalize My Collections Add a description of the collection into the gray box at near the top of your My Collection or add personalized notes about the artworks. When you share your My Collections, others are able to read your personal comments. Share My Collections To share your My Collection, choose 'View My Collections' from the dark gray box in the left sidebar. Click on 'Email collection to a friend' to fill forward the link to your My Collection. You friend receives the web address linking to your My Collection. This web address can also be shared as a link on your Web site, blog or social networking Web site. Daihinia is a tool for WiFi. It turns a simple Ad-Hoc network into a Multi-hop Ad-Hoc network. Multi-hop Ad-Hoc networks offer a higher level of flexibility than the usual Infrastructure Mode: in Infrastructure Mode all the computers have to be in the range of the Access Point, while in Multi-hop Ad-Hoc networks they have to be within one another's range, possibly forming chains longer than one hop. Basically, Daihinia offers a Mesh Network layer for WiFi Ad-Hoc (IBSS) networks, making the network infrastructure be implicitly maintained by the users themselves. It's a nice idea that a network user supports the network around him/her just by the fact that he/she uses the network. Unlike other solutions that allow mesh topology only between Access Points, Daihinia uses IBSS Mode and adds mesh functionality directly to computers, and does not use Access Points at all. Daihinia is implemented as an intermediate network driver for Windows systems and is completely transparent for programs. Commercial usage is allowed. #47 For those who were wondering even after all the explanations: It is a tad jargoned.but good luck finding a description that is not. Effectively, it is a chain connection, furthest device uses closer devices connected to same network to pass the information along, thereby seemingly extending the wifi signal.at least, this is how I understand it. Thanks GOTD and Vitalie Vrabie, I personally do not need this (I prefer hardwired due to far less security risk, and that I have a 'wifi on command' infrastructure on My home network that more than fulfills what I, and the multiple net capable devices in My family, require), but it is an interesting offer. For those who were wondering even after all the explanations: It is a tad jargoned.but good luck finding a description that is not. Oct 11, 2013. Popular Alternatives to Daihinia for Windows, Mac, Linux, Web, iPhone and more. Explore apps like Daihinia, all suggested and ranked by the AlternativeTo user community. Effectively, it is a chain connection, furthest device uses closer devices connected to same network to pass the information along, thereby seemingly extending the wifi signal.at least, this is how I understand it. Thanks GOTD and Vitalie Vrabie, I personally do not need this (I prefer hardwired due to far less security risk, and that I have a 'wifi on command' infrastructure on My home network that more than fulfills what I, and the multiple net capable devices in My family, require), but it is an interesting offer.|. #39 Non-technical PC users should not use this software, so WARNING, WARNING, WARNING. It is NOT because the software is no good. It probably is fine. But, if you do not understand this type of technology, DO NOT USE IT or you will have problems that you may not be able to back out of, such as uninstalling; protocols, drivers, etc. But, if you must, INSTALL IT ON A TEST OR SPARE PC FIRST. But, if you must, MAKE TOTAL BACKUPS OF YOUR PC. But, if you must, READ EVERYTHING FIRST. Look at what you are doing as a CHAIN OF EVENTS, from PC to PC in your network - EXTENDING THE RANGE OF YOUR WI-FI ACCESS. PLEASE, BE VERY CAREFUL. Make backups FIRST. Non-technical PC users should not use this software, so WARNING, WARNING, WARNING. It is NOT because the software is no good. It probably is fine. But, if you do not understand this type of technology, DO NOT USE IT or you will have problems that you may not be able to back out of, such as uninstalling; protocols, drivers, etc. But, if you must, INSTALL IT ON A TEST OR SPARE PC FIRST. But, if you must, MAKE TOTAL BACKUPS OF YOUR PC. But, if you must, READ EVERYTHING FIRST. Look at what you are doing as a CHAIN OF EVENTS, from PC to PC in your network - EXTENDING THE RANGE OF YOUR WI-FI ACCESS. PLEASE, BE VERY CAREFUL. Make backups FIRST.|. #37 I did try it few months ago, however uninstalled it. The biggest problem is if one of you assigned relay is off or not working, there will be disconnect if the nearest 'hub' has to re-transmit the signal several times at a rate far bellow the acceptable speed. Some of the 'hubs' overheat by non-stop re-transmission and creates a choke point. Nice idea, but the developer forgot that most of us use movie transmissions and TV connections that can not keep up with the rate of transmission and thus lost frames occurs on every re-transmit order. I did try it few months ago, however uninstalled it. The biggest problem is if one of you assigned relay is off or not working, there will be disconnect if the nearest 'hub' has to re-transmit the signal several times at a rate far bellow the acceptable speed. Some of the 'hubs' overheat by non-stop re-transmission and creates a choke point. Nice idea, but the developer forgot that most of us use movie transmissions and TV connections that can not keep up with the rate of transmission and thus lost frames occurs on every re-transmit order.|. #36 On drivers, since the Daihinia driver has been mentioned, drivers discussed etc., & of course in case it helps at all. Drivers are a more serious type of software because they always start with Windows, & preventing that from happening [preventing the driver from starting] is more difficult than stopping an app from auto starting. Drivers that talk to your PC's/laptop's core hardware are lower level, more serious affairs, while other drivers may be little more than any other software program. As with any other software, conflicts can occur, which is the main reason I think anyone would want to remove a driver to start with -- if it's not doing anything bad, there's less reason to bother, especially as incompletely removing a driver can keep Windows from starting. Trust whatever driver removal tools at your own risk -- they may save time/effort but if they fail you can still be stuck restoring a backup. Now to the business of removing most any driver. Backup the registry 1st, & know how to restore that backup if Windows won't start. If you've got a disk/partition image backup stored locally or on a eSATA/USB 3.0 external drive, that may be the fastest, easiest way for you to put things back -- otherwise ERUNT or System Restore may work for you. The 2nd step is to find out if there's more than one app &/or driver involved, & if they too start with Windows. If driver/app B depends on driver A, & starts with Windows, what happens if/when you only remove *A* is unpredictable. The 3rd step is to search through the registry removing all keys referencing the driver(s)/app(s) you want to stop from auto starting -- you'll usually find 4 keys for most drivers, though there can be more -- note that you'll often have to change the permissions to edit/remove those keys. IF you miss something, or just rename/move/delete a file or files, Windows can try to start whatever, & when/if that doesn't work, stop right there. I have renamed driver files, adding a '_' to the front of the file name -- that way it shows up 1st in the directory listing if I have to change the name back from the command line when/if Windows wouldn't start afterward. Last step is to remove the actual driver or app files [if you want] after you're done in the registry & have made sure Windows starts & works like it should. Or if you renamed or removed the files 1st, optionally edit the registry to remove all references to those files. If your goal was to fix some problem caused by a driver, cleaning up the leftovers is an optional step. On drivers, since the Daihinia driver has been mentioned, drivers discussed etc., & of course in case it helps at all. Drivers are a more serious type of software because they always start with Windows, & preventing that from happening [preventing the driver from starting] is more difficult than stopping an app from auto starting. Drivers that talk to your PC's/laptop's core hardware are lower level, more serious affairs, while other drivers may be little more than any