Road safety is the process of learning how to be safe and sensible when driving a vehicle on a road and how to reduce accident causes on road for proper driving. It aims to reduce the harm (deaths‚ injuries‚ and property damage) resulting from motor vehicle collisions. Harm from road traffic crashes is greater than that from all other transportation modes (air‚ sea‚ space‚ off-terrain‚ etc.) combined I- Driving license To make roads safer‚ driving licenses exist‚ so we compare two European
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For last 130 year‚ people are working on least reliable part of a car‚ the driver‚ made the car stronger‚ added seat belts‚ added air begs‚ and made the car smarter to the bug‚ the driver. An autonomous car takes inputs from laser sensors‚ radar‚ ultrasonic‚ cameras‚ and GPS. Car captures the 360-degree image and millions of data points every second. GPS alone is not quite reliable enough. Image recognition programs help the car to read signs‚ traffic lights and other elements in the driving environment
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to the observer by different paths (see diffraction grating). The formalism of diffraction can also describe the way in which waves of finite extent propagate in free space. For example‚ the expanding profile of a laser beam‚ the beam shape of a radar
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1.6 Material/tool required. Table 2 material required. SR NO COMPONENT 1 ATMEGA32 MICROCONTROLLER 2 IR TRANSMITTER & RECEIVER 3 GPS MODULE 4 GYROSCOPE 5 STEPPER MOTOR 6 LM7805 7 POWER BATTERY 8 RESISTOR 9 LED 10 PCB 11 ULTRASONIC 1.7 Component description: 1.7.1 ATMEGA32 Microntroller: Family with low power consumption. Atmega32 is based on enhanced RISC (Reduced Instruction Set Computing‚ Know more about RISC and CISC Architecture) architecture ATmega32 is an 8-bit high performance microcontroller
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is known as “Ultrasonic Waves” or “Supersonic Waves”. Supersonic waves have the velocities higher than the velocity of sound i.e. more than 1200 km / hour. Ultrasonic waves can not be heard by a human being but a cat or dog may hear them. The wavelengths of ultrasonic waves are very small as compared to audible sound. The sound waves which have frequencies less than 20 Hz range are called “Infrasonic waves” 1.2 Production of Ultrasonic Wave: The generator of ultrasonic wave is nothing
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MULTISENSOR STRATEGIES TO SUPPORT BLIND PEOPLE USING GSM Abstract: The development of electronic sensing devices for the visually impaired requires knowledge of the needs and abilities of this class of people. In this project we present a rough analysis that can be used to properly define the criteria to be adopted for the design of such devices. In particular‚ attention will be focused on clear-path indicators‚ highlighting their role in orientation and mobility tasks. A new device belonging
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|ANALYSIS OF VEHICLE OVERTAKING MANEUVER USING EMBEDDED SYSTEM IN KEIL SOFTWARE AND | |ALGORITHM USING NEURAL NETWORK | PROJECT REPORT Submitted by | K.DINESH | | N.DHARMARAJ | | R.KANNAN
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Sagar Institute of Science & Technology‚ Bhopal Department of Electronics and Communication Major Project On Laser based security system STUDENT’S BY Under the guidance of Satyendra Choudhary Mrs. Deepa Gyanchandani 0187EC101095 Nikhil Solanki 0187EC101066 Contents Introduction Objective Methodology Block Diagram
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ULTRASOUND An ultrasound is a medical imaging technique uses high frequency sound waves to look inside the body. During World War 2‚ there was a lot of research of radar and sonar which led to the invention and progress of the ultrasound device. It was invented by Ian Donald in 1957. It was first tested on a pregnant woman but later used for more purposes. The ultrasound was improved and also led to the development of other useful medical instruments such as the device CAVITRON‚ which destroys
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LAB REPORT MEDICAL IMAGING (BMB 44303/ BMB 44304) SEMESTER 1’13 LABORATORY INVESTIGATE THE ULTRASOUND IMAGING NAME: MOHD AFIQ AIMAN BIN MAT ARIFFIN ID NO: 51216111078 GROUP: LO1 TITLE: Ultrasound images A) Objectives: 1. To make the students get familiar with ultrasound machine. 2. To identify image produced by ultrasound. 3. To measure the diameter/ dimension of image subject. B) Procedures: Please simplify procedures of using ultrasound machine
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