Pauline Jothi Kiruba, G. J. ; Vijay Kumar, C. ; Tamilvanan, D. ; Thangaraj, K. (2017) Design of additional security for vehicle with tracking system using DIGI MESH topology International Journal of Advanced Research in Science, Engineering and Technology, 4 (2). pp. 3422-3425. ISSN 2350-0328
Full text not available from this repository.
Official URL: https://www.ijarset.com/volume-4-issue-2-february-...
Abstract
As the interests towards bikes are expanding it is required to give visit refreshes in the vehicle. This updates makes individuals more energy towards bikes and it additionally increment the cost of the vehicle. In the event that the cost of the vehicle is expanded, security framework in the vehicle ought to likewise be expanded. The security framework these days is a conventional one. It requires more updates it is reflected by the expanding insights of robbery. This venture is proposed for the most part to give next level of security to framework, in the current bikes. In this venture the security framework was intended to give control over the start of the vehicle. In light of the scope of the RF gadget utilized, start arrangement of the vehicle is worked. So just if the RF gadget arrives in a specific range the vehicle can be touched off else the start framework will get killed. This venture additionally gives a limitless scope of GPS following office and it is made conceivable by utilizing Digimesh topology. To supplant GSM module, Digimesh gadget is utilized for transmission of information. It most presumably beats every one of the troubles of utilizing GSM module like deactivation of SIM card, low adjust in SIM card, abuse of SIM card, organize issue and so on., so it conquer the issues amid following . As Digimesh topology is utilized the scope of security framework can reach out according to prerequisite. It is composed additionally to give security against unapproved evacuation of the gadget. It likewise diminishes the cost amid its operation of following the gadget. So the whole framework can be made more secure without deduction of people groups comfort.
Item Type: | Article |
---|---|
Source: | Copyright of this article belongs to International Journal of Advanced Research in Science, Engineering and Technology. |
Keywords: | Portable; Wireless; Security; Immobilizer; Theft; Anti Removal; Protection; Automatic |
ID Code: | 108006 |
Deposited On: | 02 Jul 2017 10:27 |
Last Modified: | 02 Jul 2017 10:27 |
Repository Staff Only: item control page