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Abstract:

A digitally - programmable analogue Fuzzy Logic Controller (FLC) is presented. Input and output signals are processed in the analog domain whereas the parameters of the controller are stored in a built-in digital memory. Some new functional blocks have been designed whereas others were improved towards the optimization of the power consumption, the speed and the
Modularity while keeping a reasonable accuracy, as it is needed in several analogue signal processing applications. A nine-rules, two-inputs and one-output prototype was fabricated and successfully tested using a standard CMOS 2.4? Technology, showing good agreement with the expected performances, namely: from 2.22 to 5.26 Mflips (Mega fuzzy logic inferences per second) at the pin terminals (@CL=13pF), 933-µW power consumption per rule (@Vdd=5V) and 5 bits of resolution. Since the circuit is intended for a subsystem embedded in an application chip (@CL ≤5pF) up to 8 Mflips may be expected.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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The holy grail of Virtual Reality and simulation since its inception has been “To create the illusion so well that you feel you are actually doing it”. While this goal is still actively being pursued, the past ten years have shown a steady evolution in virtual reality (VR technologies). VR technology is now being used for many things, for example: air traffic control simulations, architectural design, aircraft design, acoustical evaluation, computer aided design, education, entertainment, legal/police, medical applications such as virtual surgery, scientific visualization, telepresence and robotics, and flight simulation.

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Abstract:Can we touch, squeeze or feel the objects that we see on the computer screen? Can surgeons perform virtual operations? Forty years ago the answers to these questions may be certainly “no”. But now these seem possible with the advent of HAPTIC TECHNOLOGY

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Abstract:

Ubiquitous services that are genuinely user-Friendly to everyone will require technologies that enable communication between people and objects in close proximity. Focusing on the naturalness, inevitability, and sense of security conveyed by touching in everyday life, this article describes human area net-working technology that enables communication by touching, which we call RedTacton

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Abstract:

Download Full Paper:Technology is making many things easier; I can say that our concept is standing example for that. So far we have seen LAN, MAN , WAN , INTERNET & many more but here is new concept of “ HAN which makes the human body as a communication network by name .... REDTACTON Click here

Abstract: The first part of this paper introduces the necessity of refreshable Braille display, device which rests on the keyboard by means of raising dots through holes on a flat surface .The second part focuses on the fundamentals of the speech synthesis which converts text to speech, and the speech units. The third part portrays the speech production by the vocal chords and acoustic phonetics. The next part is dealt with the detailed description on various converted speech units (words,sylablles,demisylablles,diphone,allophone,phoneme), the way in which these primitive speech units are combined to form a full speech with phonetic sounds. The process indulged in the analysis of speech signals and the various synthesis methods, the coding of vocal tract parameters using Linear Predictive Coding (LPC) synthesis with its block diagram and finally the conclusion part ,followed by bibliography

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Abstract:

The fastest and most straightforward way of communication for mankind is the voice. Therefore, the best way to interact with computers should be the voice too. That is why at the moment men are searching new ways to interact with computers. This interaction is improved if the words spoken by the speaker are organized in Natural Language.

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Abstract:

In this paper the term implicit human computer interaction is defined. It is discussed how the availability of processing power and advanced sensing technology can enable a shift in HCI from explicit interaction, such as direct manipulation GUIs, towards a more implicit interaction based on situational context. In the paper an algorithm that is based on a number of questions to identify applications that can facilitate implicit interaction is given. Implemented. It is also discussed how situational context can be exploited to improve input and output of mobile devices.

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Abstract:

“Human –computer interaction (HCI)” is the study of interaction between people (users) and computers. It is an interdisciplinary subject, relating computer science with many other fields of study and research. Interaction between users and computers occurs at the user interface which includes both hardware i.e. peripherals and other hardware and software for example determining which, and how, information is presented to the user on a screen

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Abstract:

Ever wondered what makes some Websites easier to use than others, or why some people seem to master new navigation systems quickly while others struggle to learn? Do you know why users get lost in electronic space or find it difficult to communicate with others through the medium of technology? These questions are just some of the driving forces behind research in the developing field of Human Computer Interaction

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Abstract:HUMAN BRAIN AND COMPUTER
INTERFACE is the study related to
operate the computer or any electronic
device using the thoughts (IDEAS) of
once brain with out using the any
external devices like keyboard, mouse or
some thing else. It is available in the file which you can download from the link below.

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Abstract:

Human capability has long been limited by biology. Our mental and physical capabilities are limited. Athletes have pushed the limits of strength and endurance. Human working memory has always been limited to a relatively small number of items. Our minds, even of the most talented, are limited. And as we age, we go frail, both physically and mentally. Up to now, our advances in technology have functioned as accessories, enhancing our capabilities but not making any changes in our biology.

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Abstract:Throughout history, humans in society have had a need to determine the identity of individuals who have committed crimes. In the last century, there has been unprecedented progress in developing accurate, scientific methodologies for connecting a suspect with a crime. It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: It is available in the file which you can download from the link below.

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Abstract: An embedded approach in designing a automated vending machine using image processing for currency recognition. Automation had become time-sharing, fast and sophisticated approach in both Public Sector Units and Private Sector Units today. From computerized billing machine in a small shop to a missile launching process, everything is automated.

This paper presents unique idea of a fully automated ticket vending machine, an embedded system, which makes the process of ticket procurement a hassle free job and thereby decreases the burden of a patient clerk who sits in the counter for issuing tickets.

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Abstract:A real-time face recognition system can be implemented on an IBM compatible personal computer with a video camera, image digitizer, and custom VLSI image correlator chip. With a single frontal facial image under semi-controlled lighting conditions, the system performs (i) image preprocessing and template extraction, (ii) template correlation with a database of 173 images, and (iii) postprocessing of correlation results to identify the user.

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Abstract: In this paper we present a vision-based approach to detect, track and identify people on a mobile robot in real time. While most vision systems for tracking people on mobile robots use skin color information, we present an approach using thermal images and a fast contour model together with a Particle Filter. With this method a person can be detected independently from current light conditions and in situations were no skin color is visible (the person is not close or does not face the robot). Tracking in thermal images is used as an attention system to get an estimate of the position of a person. Based on this estimate we use a pan-tilt camera to zoom to the expected face region and apply a fast face tracker in combination with face recognition to identify the person. It is available in the file which you can download from the link below.

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Abstract: Safety in automotives is one of the important considerations under limelight. So many efforts are also taken in this regard. Dozens of processors control every performance aspect of today’s automobiles.
While most currently available safety features utilize a wide array of sensors—principally involving microwaves, infrared light, lasers, accelerometers, or position detection—for safety applications such as front and rear warning, lane detection warning, automatic emergency braking etc.

In this paper a novel attempt has been taken to revolutionize the safety in automotive systems with the help of image processing, which aids the driver in efficient driving.

The safety feature considered is x. A high speed camera scans the image of the road scene ahead at regular instants. These images are moved to memory for further processing. Later these images go through EDGE DETECTION TECHNIQUES. This edge detection technique consists of our new algorithm which detects the lanes on the road. Then after using HOUGH TRANSFORM these lines are detected and compared with the current car position. This helps the system in placing a constant vigil on the car over its position in the lane.

This concept also aids in future revolution of automatic driving in highways. Moreover the use of high speed processors like Blackfinn processors makes it very simple to implement this system in real time.


Courtesy: N.Santhanam, Adi Parasakthi Engineering College (APEC), Melmaruvathur, Tamilnadu

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