other software program. As with any other software, conflicts can occur, which is the main reason I think anyone would want to remove a driver to start with -- if it's not doing anything bad, there's less reason to bother, especially as incompletely removing a driver can keep Windows from starting. Trust whatever driver removal tools at your own risk -- they may save time/effort but if they fail you can still be stuck restoring a backup. Now to the business of removing most any driver. Backup the registry 1st, & know how to restore that backup if Windows won't start. If you've got a disk/partition image backup stored locally or on a eSATA/USB 3.0 external drive, that may be the fastest, easiest way for you to put things back -- otherwise ERUNT or System Restore may work for you. The 2nd step is to find out if there's more than one app &/or driver involved, & if they too start with Windows. If driver/app B depends on driver A, & starts with Windows, what happens if/when you only remove *A* is unpredictable. The 3rd step is to search through the registry removing all keys referencing the driver(s)/app(s) you want to stop from auto starting -- you'll usually find 4 keys for most drivers, though there can be more -- note that you'll often have to change the permissions to edit/remove those keys. IF you miss something, or just rename/move/delete a file or files, Windows can try to start whatever, & when/if that doesn't work, stop right there. I have renamed driver files, adding a '_' to the front of the file name -- that way it shows up 1st in the directory listing if I have to change the name back from the command line when/if Windows wouldn't start afterward. Last step is to remove the actual driver or app files [if you want] after you're done in the registry & have made sure Windows starts & works like it should. Or if you renamed or removed the files 1st, optionally edit the registry to remove all references to those files. If your goal was to fix some problem caused by a driver, cleaning up the leftovers is an optional step.|. #35 This kind of product is what allows those comunity based LAN's in third world projects to distribute a single internet connection around a village. It's not designed for efficiency but connectivity. It is intended as wifi mode that should be part of the operating systems functionality. My only questions at this time are: Does this support the connection of non-Daihinia enabled stations using standard ad-hoc protocols? Are there android and other linux *nix based ports of this too? If not, why not? Does this impliment SWITCH algorithims or HUB? Packets intended for multi-hop delivery. Are they sent to every connected client in the hopes someone knows the destination like a wired HUB does OR maintain a database map of the current topology of connected clients and only send packets to be farwarded to the currently live station nearest to the destination? HUB operation simplifies the software but will rapidly consume available airtime. SWITCH based withspanning tree type mapping complicates the software but minimises data exposure to unnecesary transmissions improving security a little but primarily reducing unecesary congestion in an already overused frequency band. I hope it is possible to use the same wifi adaptor in infrastructure mode as well as as an ad-hoc node. Otherwise the gateway nodes will have to have wired connections to thier gateways to the Internet. Regardless of the answers to those questions. If this works and is stable it's a great idea and an ideal product for GAOTD IMHO. This kind of product is what allows those comunity based LAN's in third world projects to distribute a single internet connection around a village. It's not designed for efficiency but connectivity. It is intended as wifi mode that should be part of the operating systems functionality. My only questions at this time are: Does this support the connection of non-Daihinia enabled stations using standard ad-hoc protocols? Are there android and other linux *nix based ports of this too? If not, why not? Does this impliment SWITCH algorithims or HUB? Packets intended for multi-hop delivery. Are they sent to every connected client in the hopes someone knows the destination like a wired HUB does OR maintain a database map of the current topology of connected clients and only send packets to be farwarded to the currently live station nearest to the destination? HUB operation simplifies the software but will rapidly consume available airtime. SWITCH based withspanning tree type mapping complicates the software but minimises data exposure to unnecesary transmissions improving security a little but primarily reducing unecesary congestion in an already overused frequency band. I hope it is possible to use the same wifi adaptor in infrastructure mode as well as as an ad-hoc node. Otherwise the gateway nodes will have to have wired connections to thier gateways to the Internet. Regardless of the answers to those questions. If this works and is stable it's a great idea and an ideal product for GAOTD IMHO.|. Yes it does seem to turn a computer into a Wifi repeater. Hopefully people will realise that they repeater computer has to be switched on for the whole time that people further down the chain are accessing the internet, otherwise they'll lose their connection. So if all you are doing is keeping old PCs switched on to give other people internet access, they power bill will soon be greater than the cost of a dedicated repeater. If each repeater PC is being used, the proposition changes - but this isn't a 'free' wifi repeater - the electricity will cost. Yes it does seem to turn a computer into a Wifi repeater. Hopefully people will realise that they repeater computer has to be switched on for the whole time that people further down the chain are accessing the internet, otherwise they'll lose their connection. So if all you are doing is keeping old PCs switched on to give other people internet access, they power bill will soon be greater than the cost of a dedicated repeater. If each repeater PC is being used, the proposition changes - but this isn't a 'free' wifi repeater - the electricity will cost.|. #32 Sorry to be off topic folks. A question for Giovanni (Comments 12 & 14): I bought one of those $400 Z-Boost YX545 (junk), cell phone boosters., bought 50' RJ6 cable, put up a 30 ft. Tower (in cement), isolated the cell antenna 4' from metal and get full bars on my cell in a fringe area. Can't make a call or text though and it took me longer than the 30 day return to find that out. Any sites where I might find some useful information, similar to the ones you mentioned for boosting WiFi signal, but for cell phones instead. Free is good but I'm into this a few bucks now soo. The only help Z-Boost offered was to try and sell me another antenna.I should have bought Wilson, LOL. Sorry to be off topic folks. A question for Giovanni (Comments 12 & 14): I bought one of those $400 Z-Boost YX545 (junk), cell phone boosters., bought 50' RJ6 cable, put up a 30 ft. Tower (in cement), isolated the cell antenna 4' from metal and get full bars on my cell in a fringe area. Can't make a call or text though and it took me longer than the 30 day return to find that out. Any sites where I might find some useful information, similar to the ones you mentioned for boosting WiFi signal, but for cell phones instead. Free is good but I'm into this a few bucks now soo. The only help Z-Boost offered was to try and sell me another antenna.I should have bought Wilson, LOL. #31 #8: 'a)Would the password of the “middle” computer need to be known by the one furthest away? B)& would the speed & usage limits of the middle comp be compromised, or does this software just skirt the WIFI (sort of bounce on the network & reach the main hub)? C) Does this software have to be on both the comps?' A) Depends on how you set up your WiFi network -- think of using Daihinia the same way you'd set up your network using a router for example. If you set up your network to require a password for access, then yes, every PC/laptop that wanted to join or connect would need to have that password. Their FAQ has directions on how to put this data on a USB stick together with the setup files for Daihinia. B) You'd use a [likely small] portion of the device's resources running the software & network adapter, more so since that adapter was more active, talking to multiple devices rather than just a router. Network speeds would be less both for that reason & because every device connected consumes some of the total available bandwidth. C) Think of it as a separate network entirely. Every connected device needs to be running the software. OTOH there's no reason you couldn't add a USB WiFi dongle to the same PC/laptop, & use that to provide a WiFi connection to a tablet/cell that can't run Daihinia. And/or you could tether a device with a cellular connection to a PC/laptop, using that to provide Internet access to your ad hoc network --. * * * #20: '. Does it work with WAN broadband or not and can I connect to my own broadband WAN from my laptop in one room to also get the Internet in my PC in another room?' In your case, wanting to provide Internet access from your laptop to your PC, IF you cannot use a hardwired or WiFi connection now, an ad hoc network [using Daihinia or not] won't change anything. Where it might help is if you had another laptop or PC somewhere in the middle that could reach both via WiFi, & then Daihinia would let that 3rd device work like a bridge between the two. If you don't already have that additional laptop or PC [which would also have to be on to act as that sort of bridge], you'd be better off to use dedicated hardware, e.g. An extender, placed somewhere in between your laptop & PC. * * * #25: 'So if I use this, the computer in the house will extend the wifi on it to further afield, so I could walk around outside & use same wifi on mobile phone?' Every device has to run the Daihinia software, which means Windows, or in the case of an Apple or *nix laptop, Windows in a VM. An extender may work to do what you want. #8: 'a)Would the password of the “middle” computer need to be known by the one furthest away? B)& would the speed & usage limits of the middle comp be compromised, or does this software just skirt the WIFI (sort of bounce on the network & reach the main hub)? C) Does this software have to be on both the comps?' A) Depends on how you set up your WiFi network -- think of using Daihinia the same way you'd set up your network using a router for example. If you set up your network to require a password for access, then yes, every PC/laptop that wanted to join or connect would need to have that password. Their FAQ has directions on how to put this data on a USB stick together with the setup files for Daihinia. B) You'd use a [likely small] portion of the device's resources running the software & network adapter, more so since that adapter was more active, talking to multiple devices rather than just a router. Network speeds would be less both for that reason & because every device connected consumes some of the total available bandwidth. C) Think of it as a separate network entirely. Every connected device needs to be running the software. OTOH there's no reason you couldn't add a USB WiFi dongle to the same PC/laptop, & use that to provide a WiFi connection to a tablet/cell that can't run Daihinia. And/or you could tether a device with a cellular connection to a PC/laptop, using that to provide Internet access to your ad hoc network -- * * * #20: '. Does it work with WAN broadband or not and can I connect to my own broadband WAN from my laptop in one room to also get the Internet in my PC in another room?' In your case, wanting to provide Internet access from your laptop to your PC, IF you cannot use a hardwired or WiFi connection now, an ad hoc network [using Daihinia or not] won't change anything. Where it might help is if you had another laptop or PC somewhere in the middle that could reach both via WiFi, & then Daihinia would let that 3rd device work like a bridge between the two. If you don't already have that additional laptop or PC [which would also have to be on to act as that sort of bridge], you'd be better off to use dedicated hardware, e.g. An extender, placed somewhere in between your laptop & PC. * * * #25: 'So if I use this, the computer in the house will extend the wifi on it to further afield, so I could walk around outside & use same wifi on mobile phone?' Every device has to run the Daihinia software, which means Windows, or in the case of an Apple or *nix laptop, Windows in a VM. An extender may work to do what you want.|. #29 #3 benny – Can’t see what looks “convoluted” to you. 'Unlike other solutions that allow mesh topology only between Access Points, Daihinia uses IBSS Mode and adds mesh functionality directly to computers, and does not use Access Points at all.' Here, you've lost everyone but the serious techies out there. It's not really convoluted, grammatically, but terms like 'mesh topology' and 'IBSS Mode' are going to be foreign to most people. You have my sympathy. I often have to explain scientific and mathematical topics to the educated, nonspecialist reader and. It can be challenging. #3 benny – Can’t see what looks “convoluted” to you. 'Unlike other solutions that allow mesh topology only between Access Points, Daihinia uses IBSS Mode and adds mesh functionality directly to computers, and does not use Access Points at all.' Here, you've lost everyone but the serious techies out there. It's not really convoluted, grammatically, but terms like 'mesh topology' and 'IBSS Mode' are going to be foreign to most people. You have my sympathy. I often have to explain scientific and mathematical topics to the educated, nonspecialist reader and. It can be challenging.|. #28 If you visit the dev's web site the FAQ has lots of useful info: In a home or small office environment wired network access is of course best -- it's faster, more secure, more reliable, easier to set up etc., though it is more expensive since you have to run network cable & most all consumer grade [read reasonably priced] routers can only connect to 4 devices, i.e. Have 1 outgoing & 4 incoming ports. If/when you don't want to [or can't] run wire, powerline adapters *may* work well -- depends on your building's wiring. While they're not limited to pairs [you can use one *base* adapter with several connected to PCs &/or other devices], Currently 2 adapters [one connected to the router & 1 connected to the PC/laptop] runs ~$30 on sale -- buy from someplace that allows returns in case it won't work with your electrical wiring. FWIW our son doesn't notice any difference [no added lag etc.] between using powerline adapters vs. A hardwired connection for on-line gaming. While undoubtedly more convenient, WiFi is the last choice in terms of performance, security, & headaches. Not all wireless routers are created equal, & neither are their antennas -- when it comes to signal range, placement can also be critical. I think the least expensive [from ~$30 on sale], somewhat popular solution to extend WiFi range further is using an Extender, which connects to your router via WiFi, & sets up a 2nd WiFi network. Theoretically they're also easier to set up than using something like a 2nd wireless router connected via cable or powerline adapter etc., but personal experience is that like many reviews & forum posts, getting an extender working can be a PITA. Those scenarios are all based on giving your hardware Internet access using a central router that itself connects to the Internet. You can skip that & just connect device A to device B -- the most common example I can think of at the moment is connecting to a printer [with WiFi] from your tablet or cell. You can also use this ad hoc networking to connect however many laptops, PCs, tablets etc. When a more formal networking setup [with routers etc.] is less practical or unavailable -- That's where Daihinia comes in -- letting you setup an ad hoc network. It's Windows software, & since every device in your ad hoc network has to run Daihinia, it also has to be running Windows, though VMs can work. It does get more complicated when you want to use one of these devices to provide Internet access -- I think the Daihinia FAQ explains it well. WiFi USB dongles can be incredibly cheap [I got 1 free after MIR not long ago] -- adding one to your PC/laptop just for Daihinia, leaving your built-in network adapter tied to your router, may make providing Internet access to your Daihinia network easier. Daihinia doesn't appear to offer WPS [ ], possibly by design for security reasons rather than something they overlooked, but to make up for that their FAQ explains how to create a setup USB stick to easily transfer your Daihinia network setup [password etc.] to another PC/laptop. If you visit the dev's web site the FAQ has lots of useful info: In a home or small office environment wired network access is of