FPGA BASED RADAR SIGNAL PROCESSING FOR AUTOMOTIVE DRIVER ASSISTANCE SYSTEM
Submitted by
Bibin Mohanan
S7 ECE
Roll no. 21
CET
2007-11 batch




OUTLINE
Introduction
What is Radar?
Principle of operation
Radar limiting factors
Radar signal processing
Applications of Radar signal processing
Driver Assistance System
Design of FPGA based Radar signal processing system.
Conclusion
References.
Introduction
Safety and comfort applications are addres ....etc

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PL FORWARD THE PPTS AND DOC RELATED 2 MY TOPIC ....etc

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1.Consumption of raw soybeans can be harmful to health because of the presence of following anti-nutritional factor:
(A)Phytic acid(B)Tannins
(C )Oxalates(D)Trypsin inhibitor

2.In a standard fruit jam preparation the content of total soluble solids should not be less than :
(A)68% W/W(B)45% WAV
(C )65% W/W(D)70% W/W

3.The safe level of irradiation for foods, which presents no toxicological hazard is :
(A)5.0 kGy(B)10.0 kGv
(C )7.0 kGy(D)25.0 kGy

4.Subjecting rice to higher degree of polishing is associated with ....etc

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A Linux Device Driver for USB to USB Direct Link Device

The first version of the Universal Serial Bus (USB) specification was released in January 1996. In April 2000, version 2.0 of the USB specification, which supports transfer rates up to 480 Mbps, was released. Because of its low cost, high data-transfer rate, ease of use, and flexibility, USB has gained wide acceptance in the computer industry. Today, many peripherals and devices connect to computers through USB interfaces. Currently, most general-purpose operating systems pro ....etc

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A Drowsy Driver Detection and Security System

Rajat Garg, Vikrant Gupta, Vineet Agrawal
Department of Electronics and Communication
VIT- University, Vellore- 600014, India


Abstract—
This paper presents a new approach towards automobile safety and security. We propose three distinct but closely related concepts viz. an Iris Recognition system, a Drowsy Driver Detection system and a Distress Signalling system using non-intrusive machine vision based concepts. In recent time’s automobile theft ....etc

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i have problem in this topic so help me for making ppt for seminar on this topic ....etc

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Abstract-
In this paper, a new complementary gate driver for power metal-oxide semiconductor field-effect transistors and in sulated gate bipolar transistors is presented based on the use of a piezoelectric transformer (PT). This type of transformer has a high integration capability. Its design is based on a multilayer struc ture working in the second thickness resonance mode. A new de sign method has been used based on an analytical Mason model in order to optimize the efficiency, the available power at the trans former secon ....etc

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Touch Panel Driver
Abstract.
The objective of the project is to design a driver for a touch panel such that it takes the inputs from the touch panel and responds accordingly as per the input performing the action given to it.
A touch panel is a display which can detect the presence and location of a touch within the display area. The term generally refers to touch or contact to the display of the device by a finger or hand. Touch panel can also sense other passive objects, such as a stylus. However, if the object sensed ....etc

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Abstract-- A car that controls its self is a marvel. Naturally, one of the best ways to control the car is with a control system. The car is driven by differential steering meaning that there is a motor on each of the two driving wheels. The first step to analyze what the system needs to control the car; research was done on sensors, cameras, and power systems. Then research was done to determine how various sensors, cameras, and motor controllers worked and which combination would work best for the requirements of the ....etc

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BY:
SUJIT R. KSHIRSAGAR
A-37
Guide- Prof. M.V. Walame


Introduction

Intelligent on-board systems
Safety: The most critical aspect of the design
Reduce the chance of accident
Enhance the safety occupants
Increase driving efficiency
Reduce driver fatigue

Need Of ADAS

Avoid accidents due to manual errors.
To safely maneuver the road
To foresee early events that may negatively affect safety
To increase driving efficiency

....etc

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