You have a laptop? Already Canggihkah your laptop technology? How well do you know about your laptop or say super super technology.
Super laptop, will only be shaped like a pen and is made up of 5 pieces "pen". Not imagine sich? Nakh, rather than lingering, please refer to the pictures below, then what is your comment?
Before you continue, your opinion, what is the picture next to this?
In the development, then the robot is required to have sensors that are more intelligent in the sense something. So the robot can be more adaptive to a state. To watch a robot motion must also be able to distinguish what the object is moving.
Defense Advanced Research Projects Agency (DARPA), the United States recently announced plans to support the development of new types of intelligent video cameras that will be used in robotic devices. The agency states that this instrument can be used to give robots a sense perception, which will help him to feel his surroundings better. All this of course can be achieved through a complex algorithm, but the machines still can not create a "mental map" their own environment, and to remember the places that have been there before, according to LiveScience.
The project is still in the planning stages as what has been announced by DARPA, in the sense that no experiment is active or not there are developers who are involved so far. For that, the next institution plans to hold an industry meeting in Washington DC, on 20 April. At the meeting, various companies and research centers interested in working on the development of smart cameras that will be presented with all the details of the plan, and the representatives of the institutions is expected to receive much interest for his proposal, and maybe even some firm commitments.
"Eye Mind Program seeks to develop a capability in a machine that currently only exist in animals: a visual intelligence," the official DARPA statement. What this basically means that the new system is envisioned as the ability of the determination of the reasons that underlie the actions seen. When we see a dog walking, for example, we not only observe the dog, but so many other data, such as the conformation of his body, why can not just walk on two legs, the speed limit, limitations and benefits and so forth. Robots inspired by the system enabled at the same level of performance is very, difficult task, and one that likely will take many years to develop.
In harmony with his specialty, DARPA imagine using a new system to improve the ability of observation on the existence of an unmanned air vehicle, or Unmanned Aerial Vehicles (UAVs). The machines are flying over Iraq and Afghanistan, watching something, and determine the risk zone. If the system is able to conclude if someone planted a bomb, and when someone is just doing a simple act of regularly, then the number of victims associated with these wars can be reduced significantly. This system also can be used on unmanned ground vehicles, or Unmanned Aerial Vehicles (UGV) as well. With this course can also be useful as a machine that operates to defuse the bomb.
For the millions of people living in the world's most remote villages, untreated sickness is a far too common problem. There simply aren't enough nearby medical facilities to turn to for treatment. In India alone, there are more than 645,000 remote villages. Fewer than half of them have a medical facility of any kind. "Lack of the availability of doctors and certain instruments in the villages forces villagers to either go to the urban areas to get help or forego health care if they aren't able to do that," says Anant Koppar, Chairman and CEO of a healthcare company working to solve the problem: KTwo Technology Solutions.
Now, thanks to recently developed portable health diagnostic tools and medical imaging devices—from KTwo and Intel—that treat sick people where they are, this may all soon be changing. What's more, there will be no need to build costly new roads or data infrastructure.
These small, portable systems collect patient data, like blood samples, and send images of the sample from the patient's location directly to a pathologist or physician using a wireless Internet connection.
Technology from Intel, based on the Intel® Core™ i5 processor, supports new medical practice models with remote manageability, high-resolution imaging, and quick analysis of complex data.
Intel, KTwo Technology Solutions, and others are hard at work developing new and better ways to bring virtual doctors to every village with portable, wirelessly connected medical tools. This may be just the cure that the doctor ordered.
Robot tractors can enable a future with healthier food and higher yielding crops, reduced fuel consumption, fewer hours spent toiling in the fields, and more efficient use of expensive fertilizer and seed.
It's already happening in many of our nation's fields today, where technology is helping farmers "cultivate and nurture their crops in square feet instead of acres," explains Kevin Depies of Ritchie Implement Company. "The [planting] technology is accurate to within an inch, which really improves crop yield and the bottom line."
Rows can be planted closer toget
her, fertilizer gets dispensed directly—and only—under the seed, and overspray/overplanting is eliminated. "You can plant the perfect field in less time, using less labor, and being much more efficient with your fertilizer and seed," notes Dennis Smith, owner of Smith Childs Farms, Inc. During prime planting season, you can even see farmers working during the night hours without worrying about available light, because sensors on the tractors can "see" quite clearly in the dark.
Can it get better? "Absolutely," says Smith. "This technology is just in its infancy. What's coming next will change everything." He's talking about a new generation of wirelessly connected robot tractors powered by Intel® processors. Several of these smaller, more agile tractors can work a field at one time, controlled by a farmer sitting at his desk. They use GPS navigation equipment, onboard sensors and a series of complex algorithms while sampling the soil and dispensing the precise amount of seed and fertilizer needed to yield the most abundant harvest.
And computer-aided farm management also determines the best conditions for planting, watering, fertilizing, and harvesting so that every farm puts out larger, healthier crops. So you pay less at checkout time, more people get fed, and more farmers can prosper.
Posted on 01 October 2010 by
Beautiful isn’t it? The new Blackberry PlayBook is RIM’s foray into the growing tablet market. And on paper, it looks like it might give Apple a run for their money.
It runs on a new BlackBerry Tablet OS for an optimized tablet experience like how iPad does it. Nothing like Android’s sloppy implementation. It comes packed with a Cortex A9-based, dual-core 1GHz CPU and 1GB of RAM. It’s no wonder why RIM claims that the PlayBook is the “fastest tablet ever.”
Outside that raw horsepower is a 7-inch, 1024 x 600, capacitive multitouch display, a 3-megapixel front-facing camera, a 5-megapixel rear-facing camera, a HDMI port, as well as a microUSB jack.
The OS rounds up all that hardware with familiar finger gesture support, multitasking, and ability to handle Flash content and Adobe AIR apps via Flash 10.1.
Feature list:
* 7-inch LCD, 1024 x 600, WSVGA, capacitive touch screen with full multi-touch and gesture support
* BlackBerry Tablet OS with support for symmetric multiprocessing
* 1 GHz dual-core processor
* 1 GB RAM
* Dual HD cameras (3 MP front facing, 5 MP rear facing), supports 1080p HD video recording
* Video playback: 1080p HD Video, H.264, MPEG, DivX, WMV
* Audio playback: MP3, AAC, WMA
* HDMI video output
* Wi-Fi – 802.11 a/b/g/n
* Bluetooth 2.1 + EDR
* Connectors: microHDMI, microUSB, charging contacts
* Open, flexible application platform with support for WebKit/HTML-5, Adobe Flash Player 10.1, Adobe Mobile AIR, Adobe Reader, POSIX, OpenGL, Java
* Measures 5.1″x7.6″x0.4″ (130mm x 193mm x 10mm)
* Weighs less than a pound (approximately 0.9 lb or 400g)
* RIM intends to also offer 3G and 4G models in the future.