course best -- it's faster, more secure, more reliable, easier to set up etc., though it is more expensive since you have to run network cable & most all consumer grade [read reasonably priced] routers can only connect to 4 devices, i.e. Have 1 outgoing & 4 incoming ports. If/when you don't want to [or can't] run wire, powerline adapters *may* work well -- depends on your building's wiring. While they're not limited to pairs [you can use one *base* adapter with several connected to PCs &/or other devices], Currently 2 adapters [one connected to the router & 1 connected to the PC/laptop] runs ~$30 on sale -- buy from someplace that allows returns in case it won't work with your electrical wiring. FWIW our son doesn't notice any difference [no added lag etc.] between using powerline adapters vs. A hardwired connection for on-line gaming. While undoubtedly more convenient, WiFi is the last choice in terms of performance, security, & headaches. Not all wireless routers are created equal, & neither are their antennas -- when it comes to signal range, placement can also be critical. I think the least expensive [from ~$30 on sale], somewhat popular solution to extend WiFi range further is using an Extender, which connects to your router via WiFi, & sets up a 2nd WiFi network. Theoretically they're also easier to set up than using something like a 2nd wireless router connected via cable or powerline adapter etc., but personal experience is that like many reviews & forum posts, getting an extender working can be a PITA. Those scenarios are all based on giving your hardware Internet access using a central router that itself connects to the Internet. You can skip that & just connect device A to device B -- the most common example I can think of at the moment is connecting to a printer [with WiFi] from your tablet or cell. You can also use this ad hoc networking to connect however many laptops, PCs, tablets etc. When a more formal networking setup [with routers etc.] is less practical or unavailable -- That's where Daihinia comes in -- letting you setup an ad hoc network. It's Windows software, & since every device in your ad hoc network has to run Daihinia, it also has to be running Windows, though VMs can work. It does get more complicated when you want to use one of these devices to provide Internet access -- I think the Daihinia FAQ explains it well. WiFi USB dongles can be incredibly cheap [I got 1 free after MIR not long ago] -- adding one to your PC/laptop just for Daihinia, leaving your built-in network adapter tied to your router, may make providing Internet access to your Daihinia network easier. Daihinia doesn't appear to offer WPS [ ], possibly by design for security reasons rather than something they overlooked, but to make up for that their FAQ explains how to create a setup USB stick to easily transfer your Daihinia network setup [password etc.] to another PC/laptop.|. Dude, you made me lough.LOL! No offense meant for you but you look like a little bit paranoid.hey, are you OK? This tool is clearly meant for networking purposes (think how useful can be in a working office or at School/University etc.). Internet café owners may get angry bcs of this tool? Come on, most of them has no idea who really use their wifi connection (you need advanced networking skills that just a few of them have.) But apart from that, even a CAR can be used to kill people on the road.so what should we do? Forbid the sale of cars?? Come on.be serious man!! But anyway, thanks for existing: you definitely made my day.LOL! Dude, you made me lough.LOL! No offense meant for you but you look like a little bit paranoid.hey, are you OK? This tool is clearly meant for networking purposes (think how useful can be in a working office or at School/University etc.). Internet café owners may get angry bcs of this tool? Come on, most of them has no idea who really use their wifi connection (you need advanced networking skills that just a few of them have.) But apart from that, even a CAR can be used to kill people on the road.so what should we do? Forbid the sale of cars?? Come on.be serious man!! But anyway, thanks for existing: you definitely made my day.LOL!|. #25 # 17 Well, as # 10 rightly noticed, this GAOTD is much more than a simple sw to extend the router signal, because it actually creates a new ad hoc network among several PC bypassing the Access Point range limitation. As for removing the driver you don't need a disk imaging tool. First of all, to make this tool effective, you need to install the driver in any PC of the Ad hoc network. But if for some odd reasons you change your mind about it, you don't need a Disk Imaging tool. Or just use this excellent FREE tool to safely uninstall any unwanted driver device running in your system: # 20 I think you can do that.the only requirement your PC must have to make it work is a WiFi adapter supporting of Ad-Hoc mode (most of the modern laptops out there actually support it). # 17 Well, as # 10 rightly noticed, this GAOTD is much more than a simple sw to extend the router signal, because it actually creates a new ad hoc network among several PC bypassing the Access Point range limitation. As for removing the driver you don't need a disk imaging tool. First of all, to make this tool effective, you need to install the driver in any PC of the Ad hoc network. But if for some odd reasons you change your mind about it, you don't need a Disk Imaging tool. Or just use this excellent FREE tool to safely uninstall any unwanted driver device running in your system: # 20 I think you can do that.the only requirement your PC must have to make it work is a WiFi adapter supporting of Ad-Hoc mode (most of the modern laptops out there actually support it).|. #22 I don't understand what people don't understand about how this works. This allows you to create a network in which every computer is an access point, and as long as one computer in this network has access to the internet, they will all get access. It's very true to the original design of the DARPANet, which was created to react to large portions of the network simply evaporating (quite literately), and still have communications find their own way to their intended (military) recipients. How this program works is that your communications get routed through other people's computers, if necessary, as if they were internet servers or backbone. The physical reach of the network CAN expand as each new person joins. Though most likely people will not spread out evenly, and so not enlarge the network's reach. The upside of this is that your network spreads as it get's physically larger. Meaning that if you join the network, and you are at it's boundary, your computer becomes a repeater, extending that boundary even further. Example: So, for instance, you are sitting by the windows at an internet cafe with a good internet connection, and your friend is sitting outside the window with with a bad or no internet connection. You install this package (probably on both computers), and now your laptop can act as a 'repeater', and extend the coverage to the other side of the glass (assuming the problem was the cafe's access point was too far away). Then your friend can also act as a repeater, allowing others to connect. I imagine that internet cafe owner's (or actually ANYONE who offers a free or pay network connection) would NOT be happy to find that other people, outside his establishment have been able to piggy back on top of your connection. I imagine somebody in the restaurant down the street being able to surf, even though THAT establishment doesn't offer internet, because there are enough people between him and you using this software that your connection can reach him. This has the potential to route EVERYONE's communications through a single computer, in this case YOURS, SLOWING it down for everybody, but especially you're computer that's dealing with everyone's traffic, PLUS whatever YOU are doing. Pros: * Internet Service can be made to reach places that it couldn't before. Cons: * I'm sure that you have to install the software on everyone's computer who wants to access these temporary networks. * The networks are unstable and temporary by their very nature, because people who are acting as backbone will come and go. If a vital link between two larger networks, only one of which has the internet access, decides that his lunch is over and so leaves, the network will be broken in to two parts, only one of which will have internet. * Many people's