Advanced Tracking And Choking Vehicle Using Gsm And Gps

Abstract

This Research Aims To Design An Advanced Vehicle Tracking And Immobilization System Utilizing GSM And GPS Technologies To Enhance Vehicle Security And Management. By Leveraging GPS For Real-time Location Tracking, The System Provides Accurate Monitoring Of Vehicle Movements And Locations. The Integration Of GSM Technology Allows For Remote Communication And Control, Enabling Users To Send Commands To The Vehicle For Immobilization In Cases Of Theft Or Unauthorized Usage. The System Features A Chokage Mechanism That Can Remotely Disable The Vehicle, Offering Immediate Response Capabilities To Security Breaches. Additionally, Robust Encryption And Secure Communication Protocols Ensure Data Privacy And Protection Against Unauthorized Access. This Solution Combines Technological Advancements To Deliver A Comprehensive And Reliable Vehicle Security System Develop A Vehicle Tracking System Using GSM And GPS To Monitor Real-time Location And Movement, With Features To Detect And Respond To Unauthorized Usage Or Theft. Integrate A Remote Immobilization Mechanism To Disable The Vehicle In Emergencies. Ensure Secure Communication And Data Encryption To Protect Against Unauthorized Access And Maintain Privacy. Existing Vehicle Position Estimation Methods Often Rely On GPS, Which Faces Limitations In Tunnels And Widespread Application. This Study Proposes A Highway Vehicle Position Estimation Method Using ETC Transaction Data, Short-term Driving Styles, Road Characteristics, And Achieving An Error Of Less Than 50m Over 2km.—

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