Search Box:   
Showing posts with label technology. Show all posts
Showing posts with label technology. Show all posts

Future Car Concepts

| Wednesday, August 20, 2008 |

You know how much I love to read about new cars.I loved this piece on vhxn about the future car concepts where you can fold the cars as you like as well.
Transportation design students at Turin-Based IED have developed a new model car in partnership with BMW for creating a language evolution car at 2015.




This car got an award for Unseen Technology at the interior motives design award 2007, the designer of the car is Matúš Procháczka from Slovak. This car has two technologies in one vehicle. This car uses a polarity electric engine to ride in the road. In additional this car will require the roads to be made of huge concrete panels with magnets formed in them.



This Royal College of Art Concept Cars is designed by fourteen postgraduate car designers. These students competing for the 2008 Pilkington automotive award, their projects ranged from a fresh take on eco-design to find the new ways of expressing personalization.
Phoenix concept by Sergio Loureiro Da Silva

Airflow concept by Pierre Sabas

Nuaero concept by Jon Radbrink

Nereus concept by Ceri Yorath

Iomega concept by Joonas Vartola

Noah concept by Jung Hoon Rhee

Enigma concept by Paul Howse

These cars are powered by electricity of hydrogen, in order to solve the two major problems of the city, which are pollution, and over population. More over this can be folded easily.




The Audi O Concept Car has been designed by Ondrej Jirec, He is a student of Art Center College of Design, Pasadena from Czech Republic.







Read more...


Cryptex Phone Concept

| Sunday, August 17, 2008 |

Designer Marc Schömann has certainly done well with this new cell phone concept known as the Cryptex phone. It takes long as all get out if you’re trying to dial a number during a frantic moment, so I would reserve this for casual calls and those who love to do things extreeeeemely slow. After all, you will need to turn each individual section to the correct number before the haptic technology provides a confirmation, so imagine performing an international call. That’s a whole lot of sections to turn, and by the time you’re done, your relief is turned into frustration as you’re redirected to the voice mail instead. Good thing it comes with a vibration function though, but that ought to work well only if it has waterproof capability.


Read more...


Future of Trains

| Saturday, August 2, 2008 |

I have always thought how our future would look. Reading and watching people's imagination of future has always fancied me. That is why I love reading and writing about new gadgets and technologies. Continuing on the same,this post is about the future trains.When I read this piece on vhxn.com, I thought I should share it with my readers - Here are the pictures of the compact future trains.....




In this train, the seat will be made as luxurious as a man can sit for one or two hours. Nevertheless, it is very doubtful to be seated for a long journey because of its low space for roaming from an end to other end. In this train normally four people can sit. If it is compared to other trains it has only very lesser space for its seats.



Read more...


Next Gen Wi-Fi Concept

| Saturday, July 5, 2008 |

I have always fantacised new concepts so here is presenting another one.

This is the concept which aims for future gaming the thinkers of T3Magazine have look the future with new designs for their “future tech” significance. The concept indicating that the Wi-FI headset accessory will control all the characters using brainwaves with almost all the feature is made in the ear headphone.



It can perform the entire task with just one button. By pressing and pointing the frontal lobes the Wi-Fi do the remaining tasks.

[via vhxn.com]


Read more...


Flux PC Concept

| Saturday, April 12, 2008 |

So I am back after a long time writing my first post in around 2 weeks. this one is a concept of portable PC that is going to rule the world in the coming years.

The Flux PC » image 1

The Flux PC concept is an ultra-portable computer that can be worn on your wrist and consists of three parts: the bracelet, a display that can be folded and the inductive charging tray.
It is designed based on the following principles: flexibility, mobility, friendly user interface and fashion.
The bracelet, stores the wearer’s personal information and connects wirelessly with the foldable display that provides multimedia features accessed via a touch-sensitive interface. The bracelet stores the user’s personal information while the display incorporates a larger viewing area and multimedia devices.