computers will be slower, because of the new duties that they will have in the network. * I can imagine that there can get to be so many different computers trying to communicate with each other, that the whole shebang screeches to a halt. Like all internet access crashing at one of Bill Gate's demonstrations because everyone's phone was offering internet access, and there were just too many. * If anyone is doing something illegal while communicating through your network connection, your computer will be one of the one's the FBI will want to look. * The people offering the original internet connection WILL NOT be able to control WHO HAS ACCESS. So, if you pay for your network connection, whoever can connect to you DOES NOT NEED TO PAY, because he's just piggy-backing on top of your signal. The routers will think that it's just more communications from you. Because it IS! * The more people sharing a single connection, the slower that connection will become. On the up side, it's possible that if several people are connected to the original access point (like Starbucks), it's possible that people could get a boost in speed, because they can send and receive through several connections to the internet simultaneously, though that would require load-balancing etc. Reminds me of an experiment that someone (Google?) did with allowing cell phones to expand their own network. Enabling them to bring cell phones into poorly connected urban areas. Heard about it a couple of times, then nothing. I don't understand what people don't understand about how this works. This allows you to create a network in which every computer is an access point, and as long as one computer in this network has access to the internet, they will all get access. It's very true to the original design of the DARPANet, which was created to react to large portions of the network simply evaporating (quite literately), and still have communications find their own way to their intended (military) recipients. How this program works is that your communications get routed through other people's computers, if necessary, as if they were internet servers or backbone. The physical reach of the network CAN expand as each new person joins. Though most likely people will not spread out evenly, and so not enlarge the network's reach. The upside of this is that your network spreads as it get's physically larger. Meaning that if you join the network, and you are at it's boundary, your computer becomes a repeater, extending that boundary even further. Example: So, for instance, you are sitting by the windows at an internet cafe with a good internet connection, and your friend is sitting outside the window with with a bad or no internet connection. You install this package (probably on both computers), and now your laptop can act as a 'repeater', and extend the coverage to the other side of the glass (assuming the problem was the cafe's access point was too far away). Then your friend can also act as a repeater, allowing others to connect. I imagine that internet cafe owner's (or actually ANYONE who offers a free or pay network connection) would NOT be happy to find that other people, outside his establishment have been able to piggy back on top of your connection. I imagine somebody in the restaurant down the street being able to surf, even though THAT establishment doesn't offer internet, because there are enough people between him and you using this software that your connection can reach him. This has the potential to route EVERYONE's communications through a single computer, in this case YOURS, SLOWING it down for everybody, but especially you're computer that's dealing with everyone's traffic, PLUS whatever YOU are doing. Pros: * Internet Service can be made to reach places that it couldn't before. Cons: * I'm sure that you have to install the software on everyone's computer who wants to access these temporary networks. * The networks are unstable and temporary by their very nature, because people who are acting as backbone will come and go. If a vital link between two larger networks, only one of which has the internet access, decides that his lunch is over and so leaves, the network will be broken in to two parts, only one of which will have internet. * Many people's computers will be slower, because of the new duties that they will have in the network. * I can imagine that there can get to be so many different computers trying to communicate with each other, that the whole shebang screeches to a halt. Like all internet access crashing at one of Bill Gate's demonstrations because everyone's phone was offering internet access, and there were just too many. * If anyone is doing something illegal while communicating through your network connection, your computer will be one of the one's the FBI will want to look. * The people offering the original internet connection WILL NOT be able to control WHO HAS ACCESS. So, if you pay for your network connection, whoever can connect to you DOES NOT NEED TO PAY, because he's just piggy-backing on top of your signal. The routers will think that it's just more communications from you. Because it IS! * The more people sharing a single connection, the slower that connection will become. On the up side, it's possible that if several people are connected to the original access point (like Starbucks), it's possible that people could get a boost in speed, because they can send and receive through several connections to the internet simultaneously, though that would require load-balancing etc. Reminds me of an experiment that someone (Google?) did with allowing cell phones to expand their own network. Enabling them to bring cell phones into poorly connected urban areas. Heard about it a couple of times, then nothing.|. #16 A good new idea to be tested yet (by people with long distance networks who haven't already bought a repeater). A system driver is digging deep into the system and may be hard to get rid off again. Before installing please backup with an imager! And you need a lot of faith to the unknown manufacturer! I suppose anti-virus software won't be useful. So Virustotal's results.? Would be very interesting to know how GOTD has tested this! Only 7.78 MB? Themida has suddenly shrunk or this driver alone is so big - earlier operating systems have been smaller! You don't need a repeater, but every in-between computer has to be online permanently (power consumption, wear). And it's probably costing some speed increasing with the number of participating computers. And #7 questions (passwords of computers) haven't yet been answered by Daihinia. What about wpa2 etc.? A good new idea to be tested yet (by people with long distance networks who haven't already bought a repeater). A system driver is digging deep into the system and may be hard to get rid off again. Before installing please backup with an imager! And you need a lot of faith to the unknown manufacturer! I suppose anti-virus software won't be useful. So Virustotal's results.? Would be very interesting to know how GOTD has tested this! Only 7.78 MB? Themida has suddenly shrunk or this driver alone is so big - earlier operating systems have been smaller! You don't need a repeater, but every in-between computer has to be online permanently (power consumption, wear). And it's probably costing some speed increasing with the number of participating computers. And #7 questions (passwords of computers) haven't yet been answered by Daihinia. What about wpa2 etc.?|. 