International Journal on Recent and Innovation Trends in Computing and Communication ISSN: 2321-8169 Volume: 2 Issue: 12 3884 – 3889 _______________________________________________________________________________________________ 3884 IJRITCC | December 2014, Available @ http://www.ijritcc.org _______________________________________________________________________________________ A Novel Scheme for High scale IVC and RVC Over Bluetooth Krantish V. Pol, Dr. D.J. Pete krantishpol2014@gmail.com, pethedj@rediffmail.com Abstract- Vehicular Ad-Hoc Network (VANET) is a form of Mobile ad-hoc network, to provide communications among nearby vehicles called inter-vehicle communication (IVC) and between vehicles and nearby fixed equipment called roadside-vehicle communication (RVC). In VANET, or Intelligent Vehicular Ad-Hoc Networking, defines an intelligent way of using Vehicular Networking. In VANET integrates on multiple ad-hoc networking technologies such as WiFi, IEEE 802.16, Blue-tooth, IRA etc. for easy, accurate, effective and simple communication between vehicles on dynamic mobility. For configuring the vehicle with a unique address, there is a need for address reconfigurations depending on the mobility patterns; we have presented a centralized addressing scheme for VANET using Blue-tooth. By building up a P2P (Per to Per) overlay network on top of VANET's physical infrastructure, we effectively integrated P2P netwo rk‟s advantage on sustaining highly dynamic network into the design of VANET routing protocol. By deploying passive VANET routing algorithms with innovative P2P routing mechanisms, we propose two concepts behind the same Single Hopping and Multi Hopping technique. This project investigates the feasibility of having a Vehicular Ad-Hoc Network (VANET) / Mobile Ad-hoc Network (MANET) routing over Bluetooth. Contrary to this approach, most papers of MANET take WiFi as their underlying technology with the aim to expand the already existing internet, and it has fifty meters plus signal range. With the rapid growth in popularity, Bluetooth is being used in increasingly diverse ways to act as a bridge of communication between different hardware. This project develops on this by testing the effectiveness of a Bluetooth routing system with a fully working router implementation on real mobile phones. Key words- Manet, Vanet, IVC, RVC, Bluetooth __________________________________________________*****_________________________________________________ I. Introduction Advancements of wireless technology and portable computing have resulted in a greater demand for use of connectivity on the go. It is no longer enough to have wireless network access at your work place or home providing you mobility in the designated range. This has hence brought about a great deal of research in the field of mobile ad‐hoc networks (MANET), a rapidly changing network with no infrastructure, where any portable micro processing device like a mobile phone, laptop or hand‐held, can be considered a node. Unlike current commercial wireless devices, MANET nodes will have to cooperate together to discovery paths and route traffic from source to destination. [1]. Bluetooth is another (commercially) advancing field brings short range, low power consumption, wireless connectivity for device to device communication. Unlike Wi‐Fi‟s set networking protocols (802.11), Bluetooth‟s dynamic range of uses comes from its Profiling giving it multiple behaviors of interactivity with other Bluetooth devices. Any two devices with the same profile can talk, like mobile to headset where both are running the Bluetooth Headset Profile (HSP)[2]. This project aims at bring the two field together by attempting to create a MANET routing system using Bluetooth devices and seeing its feasibility in the real world. Currently there are very little number for papers on ad‐hoc routing over Bluetooth and even fewer, if any, on MANET over Bluetooth. The likely reason being the short range of a typical Bluetooth making it impractical. The motivation of this project is to see if this problem can be overcome and if we can make use of this untapped resource[3]. Bluetooth enabled mobile phones are the target platform, as their functionalities covers the needs of this project. Java Micro Edition (Java ME) is used to create the routing application making it easier to place it on any Java enabled phone for real‐life testing. Security is not to be considered. II. Bluetooth Bluetooth is a technology that promises fast, secure, point-to-point wireless communications over short distances (approximately 10 meters) for devices as diverse as mobile phones, consumer electronics appliances and desktop computers. It uses spectrum in the unlicensed ISM1 band of 2.4 to 2.48GHz. Besides being a hardware standard, Bluetooth defines a protocol stack that allows for hierarchical ad hoc networking in the form of “Piconets”, in which Bluetooth devices form themselves into point-to- multipoint picocells under the control of one master. Multiple Piconets in overlapping coverage areas form “scatter nets”. JSR82 is the formal name given by the JCP for the Java APIs for Bluetooth. As stated above, the key advantage of the API over others (like for C/C++) is its independence from the Bluetooth stack and radio. This gives a developer the ability to write applications without knowing the underlying hardware as well as making it portable with little or no change in code. A Bluetooth Stack is required by the Host to properly communicate to the Bluetooth device and to use it. The Host Controller (Host cntlr in Figure) layer provides the