Sixth Sense Technology

ABSTRACT

Sixth Sense Technology is a mini-projector coupled with a camera and a cell phone which acts as the computer and connected to the Cloud, all the information stored on the web. Sixth Sense can also obey hand gestures. The camera recognizes objects around a person instantly, with the micro-projector overlaying the information on any surface, including the object itself or hand. Also can access or manipulate the information using fingers make a call by Extend hand on front of the projector and numbers will appear for to click know the time by Draw a circle on wrist and a watch will appear. take a photo by Just make a square with fingers, highlighting what want to frame, and the system will make the photo which can later organize with the others using own hands over the air.

The device has a huge number of applications, it is portable and easily to carry as can wear it in neck. The drawing application lets user draw on any surface by observing the movement of index finger. Mapping can also be done anywhere with the features of zooming in or zooming out. The camera also helps user to take pictures of the scene is viewing and later can arrange them on any surface. Some of the more practical uses are reading a newspaper reading a newspaper and viewing videos instead of the photos in the paper. Or live sports updates while reading the newspaper. The device can also tell arrival, departure or delay time of air plane on tickets. For book lovers it is nothing less than a blessing. Open any book and find the Amazon ratings of the book. To add to it, pick any page and the device gives additional information on the text, comments and lot more add on feature.

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Brain Machine Interface

ABSTRACT


A brain-machine interface is a communication system that does not depend on the brains normal output pathways of peripheral nerves and muscles. It is a new communication link between a functioning human brain and the outside world. These are electronic interfaces with the brain, which has the ability to send and receive signals from the brain. BMI uses brain activity to command, control, actuate and communicate with the world directly through brain integration with peripheral devices and systems. The signals from the brain are taken to the computer via the implants for data entry without any direct brain intervention. BMI transforms mental decisions and/or reactions into control signals by analyzing the bioelectrical brain activity.
While linking the brain directly with machines was once considered science fiction, advances over the past few years have made it increasingly viable. It is an area of intense research with almost limitless possibilities. The human brain is the most complex physical system we know of, and we would have to understand its operation in great detail to build such a device. An immediate goal of brain-machine interface study is to provide a way for people with damaged sensory/motor functions to use their brain to control artificial devices and restore lost capabilities. By combining the latest developments in computer technology and hi-tech engineering, paralyzed persons will be able to control a motorized wheel chair, computer painter, or robotic arm by thought alone. In this era where drastic diseases are getting common it is a boon if we can develop it to its full potential. Recent technical and theoretical advances, have demonstrated the ultimate feasibility of this concept for a wide range of space-based applications. Besides the clinical purposes such an interface would find immediate applications in various technology products also.



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Inferno OS

ABSTRACT


Inferno is an operating system for creating and supporting distributed services .The name of the operating system and of its associated programs, as well as of the company Vita Nuova Holding that produces it, were inspired by the litrary works of Dante Alighieri, particularly the Divine Comedy
Inferno runs in hosted mode under several different operating systems or natively on a range of hardware architectures. In each configuration the operating system presents the same standard interfaces to its applications. A communications protocol called Styx is applied uniformly to access both local and remote resources.
Applications are written in the type-safe Limbo programming language, whose binary representation is identical over all platforms.



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Embedded Linux

ABSTRACT


Although the term “Embedded Linux” is only a couple of years old, Embedded Linux has already established itself as one of the most important technologies to enter the embedded computing market. The power, reliability, flexibility, and scalability of Linux, combined with its support for a multitude of microprocessor architectures, hardware devices, graphics support, and communications protocols have established Linux as an increasingly popular software platform for a vast array of projects and products. Use of Linux spans the full spectrum of computing applications, from IBM’s tiny Linux wrist watch to hand-held devices.(including PDAs and cell phones) and consumer entertainment systems, to Internet appliances, thin clients, firewalls, equipment, . . . and even to cluster-based supercomputers.
If you could travel back in time to the Embedded Systems Conference of September 1999, you would find that the “Embedded Linux Market” simply did not exist, one short year ago. Sure, a growing number of developers and a handful of companies were starting to embed Linux. But as a market that anyone tracked, or paid attention to, Embedded Linux simply hadn’t made it onto the radar screens.One year ago, embedding Linux was a relatively rare phenomenon and was mostly the result of developer innovation — not the fruits of marketing plans and promotional strategies.

Where does Embedded Linux stand today?

“Embedded Linux” has now become a disruptive force in the market.The open availability of source, coupled with today’s unheralded ease and speed of collaboration and communication, turned out to be compelling factors that enabled developers to quickly and efficiently adapt to the challenges of rapidly changing landscape. So Linux began to spread like wildfire in the embedded market.



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Simple SAN Storage Resource Management in Microsoft® Windows Server™ 2003 R2

ABSTRACT


Can Storage Area Networks (SANs) be simple to install and use for the small and medium-sized business? Is it possible to provide basic storage resource management functions for administrators to use without having to purchase an expensive management application?
With the new storage management functions included with Microsoft® Windows Server™ 2003 R2 and the work done by various storage vendors, the goal of achieving a “Simple SAN” has been met, including the use of fibre channel and iSCSI storage technologies. This paper describes the goals and accomplishments of the Simple SAN program including actual deployment steps taken by Demartek to install and use a simple SAN. This paper also describes the use of basic storage resource management functions provided by Windows Server™ 2003 R2 including quota management and storage resource utilization.

This paper is divided into the following sections:
• Management Perspective on Fibre Channel and iSCSI SANs
• Simple SAN
• Installation on one server
• Using Storage Manager for SANs across multiple servers
• Storage Resource Management



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Robotics in Biomemics-Snake Robot

ABSTRACT


The utilization of autonomous intelligent robots in search and rescue (SAR) is a new and challenging field of robotics, dealing with tasks in extremely hazardous and complex disaster environments. Autonomy, high mobility, robustness, and modularity are critical design issues of rescue robotics, requiring dexterous devices equipped with the ability to learn from prior rescue experience, adaptable to variable types of usage with a wide enough functionality under different sensing modules, and compliant to environmental and victim conditions. Intelligent, biologically inspired mobile robots and, in particular, serpentine mechanisms have turned out to be widely used robot effective, immediate, and reliable responses to many SAR operations. This article puts a special emphasis on the challenges of serpentine search robot hardware, sensor-based path planning, and control design.



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