首页> 外文OA文献 >CAR SECURITY ALARM SYSTEM ANALYSIS-DISTANCE AWAY VIA REMOTE CONTROL THROUGH SMS AND GPS GSM NETWORK AS VEHICLE TRACKER BASED MICROCONTROLLER ATmega16
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CAR SECURITY ALARM SYSTEM ANALYSIS-DISTANCE AWAY VIA REMOTE CONTROL THROUGH SMS AND GPS GSM NETWORK AS VEHICLE TRACKER BASED MICROCONTROLLER ATmega16

机译:通过sms和Gps Gsm网络作为基于车辆跟踪器的微控制器aTmega16,通过远​​程控制实现汽车安全警报系统分析 - 远程控制

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摘要

This study aims to (1) develop a Safety Car Alarm System Remote Control Via SMS Through GSM and GPS as an Vehicle Tracker based microcontroller ATmega16, (2) determine the feasibility of the tool to the quality standard ISO of the functionality, scurity, performance, usability.udThis study was conducted in Department automotive SMK Negeri 2 Depok Yogyakarta. This study uses Research and Development. Object of this study is Car Security Alarm System Remote Control Via SMS Through GSM and GPS as Microcomputer-Based Vehicle Tracker ATmega16. Stages of product development include: 1) Needs Analysis, 2) Design Systems, 3) lmplementation, 4) Testing. The method used in the data collection included 1) Questionnaire functionality testing performed by an expert, 2), scurity Testing, Performance conducted by researchers, 3) Questionnaire usability test conducted by Student Class XI Department of Automotive Engineering at SMK Negeri 2 Depok Sleman, Yogyakarta. The methods used to analyze data with qualitative descriptive analysis techniques.udBased on the test results and analysis can be concluded that used Software Code Vision AVR, ATmega microcontroller 16, Wavecom M1206B Modem, GPS module EM-411, IC MAX232, Relay Pin 8 feet, 8 Relay 12V/30A, PIR Sensor, Vibration Sensor and Light sensors can be made car safety alarm system remote Remote control Via SMS Through GSM and GPS to control and facilitate the search the vehicle. Test results obtained from the percentage of 100% funcionality, test results obtained scurity percentage of 100%, the speed of execution of the Performance Test SMS obtained percentage of 87.75%, and the ease of use of the Usability Value obtained percentage of 75.10%.udKeywords: SMS, GSM, GPS, Microcontroller
机译:这项研究的目的是(1)通过基于GSM和GPS的SMS作为基于车辆追踪器的微控制器ATmega16,开发通过SMS进行远程控制的安全车警报系统;(2)确定该工具在功能,可靠性,性能方面达到质量标准ISO的可行性。 ,可用性。 ud这项研究是在汽车部门SMK Negeri 2 Depok日惹进行的。本研究使用研究与开发。这项研究的目的是通过基于GSM和GPS的SMS作为基于微机的车辆跟踪器ATmega16来远程控制汽车安全报警系统。产品开发阶段包括:1)需求分析,2)设计系统,3)实施,4)测试。数据收集中使用的方法包括:1)专家进行的问卷调查功能测试,2),安全性测试,研究人员进行的性能测试,3)SMK Negeri的汽车工程系XI学生类进行的问卷调查可用性测试2 Depok Sleman,日惹根据定性描述分析技术分析数据的方法。 ud基于测试结果和分析,可以得出结论:使用了软件Code Vision AVR,ATmega微控制器16,Wavecom M1206B调制解调器,GPS模块EM-411,IC MAX232,继电器引脚8脚,8继电器12V / 30A,PIR传感器,振动传感器和光传感器可以制成汽车安全报警系统远程控制通过SMS远程控制通过GSM和GPS来控制和方便搜索车辆。从100%的功能性百分比中获得的测试结果,从100%的准确性中获得的测试结果,从性能测试SMS的执行速度中获得的百分比为87.75%,以及从可用性值的易用性中获得的百分比为75.10%。 ud关键字:SMS,GSM,GPS,微控制器

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    Sri Mulyono;

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  • 年度 2012
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  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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