63% THUMBS UP in a blink of an eye without having any idea what this tool actually does.this absolutely outclasses Aieesoft's dirty tricks for good!! This is definitely a funny forum.LOL! To understand what this software actually does I think people need a degree in IT science + a CISCO certification in networking.LOL! Key terms ==> Multi-hop Ad-Hoc networks + Mesh Network funcionality When you connect to an ACCESS POINT (Public or Private), your machine communicates only with that Access Point, even when you send data (for instance an email) to another PC in the same WiFi network: in this case data travels to the Access Point first, which then send it in the air to the target machine in the network. To make sure that everything goes smoothly all participants in the network must be in the same range of the Access Point, but if the Access Point suddenly stops working the whole network fails as a result of that. On the other hand, there is a so called 'Ad-Hoc Mode' (also called IBSS), when all PCs into a network act as a sort of PEERS with equal rights, thus sending data directly to each other without needing to communicate to the Access Point first. So what this tool does is to add the mesh functionality directly to any networked computers, turning a simple Ad-Hoc network into a Multi-hop Ad-Hoc network, by relaying packets from one PC to another one by using a computer in the middle (for nstance when two computers are out of range for each other): this way the communication between several PCs into a wifi network will always work, even if computers are NOT in the range of the Access Point. In other words with this GAOTD users will no longer need any Access Points to build their network, since this tool is based on WiFi's Ad-Hoc mode of operation (obviously you need a WiFi adapter capable of Ad-Hoc mode to make it work). So overall this GAOTD could actually be a very handy tool for those who use several LAPTOPS in home and small office networks, and are eager to use them as a sort of chain or path to the central PC (Server) designed to share its wired web conection to the wireless mesh network. BEST FREEWARE ALTERNATIVES?? Dudes.don't ask me too much.be happy with my explanation!! You could do one thing though, namely turn your laptop into a sort of hotspot access point: why not do that for FREE?? 63% THUMBS UP in a blink of an eye without having any idea what this tool actually does.this absolutely outclasses Aieesoft's dirty tricks for good!! This is definitely a funny forum.LOL! To understand what this software actually does I think people need a degree in IT science + a CISCO certification in networking.LOL! Key terms ==> Multi-hop Ad-Hoc networks + Mesh Network funcionality When you connect to an ACCESS POINT (Public or Private), your machine communicates only with that Access Point, even when you send data (for instance an email) to another PC in the same WiFi network: in this case data travels to the Access Point first, which then send it in the air to the target machine in the network. To make sure that everything goes smoothly all participants in the network must be in the same range of the Access Point, but if the Access Point suddenly stops working the whole network fails as a result of that. On the other hand, there is a so called 'Ad-Hoc Mode' (also called IBSS), when all PCs into a network act as a sort of PEERS with equal rights, thus sending data directly to each other without needing to communicate to the Access Point first. So what this tool does is to add the mesh functionality directly to any networked computers, turning a simple Ad-Hoc network into a Multi-hop Ad-Hoc network, by relaying packets from one PC to another one by using a computer in the middle (for nstance when two computers are out of range for each other): this way the communication between several PCs into a wifi network will always work, even if computers are NOT in the range of the Access Point. In other words with this GAOTD users will no longer need any Access Points to build their network, since this tool is based on WiFi's Ad-Hoc mode of operation (obviously you need a WiFi adapter capable of Ad-Hoc mode to make it work). So overall this GAOTD could actually be a very handy tool for those who use several LAPTOPS in home and small office networks, and are eager to use them as a sort of chain or path to the central PC (Server) designed to share its wired web conection to the wireless mesh network. BEST FREEWARE ALTERNATIVES?? Dudes.don't ask me too much.be happy with my explanation!! You could do one thing though, namely turn your laptop into a sort of hotspot access point: why not do that for FREE?? #9.Getting back to TODAY's offering: Actually it's more than just extending the range of your router. A router is used to create an infrastructure network - i.e. One base to which all computers connect. This product is used to create a special ad-hoc network i.e. A computer-to-computer network (without a router). Now normally, if you have such a network using computers A, B, and C, then all of these computers will need to be within range of each other: A and B must be able to communicate directly, similarly B and C, also A and C. With this product, as long as A can communicate with B and B with C, then A and C do not need to be in range of each other: B will relay the signal from A to C. Similarly, a computer D that is also not in A's range or in B's range will be able to communicate with all the computers as long as it can reach computer C. The signal can 'multi-hop' through the system. Safety issues are basically the same as other wireless networking systems (encrypted signals - which can of course be tapped into). Just remember that this system will extend the physical range of the network and technically anyone tapping into a computer way out on the periphery could have access to the whole network. I haven't yet tested this fully, but certainly any computer expected to relay signals would need to be running the software. I don't know if a peripheral computer that can communicate with a relaying computer and still 'see' the whole network using only standard Windows components. Hope this helps. .Getting back to TODAY's offering: Actually it's more than just extending the range of your router. A router is used to create an infrastructure network - i.e. One base to which all computers connect. This product is used to create a special ad-hoc network i.e. A computer-to-computer network (without a router). Now normally, if you have such a network using computers A, B, and C, then all of these computers will need to be within range of each other: A and B must be able to communicate directly, similarly B and C, also A and C. With this product, as long as A can communicate with B and B with C, then A and C do not need to be in range of each other: B will relay the signal from A to C. Similarly, a computer D that is also not in A's range or in B's range will be able to communicate with all the computers as long as it can reach computer C. The signal can 'multi-hop' through the system. Safety issues are basically the same as other wireless networking systems (encrypted signals - which can of course be tapped into). Just remember that this system will extend the physical range of the network and technically anyone tapping into a computer way out on the periphery could have access to the whole network. I haven't yet tested this fully, but certainly any computer expected to relay signals would need to be running the software. I don't know if a peripheral computer that can communicate with a relaying computer and still 'see' the whole network using only standard Windows components. Hope this helps.|. #6 Extremely interesting product, it allows your computer's wireless network card to also act as a repeater thereby extending the range of your wireless network. Mesh networks have their place, but be aware there is also increased latency (slowness) as a consequence of each hop. If it works, the asking price ($10) is a good deal, free is even better, but this software probably has a really limited appeal. I don't need it. However, I bookmarked the website in case I ever do, so thanks GOTD for making me aware of it. Oh well, its only 24 hours to the next giveaway. Extremely interesting product, it allows your computer's wireless network card to also act as a repeater thereby extending the range of your wireless network. Mesh networks have their place, but be aware there is also increased latency (slowness) as a consequence of each hop. If it works, the asking price ($10) is a good deal, free is even better, but this software probably has a really limited appeal. I don't need it. However, I bookmarked the website in case I ever do, so thanks GOTD for making me aware of it. Oh well, its only 24 hours to the next giveaway.