The Flux PC » image 2

The display is needed for instances when up-scaled viewing and interfacing is needed. The system can interface wirelessly with a portable display or other computers. This display is very economical, with core touch screen and display ability, as well as environmentally friendly materials. The bracelet is a very personal, customizable product which has materials to reflect its value.

The Flux PC » image 4


Read more...


RoboSwarms

| Sunday, March 16, 2008 |


The technology is going ahead by leaps and bounds, specially in the robotic field, the new developements are going at an unimaginable pace. We have already seen some advancements of this field but this one is just to much to imagine. When you think of many robots coordinating together to do various tasks and change shape, it seems to be a filmi funda.But, mind it, the concept is set to form into reality by the end of 2013, if the Symbrion program continues to work well.



The European Union is developing and funding this project, the Symbrion program, to develop a prototype team of shape-changing, self-organising mini robots that work as a team. These robots will be used in places such as disasters, like earthquakes, sent into collapsed buildings to search or lift rubble off of survivors. They are reffered to as “swarms” of robots because they are an inch square in size, and software has been developed to allow individual robots, to collaborate, using their individual attributes to make the most of their performance.



[source]


Read more...


Charge your gadgets with body movement !

| Monday, March 10, 2008 |



This Kinetic enegy concept gadget allows you to power your other gadgets such as your iPod or cell phone through your own effort and exertion.

The Kinetic Energy is the brainchild of Wilma van Boxtel of Australia. The way it works is the more your legs are in motion, the more electricity you generate, and the more “juice” your gadgets get. The devise can be worn on the wrist or as an ankle bracelet and as you can see, this Kinetic Energy thing is very stylish and comes in a variety of colors to match any outfit. This is a wonderful idea!

Meant to be worn on your ankle, it generates electricity courtesy of all the movement you make, channeling those into a gadget of your choice at any given time. I guess this would work best with folk who love shaking their legs without realizing it, while having an iPod or cell phone hooked up to the Kinetic Energy device itself. Just make sure you detach whatever gadget is connected to it before getting up from your desk as you wouldn't want that shiny new iPod touch to end up crashing on the floor.


Read more...


Operate touchscreen from back!!!

| |

Earlier this week Microsoft launched the new LUCIDTOUCH Technology which addresses the problem faced by the users in using the touch screen devices.People generally face a problem that their fingers block the graphical icons of the touch screen devices.Microsoft solved this problem by introducing this new technology that controls the graphical interface of the touchscreen from the back of a see through device .

This technology won’t let your fingers block your browsing or navigation in touch screen devices like GPS systems and mobiles, the users will be able to interact with the device from the backpanel. The device also support multi-touch input, you can use all your fingers simultaneosly to operate the device.LucidTouch is currently the name for a prototype device that allows users to interact with an 800x480 pixel screen without having to touch the front surface. Instead, users can choose to manipulate objects by touching a sensor pad on the back of the device; this allows users to resize images and text, as well as navigate around any graphical user interface without their hands getting in the way of the display. To achieve this, LucidTouch displays a transparent version of your hands on its screen so that you know where your fingers are but can also see through them. If you want, you can touch the front surface for some tasks through a resistive touch screen and also use the back surface for others.


Read more...


Technologies of the future!!

| Sunday, March 9, 2008 |

Sometimes a technology idea is too good to be true. A flexible keyboard, Internet voting and watching feature films on your smart phone are examples. Today, these concepts are still evolving, but they're broken right now. I'll tell you why and what could be done to fix them once and for all.These concepts are:

  • Ultracompact PCs
  • Satellite Internet
  • Contact managers
  • Digital streaming adapters
  • Video on a phone
  • Web 2.0
  • Electronic books
  • Internet voting
  • Video blogs
  • Flexible keyboards



1. Ultracompact PCs

Call them whatever you want: ultramobile PCs (UMPC), mobile information devices (MID) or subnotebooks. I call them small PCs, and they are almost indistinguishable from a good smart phone.

