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Wednesday, December 29, 2010
Is Centrino Equivalent to P4 3.0+
english learning software
English Freeware for professionals and students.
- Download
the entire course with American
accent
FreeEnglishA.iso (334M).
- Download the
British accent
supplement
FreeEnglishB.iso (283M).
- Download
MP3 and TXT with American
accent
American.iso for MP3-TXT players
(286M).
-
Download
MP3 and TXT with British accent
British.iso
for MP3-TXT players (286M)
Click and Visit this Superb Site
Spoken English 2
Many people say that English is the hardest language to learn if you were not born in a primarily English speaking home. English is the most common language spoken all over the globe and in order to do business deals or travel to foreign lands those who do not know how to speak English need to do so.
- Price: Free
- Operating system: Windows 3.x/95/98/Me/2000/XP/NT
- Download link: Click
Talk a Lot Spoken English Course Elementary
Talk a Lot is a great new way to learn spoken
English, and quite a departure from the standard ELT course book.
Instead of spending hours reading and writing, students have the
opportunity to engage in challenging and fun speaking and listening
activities with their friends.
- Price: Free
- Operating system: Windows 95/98/Me/2000/XP/Vista/NT
- Downloads link: Click
EyeSpeak
EyeSpeak english learning software is the most effective way to learn English.This speak english software will help you improving your english faster.There are few english speaking software witch can improve your english faster and EyeSpeak is one of them.english learning is not much hard with EyeSpeak.So learn english speaking from today.A very Unique software to learn.
There are two Editions Standard and Premium Edition.
Standard EditionSpeak like an American or with a British accent.
An interactive and user friendly software program designed to teach you English. Over 100 hours of learning material and 2000+ exercises to develop your English so people can understand you. Both US and UK accents included
- Telephone Talk
- Office Language: "I'm in charge of..."
- Food, eating and drinking
Price: US$49.95
Ideal for the beginner to advanced learner of English, with over 300 hours of training and 6000+ exercises based around words, sentences, vocabulary and real life language role plays. Improve your English for business, travel, education TOEIC® and TOEFL® examinations. Both US and UK accents included
- Greetings and conversation
- Travel and transportation: "What time do we have to check in?"
- American English
US$149.95
Learning Games For Kids
www.learninggamesforkids.com is a fantastic site.They provide Online Learning Games for kids.And helps to build the skills that kids need to succeed in school.The
educational games they offer make kids learning fun with math facts, language
arts, and more.
We’ve got educational games for kids in the following
categories: Math Facts, Math Games, Language Arts, Science Songs,
Animal and Nature Games, Word Games, Art and Music Games, Logic Games,
Memory Games, Hand-Eye Coordination Games, Preschool Games, Keyboarding
Games and Geography Games.
English grammar learning
English grammar learning
www.grammar-monster.com is a great place for learning english grammar.
Punctuation Lessons
Eight Parts of Speech
Miscellaneous
Easily Confused Words
Common Grammar Errors
Glossary of Terms
Some More Sites
Site to learn English
spoken english software
english speaking software
english language software
english learning download
download learning english
english learning softwares
Tuesday, December 28, 2010
What does surfing mean with a Web browser?
Monday, December 27, 2010
Media Player that can play almost any formats!
- Company - VideoLAN Project
- Current Version - 0.9.8a
VLC Media Player is a free multiplatform media player for numerous audio and video formats. It supports streaming, encoding, and playback of a wide array of popular formats such as DVD, MP3, WMV, MPEG-4, and more.
Saturday, December 25, 2010
How to Verify your Blog /Site on Alexa
Verifying /Claiming your Blog or Site in Alexa is very easy
If you already have an Alexa Account
Step 1. Login to your account and go to Site Tools
Step 3. Type full URL of your site as shown in the photo shown below and click on Yellow Claim Button
Step 5. Login to your Blogger account then click on Design>Edit HTML and find the
Step 2. Click on Claim Your Site
Step 4. Now here are two methods of Verifying/Claiming for website owners
- By Uploading the given file into their website root directory (Not for Blogger) and click on Yellow Claim Button
- By copying and pasting the given meta tag before .If you are a blogger user this is the only method you can claim your blog so go for second option and copy the given meta tag
Step 6. Paste the meta tag in the space shown below and click on the Save Template Button
Step 7. After saving the changes in Blogger Template now go back to Alexa and click on the yellow Verification Button.
If you have followed all the steps correctly then your site will be verified.Now you can check your Site Rank and can also use Alexa's Tools to improve your Site Rank
Thursday, December 23, 2010
What do Client and Server Mean?
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Sunday, December 19, 2010
Second Life Transparent Phone
“Second Life” is a transparent mobile phone designed targeting people who often forget to charge their cell phones. Its degree of transparency is determined by the level of the battery charge, meaning the lower the battery level the higher the transparency. In addition, when the handheld is in active mode, it uses a colorful AMOLED display, but in stand-by mode, it actives a low-power E-ink display to save some battery life.
