Association Unifying the Sciences‚ Engineering‚ and Applied Research) ISSN (Print): 2279-0047 ISSN (Online): 2279-0055 International Journal of Emerging Technologies in Computational and Applied Sciences (IJETCAS) www.iasir.net ACCIDENT DETECTION SYSTEM APPLICATION Akshay Agrawal1‚ Anand Khinvasara2‚ Mitali Bhokare3‚ Sumit Kaulkar4‚ Prof. Y. K. Sharma5 Department of Computer Science‚ Vishwakarma Institute of Information Technology‚ Pune‚ India ______________________________________________________________
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14 Omega was the first truly global radio navigation system for aircraft‚ operated by the United States in cooperation with six partner nations. It enabled ships and aircraft to determine their position by receiving very low frequency (VLF) radio signals transmitted by a network of fixed terrestrial radio beacons‚ using a receiver unit. It became operational around 1971 and was shut down in 1997. INTRODUCTION The OMEGA radio navigation system‚ developed by the United States Navy for
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sleep- deprived subjects. The current driver interface is based on recent experimental results that drowsiness feedback can reduce drowsiness and improve driver performance for sleep deprived truck drivers operating a truck simulator. DSS System The DSS system works most of the time for most operators Provides “virtual” driving buddy for the operator Can provide site supervision near real-time notice of potential fatigued operators Highly effective if used with supervisor intervention procedure
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Hyperbolic navigation Hyperbolic navigation refers to a class of radio navigation systems based on the difference in timing between the reception of two signals‚ without reference to a common clock. This timing reveals the difference in distance from the receiver to the two stations. Plotting all of the potential locations of the receiver for the measured delay produces a series of hyperbolic lines on a chart. Taking two such measurements and looking for the intersections of the hyperbolic lines
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While the technology available to Christopher Columbus in 1492 was certainly sufficient to impress his memory firmly upon future generations‚ if he had had access to modern navigational techniques and technology‚ the organization and outcome of his voyages would have been vastly different. Methods of elucidating longitude in Columbus’s time were nonexistent‚ and those for determining latitude could be deeply flawed. Thus‚ given the defective nature of the technology Columbus employed on his voyages
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Computers In Military Applications Computers have given the modern military a degree of efficiency and effectiveness that has completely changed the way the military operates at sea‚ in the air‚ and on the ground. The fast computational abilities and the accuracy of digital computing enable the military to perform more quickly with less risk to themselves and with less cost to their government. Wars fought prior to the advent of digital computing could take years to complete and resulted
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luxury products during economic recession‚ and thus it reduced the sales and revenue growth of TomTom. (ii) The global forces Because of the factor of size of its customer and technology base‚ distribution power and prominent brand name and recognition‚ it enables TomTom to compete in global markets and lead to become one of the largest producers of satellite navigation systems in the world and maintain their leading position over the long term. Apart from that‚ a wide variety of products with
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Personalized Location Provider Abstract—Currently available location technologies such as the global positioning system (GPS) or Wi-Fi fingerprinting are limited‚ respectively‚ to outdoor applications or require offline signal learning. In this paper‚ we present a smartphone-based autonomous construction and management of a personalized location provider in indoor and outdoor environments. Our system makes use of electronic compass and accelerometer‚ specifically for indoor user tracking. We mainly
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SD card storage and GOOGLE EARTH map interface THE GLOBAL Positioning System (GPS) is a satellite-based navigation system developed by the US Department of Defence. The first GPS system was tested in 1960s using a constellation of five satellites. This system was implemented for military purposes and provided navigational fix data approximately every hour; it was not very accurate. In 1993 the number of satellites increased to 24. The system became fully operational and it was also made available
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injured people will be saved as soon as possible. This process will save time in particular for the areas in the outer part of main zone. range dual-axis accelerometer MMA621010EG and small-scale three-axis accelerometer sensor MMA7260QT‚ GPS positioning module GS-87‚ people machine interaction module‚ including the keyboard and LED‚ and message sending module TC35i module. When a vehicle collision accident occurred‚large number dualaxis accelerometer MMA621010EG detects the level of the collision
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