For example, the BlackBerry 8820, with its built-in GPS capability and excellent e-mail client, is a better device than the Samsung Q1 Ultra, described by the company as an "ultramobile personal computer." The only real difference is that you squint less with the Q1. But most people don't use a Q1 for gaming or writing long business documents.

As Jon Stewart pointed out at the Oscars, small-screen video is not fun on a device such as the iPhone.

The Apple iPhone is a smarter, sexier, more useable computer than just about any MID, such as the new Toshiba prototype. Meanwhile, there's more power in the OQO, than a regular UMPC, but the screen is just as tiny.

I figure that in less than three years, Apple will release a successor to the iPhone that works more like a Mac and will become the first company to make a true pocket computer -- one that runs any Mac OS X application natively, with a mini-DVI port.

2. Satellite Internet

My main problem with satellite Internet providers is their fair use policies, which penalize users who download too much by throttling their speed back to almost nothing, and then slowly adding more speed over a 24 hour period. Both WildBlue and HughesNet do this, and they claim it helps all users.

However, the Internet is not just for e-mail and simple browsing anymore, it's a pipeline for television, network back-ups, remote access and a myriad of other activities -- not to mention Web apps and streaming media.

Other ISPs -- such as Charter Communications and Qwest-- don't throttle your speed at all. Others, such as Comcast, may use "network management" techniques such as throttling BitTorrent traffic, but they aren't as aggressive as the satellite providers.

Another issue is that the stationary modem that you need for satellite Internet is a bulky device and uses coaxial cable that most people need a technician to install. Also, the required antenna is bigger than a wheel rim, but there's no reason it couldn't be reduced to a size that works with your laptop.

Yet I like the satellite concept because it could make the Internet much more ubiquitous across large swathes of the U.S. Satellite Internet has slowly increased in speed, starting out at only 512Kbit/sec. and currently at about 1.5Mbit/sec. If the technology and speed improve, it could be a solid option.

3. Contact managers

I'd like to retrieve the lost hours spent building up a contacts database. Not long ago, I stopped meticulously entering names, addresses, phone numbers and e-mails and now rely on other methods.

For example, I search Gmail.com for names and addresses. When I want to send a new e-mail, I just type a portion of a name to get the full address, type the message, and send.

For names not in my Gmail archive, I use an online address book such as YellowPages.com or LinkedIn.com.

However, a good contact manager could work like the iPhone: It would see phone number in an e-mail and allow me to right-click and add the name and phone number to a database automatically within Gmail. The database would be smart enough to know if a phone number already matches an existing name, and it would weed out duplicates automatically. I'd never have to type in contacts, because this "auto-database" would work as easily as a mobile phone, support any e-mail client and work in the background. Some contact managers come close -- such as Now Up-to-Date & Contact -- but it still involves a manual process.

4. Digital streaming adapters

They have names like Apple TV, Netgear Digital Entertainer and Sonos, but they all do the same thing: move music, video and photos from your PC in the office to the HDTV in your family room.

They are supposed to solve a persistent dilemma: a PC just doesn't work with a television. A keyboard and mouse are meant for a desk, not a sofa. These adapters add another appliance to an overcrowded entertainment center bulging with DVRs and game consoles.

Putting the digital media adapter in the TV, like this MediaSmart TV, makes sense -- less clutter in your entertainment room.

The fix? Put them right into the television itself. Hewlett-Packard Co. started this with the MediaSmart TV, but I'd like to see it as a standard feature that is more open -- not just based on Windows Media Extender, but supporting any media format over Wi-Fi.

5. Video on a phone

A phone screen is too small for video, and even the iPod Touch can cause eye strain when you watch a two-hour feature film. I'm convinced that anything you only do once or twice in dealing with new technology and find it hard to do -- like load a smart phone with video clips or swap contacts with your laptop over Bluetooth -- is just a novelty and often not worth the effort. I will likely never do it again; it's not worth the time.


Even the iPhone is a poor movie viewer unless you are desperate for a Jason Bourne flick on the bus. But solid-state memory is finally getting cheaper, and it makes sense to load up a mobile device with movies.