(More Photos)
Chute Smartphone made of wood
For more photos of this phone (PicPok)
The Chute Smartphoneconcept is a vision of the future, a future where cellphones are made of Bamboo, where cellphones have names like Chute and where pot is not outlawed renewable sources of energy have finally reached ubiquity. The details on the gadget that lies beneath the woody exterior is not mentioned beyond it being functional and powerful, but what more could we ask for in a smartphone? The unique feature is the Bamboo casing, which actually has some benefits over plastic, including its stronger build, lighter weight and far more environmentally friendly production. Bamboo is also completely biodegradable, which means the Lion King could explains its life in epic fashion to a cub lion. We love The Lion King. We love the Chute Smartphone concept.
Friday, December 17, 2010
Augmented reality
Augmented reality is one of the newest innovations in the electronics industry. It superimposes graphics, audio and other sense enhancements from computer screens onto real time environments. Augmented reality goes far beyond the static graphics technology of television where the graphics imposed do not change with the perspective. Augmented reality systems superimpose graphics for every perspective and adjust to every movement of the user's head and eyes.
Development of the needed technology for augmented reality systems, however, is still underway within the laboratories of both universities and high tech companies. It is forecasted that by the end of this decade, the first mass-produced augmented reality systems will hit the market.
Components of Augmented Reality
The three basic components of an augmented reality system are the head-mounted display, tracking system and mobile computer for the hardware. The goal of this new technology is to merge these three components into a highly portable unit much like a combination of a high tech walkman and an ordinary pair or eyeglasses.
The Head-Mounted Display
The head-mounted display used in augmented reality systems will enable the user to view superimposed graphics and text created by the system. As of today, the technology nearest to augmented reality head mounts is one that is being used in virtual reality applications.
There are two basic head mount design concepts that are being researched for augmented reality systems and these are the video see-through systems and optical see-through systems.
The video see-through systems block out the user's view of the outside environment and play the image real time through a camera mounted on the head gear. The main problem with this type of system is the delay in image adjustment whenever the user moves his head.
Optical see-through systems, on the other hand, make use of technology that "paints" the images directly onto the user's retina through rapid movement of the light source. Though this system has its drawbacks, particularly its high price, researchers are confident that this system will be a lot more portable and less inconspicuous for future augmented reality systems.
Tracking and Orientation
Another component of an augmented reality system is its tracking and orientation system. This system pinpoints the user's location in reference to his surroundings and additionally tracks the user's eye and head movements. The complicated procedure of tracking overall location, user movement and adjusting the displayed graphics needed are some of the major hurdles in developing this technology. So far, the best systems developed still presents a lag or a delay between the user's movement and the display of the image.
Portable Computer
Last but not the least; augmented reality systems will need highly mobile computers. As of now, available mobile computers that can be used for this new technology are still not sufficiently powerful to create the needed stereo 3-D graphics. Graphics processing units like the NVidia GPU by Toshiba and ATI mobility 128 16MB-graphics chips are however being integrated into laptops to merge the current computer technology to augmented reality systems.
Applications of Augmented Reality Systems
The potential uses of augmented reality systems in everyday living and in various fields are many. Once available in the market, augmented reality systems will change the way people see and learn from their surroundings. Following are several applications for augmented reality systems.
Gaming and Entertainment
Augmented reality systems can be used to enhance gaming and entertainment. RPG games in the future can be integrated with augmented reality systems to give the user real environments as backdrops for his game and to make the user's senses perceive that he truly is one of the characters in the game. Sports fans will have access to up to date game information and enhancd sports viewing at home.
Education
Augmented reality systems in combination with other technologies such as WiFi could also be used to provide instant information to its users. For educational purposes, augmented reality systems can be used to view a panoramic recreation of a historical event superimposed on its real-time background. Students could use this system to have a deeper understanding on things like the formation of clouds, the structure of the universe and the galaxy, etc. through realistic and easily understandable augmented reality systems simulations.
Security and Defense
The military, particularly the Office of Naval Research and Defense Advanced Research Projects Agency or DARPA, are some of the original pioneers of augmented reality systems. One of the main uses of augmented reality systems to the military is providing field soldiers crucial information about their surroundings as well as friendly troops and enemy movements in their particular area. Augmented reality systems will also play a big role in law enforcing and intelligence agencies. This system will enable police officers to have a complete and detailed view and information about a crime scene, a patrol area, or a suspect line up.
Medicine
Medically, augmented reality systems could be used to give the surgeon a better sensory perception of the patient's body during an operation. This will result in less risky and more efficient surgical operations. The system could also be used in conjunction with other medical equipments such as an x-ray machine or an MRI to instantly give the doctors the information they need to make a medical diagnosis or decision.
Business
The building and construction field will benefit from the easier project management that augmented reality systems will bring. Markers can be placed or attached to a particular object a person is currently working on so that project and site managers can monitor work in progress. In the petroleum and mining industry, it will enable decision makers to make timely decisions. The management can decide about how ore will be mined by merely looking at the superimposition of field data fed by the geological survey team through the augmented reality systems.