|. #2 @29 papin (yesterday) Man(/Lady) don't take this wrong, but i sincerely hope that no poor newbie tries 'that' ('.4mat.' - DO NOT BE SURPRISED what 'some' users will do. Could we all plz use asterisks* in words/commands that 'some' might try (especially by cut-and-paste). (*or some other suitable letter). (Years ago) my wife had more than a 4yr degree in Acct., yet she still used such a command - TO HER CHAGRIN - at work. Remember that some have actually asked where the [Any] key is. ((Plz don't no flag because i'm posting re yesterday AND one of the first posters (we all know that the early bird gets wormed around here sometimes.) - i MUST get to sleep and have to post when i can.)) Re: yesterday's product: i too am very leery of vendors with spelling problems and selling (what some consider to be) snake oil. Re: today's offering: i'm as ignorant as a turnip - BUT i have seen things on TV that would make me be VERY CAREFUL of something that sounds this powerful. @29 papin (yesterday) Man(/Lady) don't take this wrong, but i sincerely hope that no poor newbie tries 'that' ('.4mat.' - DO NOT BE SURPRISED what 'some' users will do. Could we all plz use asterisks* in words/commands that 'some' might try (especially by cut-and-paste). (*or some other suitable letter). (Years ago) my wife had more than a 4yr degree in Acct., yet she still used such a command - TO HER CHAGRIN - at work. Remember that some have actually asked where the [Any] key is. ((Plz don't no flag because i'm posting re yesterday AND one of the first posters (we all know that the early bird gets wormed around here sometimes.) - i MUST get to sleep and have to post when i can.)) Re: yesterday's product: i too am very leery of vendors with spelling problems and selling (what some consider to be) snake oil. Re: today's offering: i'm as ignorant as a turnip - BUT i have seen things on TV that would make me be VERY CAREFUL of something that sounds this powerful.|. Daihinia is a tool for WiFi. It turns a simple Ad-Hoc network into a Multi-hop Ad-Hoc network. Multi-hop Ad-Hoc networks offer a higher level of flexibility than the usual Infrastructure Mode: in Infrastructure Mode all the computers have to be in the range of the Access Point, while in Multi-hop Ad-Hoc networks they have to be within one another's range, possibly forming chains longer than one hop. Basically, Daihinia offers a Mesh Network layer for WiFi Ad-Hoc (IBSS) networks, making the network infrastructure be implicitly maintained by the users themselves. It's a nice idea that a network user supports the network around him/her just by the fact that he/she uses the network. Unlike other solutions that allow mesh topology only between Access Points, Daihinia uses IBSS Mode and adds mesh functionality directly to computers, and does not use Access Points at all. Daihinia is implemented as an intermediate network driver for Windows systems and is completely transparent for programs. Daihinia is a tool for WiFi. It turns a simple Ad-Hoc network into a Multi-hop Ad-Hoc network. Multi-hop Ad-Hoc networks offer a higher level of flexibility than the usual Infrastructure Mode: in Infrastructure Mode all the computers have to be in the range of the Access Point, while in Multi-hop Ad-Hoc networks they have to be within one another's range, possibly forming chains longer than one hop. Basically, Daihinia offers a Mesh Network layer for WiFi Ad-Hoc (IBSS) networks, making the network infrastructure be implicitly maintained by the users themselves. It's a nice idea that a network user supports the network around him/her just by the fact that he/she uses the network. Unlike other solutions that allow mesh topology only between Access Points, Daihinia uses IBSS Mode and adds mesh functionality directly to computers, and does not use Access Points at all. Daihinia is implemented as an intermediate network driver for Windows systems and is completely transparent for programs. Spider Solitaire Screenshot Spider Solitaire is undoubtedly one of the most played solitaire card games in the world. This fun and addictive classic game is often called 'the King of all solitaires'. It has inspired the invention of a number of new variations of this game, including easy (one suit) and medium (two suit) versions. 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Spider Solitaire Game Collection is a Spider Solitaire Card Games Collection of 62 Spider Solitaire Games inluding 11 Standard Games and 51 original Games. The Aobo Internet Filter for PC will go invisible after successful installation. Block Website with Internet Filter • Bring up the filter with HotKey 'ALT+SHIFT+F1' • Click the green '+' button to add any keyword or url to the 'Black List' so that websites with the url or keyword will be blocked. • Go to the browser, try to open the websites you add to the Black List, you will find that they are blocked. • To set up a strict Internet surfing limit, you could choose 'Block All Websites Except the ones in White List'. In this case, the users can not access to any webpage except the ones you allowed in the White List. Tips • Aobo Internet filter for PC works for any web browsers like IE, FireFox, Chrome. • The 'Filter logs' will give you a list about which websites are blocked on the computer. By checking this, you will know the specified sites which are blocked. • Aobo Internet filter for PC records all web history from any browsers. You could know what kind of websites are visited on the computer. It's very convenient for you to add a suspicious site to the Black List when you check the Web Logs. Aobo Filter for PC User Guide. How Does Aobo Filter for PC – Porn Filter Work? Aobo Filter for PC – Porn Blocker checks porn words amounts in the website contents including title, keywords, tags and body and block the porn websites in line with your customizations. TwitterServant 2.0 downloading and installing by TwitterServant.com. We’re playing Servant Jazz Quarters with the brilliant @leyendekker @ServantJazz @EatYourOwnEars tix here: https. Not on Twitter? Genjitsu Dojo inc publisher page, Download software programs developed by Genjitsu Dojo inc. Servant Evangelism's story Servant Evangelism, also known as @outwardfocused has a reasonably significant presence on Twitter and is ranked by us in the 30% percentile for account strength. Active on Twitter since January 2011, Servant Evangelism made it to having a respectable 38 Twitter followers and to being ranked 145,839,111 for number of followers among all Twitter users. The plot thickens when considering Servant Evangelism's follower-to-following ratio, which is 0. Which is not surprising given this account's audience size. Over the past month, @outwardfocused's was hardly active on Twitter, with an average of 0 tweet(s) per day in the past 30 days. That's pretty consistent with a total of 58 since @outwardfocused joined Twitter. This account is tracked by us for quite some time now, actually since January 2011. As of December 20 2017 we track 284290692 Twitter accounts, so feel free to search for other accounts you're interested in and reveal their Twitter story! You are on Servant Evangelism's Twitter stats page We track these Twitter stats since January 16, 2011. You can see how many followers Servant Evangelism lost or gained and what the prediction is for tomorrow or the next 15 days, together with all kinds of other stats like rank compared to all Twitter users, tweets etc. Why don't you give it a try and Servant Evangelism to yourself? Or if you are Servant Evangelism get even more feature rich & up-to-date stats with our. Is the #1 Twitter stats site powered by Twitter. It all started in June 12, 2008 and we grew rather rapidly because of our. The button is a nice small image that shows your visitors how many followers you have on Twitter. Within a year the button was on many many blogs around the world and we displayed more than 100 million buttons in one month. We track follower stats for over 284.290.692 users now. January 2011 could not pass without sharing my appreciation for these Tweeters. The list below are the top 5 Twitter accounts for servant leadership content in 2010. I’ve gained a lot from these sources and recommend them to anyone interested in new content and ideas for the only real form of leadership. You can follow these and many servant leadership practitioners, in my. Kelvin Redd () Twitter Bio: Author, Speaker, Servant Leadership Consultant and Certified Emergenetics Associate Kelvin is the Director of the at the in Columbus, Georgia. He is the author of the book “.” Kelvin’s Twitter posts include content from his personal blog as well as updates on Servant Leadership from the Pastoral Institute and Greenleaf Centers. The Greenleaf Center () Twitter Bio: The Greenleaf Center promotes the awareness, understanding, and practice of servant leadership by individuals and organizations. Www.greenleaf.org The Greenleaf Center for Servant Leadership and is the non-profit named after the man who coined the term, “servant leadership”. The updates from their Twitter account include news from the organization and servant leadership updates in general. For the latest on events, publishing and the center’s other activities, follow