What I'd like to see is Bluetooth built into HDTVs so that I can beam a high-resolution movie from my phone or projector in the phone (like the Pico technology being developed by Texas Instruments Inc.) or a mini-DVI port.

6. Web 2.0

For the past two years, the promise of the Semantic Web -- a concept where the Web is smarter and lets you tag information for better searchability -- has reached a crescendo that is finally coming down to earth.

I believe there is no clear definition of Web 2.0 or any sites that fit easily into that box. Instead, Web 1.0 is in a constant state of evolution. Imagine Amazon.com in its infancy -- over the past 10 years, it has been updated with hundreds of new features as Web technology has steadily advanced.

Web aggregators like Pageflakes point to a day when HTML may be replaced by something much more powerful.

What I'm hoping for is a whole new framework for the Web: a wholesale HTML replacement, something like AJAX (Asynchronous JavaScript and XML) that's faster and more reliable. Or, I'd like to see sites like Pageflakes expand even more so that Web 2.0 dies altogether and gives way to Internet widgets running on a true Internet operating system.

7. Electronic books

A promising technology, or a snake-oil sales pitch? E-books like the Amazon Kindle and Sony eReader could eventually reduce our reliance on paper books. I must admit the crisp 120DPI screens look remarkably like printed material.

In some ways, the Web is a gigantic e-book with an endless amount of information -- even if some of it is unreliable (see Wikipedia.org). Yet, nothing beats a printed book: you can find your place instantly with a dog-ear, it's practically disposable, you can loan it to anyone, and it causes very little eye strain.

Yes, you can load one of 90,000 books on the Kindle and check your e-mail in between chapters of the latest Stephen King novel. But before an e-book reader becomes a major hit with consumers, it must cost about the same as a real book. I'd like a throwaway e-book that's a plastic sheet with electronic ink (like the newspapers in Minority Report) and costs about $30.

8. Internet voting

I like the idea of Internet voting because the easier you make the process, the more people who will vote. Right now, the concept is in a preliminary stage because fingerprint readers or some other form of biometrics hasn't become ubiquitous or foolproof.

I have noticed that just about every enterprise laptop has a fingerprint reader. In the same way that Hollywood studios don't trust the Internet for delivering movies unless they are crippled with digital rights management, voting also needs some extra precautions to ward off fraud.

The idea will finally work once all displays are multitouch (which might be sooner than we think), facial recognition is common and secure, and there is some way of encrypting the connection to assuage any doubts.

9. Video blogs

My main issue with video blogs is that they don't seem well suited for the Web. I'd watch "Rocketboom", "Mahalo Daily" and "WebbAlert" every day if I had the time.

Often, with WebbAlert, I scan through the links -- it usually has a really good summary of the previous day and posts in my RSS reader before just about anyone else -- instead of watching the video blog. The Web is made for instant information (see Facebook, Wikipedia, etc.), and I have a hard time discerning how a video blog is really that different from a 2-minute update on G4 or CNN.

Yes, there's the idea that a video blog has a "long tail" -- there can be a video blog for just about any taste, how to do underwater yoga, stuff that would never make it on a mainstream channel -- suited for any taste, but the farther you go out on the tail, the lower its quality seems to be.

Where is this all going? I'd like to see satellite television providers like Dish Network and DirecTV offer more-flexible plans. I'd watch a video blog station for 10 minutes if it could hold my attention over breakfast and The Wall Street Journal.

10. Flexible keyboards

Flexible, foldable keyboards like the Brando or the Eleksen ElekTex sound like a good replacement for a standard keyboard and could help mobile users type faster when traveling with smart phones.

Sure, they are mobile and new, but typing on a fabric keyboard like this Eleksen model is a real pain.

In practice, it's almost impossible to type fast on these roll-away models. Is there a way to improve on a standard keyboard? Microsoft and Logitech International keep trying, adding extra buttons and features. (I have settled on the Microsoft Wireless Laser Keyboard 6000 V2 with its slight key curvature.)

