Future Driver Assistant with Reconfigurable On-Board Diagnostics system

V. A, S. Vanaja, B. Sathyasri, R. S., Ramyaa D, Prem S
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Abstract

Nowadays, automation is the most efficient resource mechanism which is available in day today life in an economical way. In daily circumstances, life is not possible without automotive mechanism. The automotive method adopted in this system would be by displaying the various parameters through an informative system. So, our aim is to develop an informative system to indicate multiple parameters of the automobile resources like fuel, engine temperature, AC voltage in engine, air, battery voltage, wear out temperature, hydrocarbons quantity and machine speed. The proposed system is useful for any users for recognizing the various parameters in a single and compact Liquid Crystal Display. A voice recorder Integrated Circuit has been used in this project to produce warning voice signals during abnormal conditions of resources. This project involves the usage of the latest embedded microcontroller. In case of any abnormal situations some points are set to stir the end user for the itemize specifications as well as for each and every action is -taking place is stipulated with the help of voice output.
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具有可重构车载诊断系统的未来驾驶助理
如今,自动化是最有效的资源机制,可以在当今生活中以经济的方式获得。在日常生活中,没有汽车机械是不可能的。该系统采用的自动化方法是通过信息系统显示各种参数。因此,我们的目标是开发一个信息系统来显示汽车资源的多个参数,如燃料、发动机温度、发动机交流电压、空气、电池电压、磨损温度、碳氢化合物数量和机器速度。该系统适用于任何用户在一个单一的、紧凑的液晶显示器上识别各种参数。本项目采用录音集成电路,在资源异常情况下产生报警语音信号。这个项目涉及到最新的嵌入式微控制器的使用。在任何异常情况下,设置一些点来搅动最终用户的逐项规范,并在语音输出的帮助下规定每个正在发生的动作。
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