this account. Ken Blanchard () Twitter Bio: Speaker, Business Guru, and Author of over 50 books, including The One Minute Manager. Ken Blanchard is the cofounder and Chief Spiritual Officer of The Ken Blanchard Companies®, an international management training and consulting firm. Blanchard is also the author of many great leadership books, including “” and ““. His Twitter posts span a variety of servant leadership, spiritual and motivational topics. JT Jackson () Twitter Bio: Servant First, Leader Always; Life Coach; Inspirational Speaker; Good Guy Mr. Jackson is an excellent example of a servant leadership proponent who practices what he preaches. He wins the award for the most creative leadership Twitter name (ServantTweeter) and introduced me to a key phrase I’ve referenced many times – “Serve first, serve always.” The updates from his Twitter stream encompass a variety of servant leadership topics, good management practices and motivational topics. Jack King () Twitter Bio: We are put in this world not to be better than the next man but rather help him be better than he was when we met. HS Dad (4 little ladies). Love is the answer. Where to begin? King is a great proponent of servant leadership and the founder of the NorthFork Center for Servant Leadership (link above). In his work at the center, King established Servant Hearts Thursdays – a program of guest blog posts from servant leadership proponents in different circles. Specific to Twitter though, he is a regular re-tweeter of great content from many sources. He’s also famous for his positive rants – when he gets something on his mind, you will receive a great flow of quotes, links and original insights into a given topic, such as motivation, selflessness and love. Thank you, Jack, for all you contribute to servant leadership awareness and adoption through Twitter. My thanks to all of you for your great many contributions! Question: Is there anyone you would add to this list? 0 average noise level based on Beautyrest SmartMotion Adjustable Base The newest for beds is the smartest one so far, the SmartMotion Adjustable Base. This is part of the current trend of building the 'smart house' with smart systems, smart appliances, and smart furnishings. The computer has moved not just into the bedroom, but into the bed itself. Just how is the SmartMotion bed smart? It senses, makes decisions, and acts on those decisions. The SmartMotion Base is studded with sensors to monitor a user's vital signs, movements, etc. It may not be Santa Claus, but it 'knows when you are sleeping, knows when you're awake.' Real-time adjustments are made based of the sensors' readings. Over time, the SmartMotion builds a profile of the user. This smart bed calculates what works and what doesn't work for helping the users to get quality sleep. The sensors then indicate when sleepers are not sleeping effectively. For instance, a change in position may interrupt a sleep apnia incident. The system for all of this is called Sleeptracker Technology. According to Simmons Beautyrest, this technology not only makes adjustments, is also 'synthesizes your data into custom coaching tips.' In other words, it helps the user learn how to sleep better. The key to this is the Sleeptracker App, loaded onto the tablet or smart phone remote control. Principal features of this are Advanced Sleep Tracking, Customized Coaching, Sleep Cycle Alarm, and Advanced Sleep Analysis. But users are not always controlled by the app. It enables them to control the base. The following photos from Simmons Beautyrest display several features of the Sleeptracker App: The sensors in the SmartMotion Base are out of sight, invisible. Users do not need to wear them. All they have to do is get into bed. The Beautyrest site has a Customer Support link. Smartmotion Electric Bikes Australia is Brisbane's leading online Smartmotion retailer. Check out our fantastic range of e-bikes here! For 2016 SmartMotion steps up its game with the Catalyst electric mountain bike. Designed in New Zealand by avid cyclists with the dream to integrate new technology and a great ride into one amazing bike. Let Catalyst be the reason to ride again. Enjoy precise comfort that's tailored to your needs with the SmartMotion™ 3.0 king adjustable base by Beautyrest®. You can change the settings using the. Customer Support has an owner's manual for each model of the SmartMotion adjustable base. Judging by these, there are three models: SM Base 1.0, SM Base 2.0, and SM Base 3.0. The 2.0 and 3.0 bases have a. The Sleeptracker App is available on a subscription basis. There are two subscription plans, Essential and Premium. These differ on the usable features. Both plans use cloud storage of sleep data. Coaching is part of the Premium package. Already available through Sears, the SmartMotion carries a warranty for 20 years. Multiple bits of functionality are provided by Acala Software’s Acala Video Studio. You can use the application to rip audio tracks, to edit videos, to convert videos from one format to another, and to burn DVD movies. You can perform all these tasks from an easy to use interface – not a terribly good looking interface, but an easy to use one. The system requirements for running Acala Video Studio are: 256MB of RAM memory or more, 5GB of free disk space, DirectX 8.0 or newer, Windows Media Format 9 Series Runtime or later.1 Thanks to a setup wizard, you will quickly install Acala Video Studio on your Windows-powered machine. Pay attention during the installation though. The wizard will ask to install a toolbar and a few extra software applications. Acala Video Studio does not have a very good looking interface. The upside is that this interface is quite easy to use. Another positive aspect about the interface is that it provides useful information on what Acala Video Studio does and useful information on how to get started. Said information is displayed in the upper left hand corner of the interface. Using Acala Video Studio to convert a video is a very simple matter. First up you must load a video into the application. Next up, you must choose an output format; it must be mentioned that support for many, many formats is supported. Then you can play with a few extra settings (like frame size, video bitrate, and audio bitrate) and you can choose where to store the converted video. Last but not least, click the “play” button and your video will be converted to the format you select and will be saved in the folder you pick. Converting videos from one format to another is just part of the functionality Acala Video Studio has to offer. The application can also edit videos (trim, crop, watermark), rip audio tracks, transfer videos to a portable device, and burn videos onto DVDs. Acala Video Studio is not free, it is only free to try. The trial version will put a watermark on the converted video and will display a nag screen. Easily convert videos from one format to another with Acala Video Studio. Acala Video Studio is video converter, audio ripper, dvd author, dvd creator, dvd burner, ipod converter, psp converter, iphone converter, zune converer, 3gp. Acala Video Studio is a video converter capable of converting any type of video file to AVI, DivX, XviD, Mpeg, Mp4, 3GP, AVI, MOV, WMV, ASF, or HD. It's a useful tool that also enables you to copy your favorite movies to your iPod, PSP, Zune, Xbox, iPad, PMP, PS3, Apple TV,. Acala Video Studio is an easy-to-use video formats re-author all-in-one conversion software. It has four main key features, that's, 1. Perform a few extra tasks with the same application: rip, edit, transfer, burn. Pros The system requirements for running Acala Video Studio are quite low. The Acala Video Studio interface is very easy to use. Support for numerous output formats is provided. Converting a video with Acala Video Studio is a simple matter. You can also use the application to rip audio tracks, burn videos, and edit videos. Cons The setup wizard wants to install additional software. The trial puts a watermark on the output and displays a nag screen when you launch the application. You can download Acala Video Studio free. Download the latest version of Acala Video Studio free. There's a lot you can do with Acala Video Studio: convert videos, edit videos, burn videos onto a disc, rip audio tracks. Acala Video Studio free download. Get the latest version now. Acala Video Studio is video converter, ripper, author, burner all-in-one studio. |
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