I doubt we will be typing on multitouch screens any faster, judging by my speed on the iPhone. Speech recognition, even if it understood every word perfectly, still makes it hard to edit your mistakes. The Laser Keyboard is hinting at a true evolution: Eventually, all keyboards will become more tactile, with more responsive keys, a more ergonomic feel -- and someone may figure out how to make them fold up.

Have I missed any technologies, or do you disagree with any of my choices? Let me know in the comments section at the end of this article.


Read more...


Anion Notebook ????

| Tuesday, March 4, 2008 |

msi_anion1.jpg
There are all types of environmentally friendly technologies, of course, and MSI is experimenting with one that releases negatively charged ions to literally clear the air.

Trying to show that it's not just about superficialities, the Taiwanese computer maker is working on a concept notebook that can release as many as 550,000 ions per cubic centimeter.

As a result, MSI claims, the Anion PR620 Computer "absorbs dust particles in the air to prevent inhaling into human body." The laptop would supposedly remove everything from offensive smells to cigarette smoke and toxic gases.

The notebook absorbs dust particles in the air to prevent inhaling into human body, eliminating all possible contact to disease. The PR620 also eliminate toxic gases in the air, destroying the "Silent Assisin". According to the firm, the Anion removes all offensive and foreign smell in the air to bettering the living condition. Smoker-Free Quickly function eliminate all smog, dust, and second cigarette smoke in the air.


Read more...


Cyber Goggles

| |

Smart goggles --

Researchers at the University of Tokyo have developed a smart video goggle system that records everything the wearer looks at, recognizes and assigns names to objects that appear in the video, and creates an easily searchable database of the recorded footage. Designed to function as a high-tech memory aid, these “Cyber Goggles” promise to make the act of losing your keys a thing of the past.

Cyber Goggles are equipped with a compact camera that feeds video to a computer worn on the user’s back. The computer records the footage and relies on ultrahigh-speed image recognition processing software to analyze, name and file the objects that appear in the video. Later, when the user types in a keyword to search for a particular item, the corresponding video plays on a tiny LCD screen attached to the right-side lens, helping the user remember the location of the item in question.

In a demonstration at the University of Tokyo last week, 60 everyday items — including a potted begonia, CD, hammer and cellphone — were programmed into the Cyber Goggle memory. As the demonstrator walked around the room viewing and recording the various objects, the names of the items appeared on the goggle screen. The demonstrator was then able to do a search for the various items and retrieve the corresponding video.

In addition to functioning as a memory aid for the elderly, Cyber Goggles have a number of other potential uses, says professor Harada. For example, the image recognition processing technology can be used to sift through enormous amounts of video in search of specific images. It might also help in the development of robots with human-like abilities, he says.


Read more...


BAMBOO Phone !!!

| Sunday, March 2, 2008 |

This one is dedicated to my roommate nicknamed 'Bamboo'.
Some people go through cell phones faster than they do a roll of toilet paper, so in an effort to reduce our carbon (and landfill) footprint, some designers are starting to create handsets that are completely biodegradable. One such handset is the Bamboo, a cell phone that the designers say is completely biodegradable. It is called the Bamboo because it contains bamboo seeds. The whole phone is biodegradable and when it breaks down bamboo seeds will be released.
After a year or so and you decide not to use the phone anymore, you can bury the print board, battery, and antenna in compost, which will then disintegrate, releasing bamboo seeds that would grow into new plants. The phone will also feature an energy-efficient monochrome display, and a hand-crack with which to re-charge the device. A 3-minute cranking session could provide enough power for one phone call.
Alternatively, I wonder whether I can just plant the entire phone into the ground and watch it reproduce asexually....





Read more...


Cellphones to turn into Robots

| Saturday, March 1, 2008 |


For those who feel a bit lonely just talking on the phone, a Japanese company is offering a cellphone that turns into a robot buddy ready to chat.

