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Play Any Latest 3D Game Without Graphic CARD



Often we stuck up with a computer that just doesn't provide enough power to run the latest game. The result being, you either spend a lot of money to get the latest graphics card / 3D card for your PC or you just read reviews of games like Crysis on gamespot and feel like a noob, fully knowing that your system just won't be able to support the game. Here is a wicked software with which you can beat 128-256 MB of graphics card requirements with a very modest 1GB RAM. The 3D Analyzer Tool was created and refined to overcome limitations posed by modern 3D Games and other Applications on several current mainstream 3D Cards. Advanced functionality will enable User selectable 3D Features not available in many older Cards.


What it does is, it uses a part of your RAM as Graphics card memory. For example, if you got 1GB RAM, then it'll use 128MB of it as a Virtual Graphics card, and the remaining 896MB will be used as a regular RAM. Cool right? So you can virtually emulate NVIDIA GeForce TI 4600,NVIDIA GeForce FX 4900 ULTRA, ATi Radeon 8500, ATi Radeon 9800 PRO and more. Follow the given procedure to use the software:

After downloading the software, install it.
After running the software, click on ‘Select’ option.
Select the exe file of game which u want to play.
Select the options as shown.
Note that I have selected the VendorID as 4098 and DeviceID 20040 as I want to select the ATi Radeon 9800 PRO graphics card (use the index provided in the screen on the right).
Click on Run.
Doesn’t matter even if you don’t save the batch file.
You are ready to roll!
Please note that the .exe file is to be selected from the main folder of game, and not the shortcut present on the desktop.
Enjoy all the latest games without having any graphic card.

Read more: http://www.techmynd.com/play-any-latest-3d-game-without-graphic-card/#ixzz0si4J9r7e

Download 3D Analyzer

Download 3D Analyzer (874 KB)
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What is iPad? – The Apple Tablet PC



So, what's an iPad? iPad is half inches thin with 1.5 pounds weight and 9.7 inch IPS display. Its exactly in between a laptop and a multimedia digital mobile phone device or precisely to say in between an iPhone and an Apple MAC Laptop. You can browse the internet, manage and store your photos, watch movies, listen songs, access iTunes, download apps and games, play games, browse websites, watch YouTube videos and lot more. The best thing about iPad is that you can do these all things and more better then you do these at any Laptop or mobile phone. Because its not smaller like a mobile phone and not bigger like a laptop. But its in between these two yet still thin and light weighed. Safari, internet, mail, photos, videos, youtube, iTunes, AppStore, iBooks, maps, notes, calendar, contacts, search and lots more are the key features of an iPad. Its all in here.


iPad comes with a high-resolution, 9.7-inch LED-backlit IPS display which is remarkably crisp and vivid. The Multi-Touch technology on iPad has been completely reengineered for the larger iPad surface, making it extremely precise and responsive. With its lithium-polymer battery iPad can be used for up to 10 hours while surfing the web on Wi-Fi, watching videos, or listening to music. iPad will run almost 140,000 apps from the App Store. So you can use all those incredibly fun and useful apps - including everything from games to productivity apps - right out of the box. iPad is starting at $499.

Read more: http://www.techmynd.com/ipad/#ixzz0si0DqxPX

How IPad Looks Like






























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G-Speak Will Make Keyboard & Mouse Obsolete

A new system being developed by Oblong Industries harnesses gesture technology that uses special surfaces and displays that can track hand movements, providing the operator is wearing the special conducting gloves. The system works with images and videos, and has been dubbed the “G-Speak” spatial operating environment (SOE).

In a G-Speak environment everything on screen can be directly manipulated by gestures such as pointing, and the system simplifies the control of real-world objects such as robots or vehicles, and allows physical tools and interfaces to be used as input devices




John Underkoffler, co-founder of Oblong Industries, says G-Speak should be available for consumers within five years, and its combination of interpretation of gestures, real-world pixels and recombinant networking represents the biggest step forward in computer interfaces since 1984.

Underkoffler says applications for the new interface technology include the operation of 3-D interfaces, processing of large data sets, integration of multiple computers and large screens into building-scale work environments. G-speak networking’s collection of library components allows applications to scale dynamically and transparently across multiple computers, and in a LAN network this makes more effective use of CPU power and provides support for applications enabling collaborative work over the network. It will also be possible to add new people and computers to the network, and to add new code at run-time.

G-speak controls applications through hand poses, pointing, and hand movements, with input from several hands simultaneously being fully supported. Hand and finger motions are tracked to an accuracy of 0.1 mm at 100 Hz.

Using gestural I/Os is much more efficient at complex navigation tasks and selection/sorting, than the mouse and keyboard, but both will still be available for use when appropriate.

G-Speak is already in use by Fortune 50 companies, and by some universities and government agencies, and a software development kit running on Linux and Mac is already available.

More information:
-- Oblong.com - http://oblong.com/article/086E19gPvDcktAf9.html
-- More videos: http://vimeo.com/user922585/videos
-- Video on YouTube:
http://www.youtube.com/watch?v=KqyHM29VNqM
http://www.youtube.com/watch?v=dyMVZqJk8s4
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‘Skinput’ turns body into touchscreen interface



Touchscreens may be popular both in science fiction and real life as the symbol of next-gen technology, but an innovation called Skinput suggests the true interface of the future might be us.

Microsoft and Carnegie Mellon University unveiled Skinput recently, showing how it can turn your own body into a touchscreen interface.
Skinput uses a series of sensors to track where a user taps on his arm. Previous attempts at using projected interfaces used motion-tracking to determine where a person taps.




Skinput uses a different and novel technique: It "listens" to the vibrations in your body.

Tapping on different parts of your arm creates different kinds of vibrations depending on the amount and shape of bones, tendons and muscle in that specific area. Skinput sensors can track those vibrations using an armband and discern where the user tapped.

"Accuracy is already good, in the high 90s percent accuracy for finger input," said project team member Chris Harrison, from Carnegie Mellon's Human-Computer Interaction Institute.

"The arm band is a crude prototype,” Harrison said. “The next generation could be made considerably smaller – likely easily fitting into a wristwatch."
 
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