E-ISSN 0976-3945 Research Paper INDOOR NAVIGATION SYSTEM FOR VISUALLY IMPAIRED PERSON USING GPS Dr. Boyina.S.Rao‚ Ms. K.Deepa‚ Hari Prasanth.L‚ Vivek.S‚ Nanda Kumar.S‚ Rajendhiran.A‚ Saravana.J Address for Correspondence Department of Electronics and Communication Engineering‚ Kalaignar Karunanidhi Institute of Technology Coimbatore‚ India ABSTRACT This paper presents the architecture as well as the implementation of the system that helps the visually impaired person to navigate autonomously
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Culture. London: Methuen & Co. Ltd. Grejner-Brzezinska Dorota A. and Charles K. Toth. 2003. “Driving the Line: Multi-sensor Monitoring for Mobile Mapping” Gutiérrez‚ Jairo‚ ed. 2009. Selected Readings on Telecommunications and Networking. London: IGI Global. Hall‚ Stuart. 1973. "Encoding and Decoding in the Television Discourse: Paper for the Council of Europe Colloquy on "Training in the Critical Reading of Televisual Language"." Birmingham: University of Jacob‚ Christian. 1996. “Toward a Cultural History
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Abstract: VLSI based Accident information and car security system deals with the concern of saving the victim ‚ who get trapped in accident and also about the car security. Accident of the car is detected using pressor sensors which are fixed in car. Accident information to the nearest hospital is carried out with the help of RF communication. The location of the car is found using the GPS technique. The security of car is ensured by using password. The theft information is sent to the owner’s mobile
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IEEE/OSA/IAPR International Conference on Informatics‚ Electronics & Vision Accident Detection and Reporting System using GPS‚ GPRS and GSM Technology Md. Syedul Amin‚ Jubayer Jalil Department of Electrical‚ Electronic and Systems Engineering Universiti Kebangsaan Malaysia 43600 UKM‚ Bangi‚ Selangor‚ Malaysia M. B. I. Reaz Department of Electrical‚ Electronic and Systems Engineering Universiti Kebangsaan Malaysia 43600 UKM‚ Bangi‚ Selangor‚ Malaysia email: mamun.reaz@gmail.com Abstract— Speed
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Design and Implementation of a Location-Based Messaging System Patrick S. Chen‚ Janus Hsu‚ Dept. of Information Management‚ Tatung University‚ 40 Zhongshan North Road‚ 3rd Section Taipei 104‚ Taiwan (R.O.C.) chenps@ttu.edu.tw‚ kobe0621@hotmail.com ABSTRACT A messaging system supporting inter-vehicular communication is implemented to enable management of a caravan. With the help of positioning function and ad hoc network‚ important messages can be sent to vehicles in the caravan to regulate
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Letter of Transmittal To Ed Pryor- VP‚ Sales Harold Whistler- VP‚ Design & Development Tony Barren- Director‚ Production From Emma Richardson- Executive Vice President Date 17/03/2008 Subject: Pricing strategy & viability of “Project Aerial” Enclosed report deals with the launching price problem being faced by TerraCog for its forthcoming GPS product Aerial‚ different options that are available to the company‚ selection criteria for evaluation and proposed solution along with action plan
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GSM Architecture of the GSM System GSM-elements & interfaces System Architecture: Radio Subsystem Mobile Station (MS) Mobile Station (MS) Block Diagram of BTS with TRX Block Diagram of BTS Contd. • Transmitter/Receiver Module – The TRX consists of a low-frequency part for digital signal processing and a high-frequency part for GMSK modulation and demodulation. • The operations and maintenance (O&M) module – connected directly to the BSC by means of a specifically assigned
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GPS vs. GIS Global Positioning System (GPS) is a system that accurately determines the precise position of something on Earth. GPS is a constellation of twenty four satellites‚ each of which orbits Earth once every twelve hours. The U. S. Department of Defense operates and maintains these Global Positioning System satellites. Each satellite contains a high precision atomic clock and several transmitters that constantly send radio signals back to Earth. These signals communicate the satellite’s
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Many people may not realize when and where Global Positioning System (GPS) technology came to fruition. The NAVSTAR Global Positioning System was first introduced by the US Air Force in the mid1960s‚ eventually becoming a Department of Defense (DOD) project. The system was designed to determine positional information on Earth through the use of a constellation of orbiting satellites. The first GPS satellite was placed in orbit In 1978. Once complete‚ the system was to have 24 satellites‚ providing unlimited
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There are many different methods for air navigation. The system that a pilot uses for navigation depends on the type of flight that will occur‚ which navigation system is installed in the aircraft‚ and the navigation systems that are available in that certain area. The GPS (Global Positioning System) has become the most valuable method in the aviation industry because it is reliable‚ precise‚ and easy to use. GPS allows the pilot to pinpoint specific three or four-dimensional location data.
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