Softbank Mobile Corp.'s new mobile line looks like a small humanoid with attachable arms and legs, with the screen showing various faces.

The PhoneBraver will be released in April after a character in an upcoming television drama series entitled "Cellphone Investigator 7."

The telephone comes with enough artificial intelligence to learn the user's habits.

If the user calls a particular person many times, a text phrase such as "You're calling her often these days, aren't you?" might appear coming out of the face's mouth, according to Softbank Mobile spokesman Katsuhide Furuya.

The user could carry on conversations with the phone by responding "yes" or "no" or with other simple replies.

"We haven't decided on specifics yet on the communication between the user and mobile, but your mobile would grow into a buddy different from others that is unique in the world," he said.

The PhoneBraver does not move by itself but can strike a pose with movable joints. The price is not disclosed yet.

Japan is known for its fondness for humanoids, which have been put to use as security guards, receptionists and for other functions in a country with a declining birth rate.

Japan also has cutthroat competition in mobile telephones, with three main companies constantly trying to find new incentives to snare users.

The number of cellphone subscriptions topped 100 million in Japan at the end of December against the nation's total population of 127 million, according to industry data.


Read more...


8 Tbps data transfer !!!

| |

IBM researchers unveiled the fastest and most highly integrated optical data bus ever developed. The prototype technology could bring massive amounts of bandwidth in an energy-efficient way to all kinds of machines—from cell phones to supercomputers. This could revolutionize the way we access, use and share information across many different applications.

ibmoptical.jpg

IBM's new prototype 48-way optical databus takes up just 3 mm of width on a PCB, and is capable of a truly ridiculous data rate of around 8 Tbps. That's roughly 5,000 high-definition video streams per second. Even better, this "green optical link" is a hundred times more power efficient than conventional electronic connections, so the environment benefits too.

In the context of so-called green computing initiatives, the new optical technology could save massive amounts of power in supercomputers. For a typical 100-meter-long link, the power consumed by this new optical technology is 100 times less than today’s electrical interconnects. This translates into a power savings of 10 times over current commercial optical modules.

The optically-enabled circuit boards, called "optocards", employ an array of low-loss polymer optical waveguides to conduct light between transmitters and receivers. This technology was developed by scientists at IBM's Zurich Research Lab. The complete databus constructed with such optocards not only incorporates a large number of high-speed channels, but also packs them to an unprecedented density: each waveguide channel is smaller in diameter than a human hair. The packaging approach for the complete system is unique in that it utilizes hybrid chip integration to produce a highly integrated optical module, called an "optochip". Courtesy physorg.com


Read more...


IBM's z-10 most powerful mainframe computer!!

| Friday, February 29, 2008 |


IBM is calling its new System z10 mainframe a "commercial supercomputer" and hoping that the machine can capture some geek mind share via features such as a quad-core processor that runs at a clock speed 2.6 times faster than the chips in IBM's z9 model could manage.

The z10 is sleek black in color and imperial in stature at a height of 80 inches and a maximum weight of 5,000-plus pounds.

And the system certainly has its ooh-and-ahh elements, including its 4.4-GHz quad-core processor. That compares with the 1.7-GHz single-core processor used in the three-year-old z9. The new system also supports up to 1.5TB of available memory per system and InfiniBand data rates of up to 6GB/sec., more than two times faster than on the z9.

According to IBM, the z10 is designed to run up to 50% faster than the z9 overall and can deliver as much as twice the performance of the existing model on CPU-intensive applications. "

IBM officials took a shotgun approach in their characterizations of the z10, which also was described as a "universal server" at one point. The low-end z10 model starts at something less than $1 million, while a fully loaded model with 64 physical processors can cost in the multiple millions.

When IBM released the z9, a major emphasis for that system was security, encryption and other capabilities for maintaining data integrity. With the z10, a key component of IBM's economic justification for investing in new mainframes appears to be their ability to help IT managers solve a problem increasingly cited as a top data center concern: server sprawl, and the power and cooling issues it presents.


Read more...