Augmented reality systems can be used in almost any field or industry. The novelty of instant information coupled with enhanced perception will ensure that augmented reality systems will play a big role in how people live in the future.
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Roentgen Display Technology
Scientists at IBM Research have developed a new flat-panel display technology that delivers clear, crisp images that are double the resolution of today’s typical desktop displays. The prototype Quad-SXGA 200-pixel-per-inch (ppi) display, code named Roentgen, enables users to see text and images with resolution and fidelity that is virtually indistinguishable from a printed page.
With a screen full of more than 5 million full-color pixels -- almost seven times more than the average desktop -- this new active matrix liquid crystal display (AMLCD), is optimized to produce razor-sharp images.
In addition, each pixel is two times finer than those found on a common cathode-ray tube (CRT) desktop monitor, which are normally between 80 and 100 ppi. As a result, any text character, diagram or image has four times as many pixels as the same item on a CRT monitor, resulting in extremely high-resolution images. For example, a Roentgen image of a complete street map of Manhattan, including every street and avenue name, is readable with the naked eye.
“Ultra-high resolution displays have the potential to greatly increase the usability of vast databases of digital images, including digital libraries, architectural and electronic blueprints, historical archives, and scanned records such as those stored by hospitals or insurance companies,” saidRobert Wisnieff, manager of IBM Research’s Advanced Display Technology Lab. “We also expect that the degree of clarity and crispness offered by the Roentgen prototype to be in high demand for graphic design and electronic publishing applications.”
Technology Specifications
The Roentgen display, named after the German discoverer of the x-ray, results from a combination of advanced designs and advanced low-cost manufacturing processes.
Key specifications of the Roentgen prototype include:
- 200 ppi, 16.3 inch Active Matrix Liquid Crystal Display diagonal viewing area
- 2560x2048 pixels (5,242,880 full color pixels)
- Subpixels are 42 x 126 microns
- 15,728,640 high-performance amorphous silicon transistors
- 1.64 miles of thin film wiring (low-resistance aluminum alloys)
- Aperture ratio of 27.3 percent
- Backlight power of 44 Watts for a brightness of 230 cd/m2
- The prototype is 21 inches high and 16.5 inches wide; the total depth (including base) is 9.5 inches; the thickness of the display is 2.5 inches
- The display weighs less than 20 pounds, which is less than a third of today’s CRT displays
- The power dissipated is less than half the power used by an 18-inch CRT display
- The display is Quad-SXGA (4 times the resolution of an SXGA)
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Plastic Displays
Polyester may be the material of choice for future flat panel displays. Researchers in the U.S. have recently made breakthroughs in developing thin film transistor displays out of polyethylene terephthalate (PET) - a thin, flexible and rugged plastic that you can bend, roll up, fold, or bend into practically any shape you need.
How do you coax a seemingly inflexible, delicate display to perform such acrobatics? The answer is in the roll to roll technique, a process for manufacturing thin film transistors (TFTs). Conventional TFTs are manufactured onto a rigid glass substrate, but the new technique calls for making the transistors on flexible plastic. In fact plastic displays can be manufactured in much the same way that potato chip bags are produced, in which a giant sheet is spooled onto a machine that prints the packaging and cuts the material into individual chip bags.
In manufacturing displays, the plastic would be spooled through a machine, transistor circuit layers would be deposited onto the material, etching processes would produce patterns to form the pixels, and the display would then be cut to size.
Technical challenges still remain. This type of process of making semiconductors doesn't exist yet. The concept holds promise not only for a new generation of ultralight, flexible displays but also for cost savings. Since manufacturing plants will need to be retooled for the roll to roll process, startup costs will be substantial. But the potential for cost savings in the long run because of cheap plastic and mass production techniques is also significant.
The real technical challenge though, is a matter of heat. In conventional TFT production, temperatures reach up to 350 degrees Celsius, hotter than plastic can withstand without deforming. The Lawrence Livermore group, funded by DARPA's High Definition Systems Project recently built high performance transistors at or below 100 degrees Celsius by using a short burst of light lasting 35 nanoseconds to produce the polycrystalline silicon (polysilicon).
Meanwhile, Philips Semiconductors Lab in Red Hill, Surrey, England, is also making headway in developing plastic displays. Its recipe calls for making polysilicon transistors on plastic by baking the plastic first, so that the heat used in the transistor production process doesn't cause expansion.Although mass production of plastic displays is five years away, they could be used in all sorts of ways. The applications could include notebook and desktop displays, video game machines, and hand held appliances, as well as displays that don't exist now, for example, wrap around simulators, roll up displays, wearable displays sewn into clothing, and paper thin electronic books and newspapers. E Ink, based in Boston, is currently developing an ultrathin electronic book based on plastic technology.
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About Me
I'm Ajab Khan,29, Pakistani Citizen living at Lahore, Pakistan. Currently Working at University of the Punjab, Pakistan.Started blogging since July 14, 2010 I have several blogs and first article was about how to use your mobile as a webcam you can access that article here, I love to collect interesting data if you like to share with me you can contact me by email here is the id ajabbiz@yahoo.com