1. A Vehicular Ad Hoc Networks Intrusion Detection System Based on BUSNet

2.  Vehicular Ad hoc NETworks (VANETs), is a special case of Mobile Ad hoc NETworks (MANETs).  Cars as routers or nodes.  100-300 meters range.  As cars fall out of the signal range and drop out of the network

3.  Security challenges: -Mobility -Dynamic topology -Open wireless medium -No use of secure routing protocols because of insider attack  Properties of this method includes: IDS architecture is hierarchical and Detection algorithm can study normal behavior of network through a neural network so works intelligently

4.  First line of defense: intrusion prevention techniques, such as authentication and encryption  Second line of defense: Intrusion Detection,  Which determines whether unauthorized users are attempting to access, have already accessed, or have compromised the network.

5.  Two types IDS: monitoring based and clustering based  Monitoring: watchdog to detect misbehaving nodes and pathrater to help avoid these nodes  THE CONFIDANT: cooperation of nodes fairness in dynamic ad-hoc network  CORE:only positive reports passed unlike confidant  Clustering: head monitoring agent and detection agent  Choosing cluster heads based on connectivity, proximity, resistance to compromise accessibility, processing and storage power  UAV_MBN: UAV and MBN  ZBIDS: Zone based intrusion detection system

6.  A virtual mobile backbone infrastructure constructed using public buses.  Virtual infrastructure: Does not require the setup of any physical infrastructure.  can be deployed rapidly into any metropolitan environment with regular public bus service.  Mobile : the main nodes that form the BUSNet backbone are moving buses.  Backbone infrastructure : used to provide a reliable data bus for vehicles to interact with each other over a metropolitan coverage if needed.

8.  Three layers:  1. VANETs  2. Buses  3. Access points: road side communication infrastructure  ID technique in two categories :  1. Misuse detection: Can find known attacks effectively by signature comparing  2. Anomaly detection : Effective in finding out unknown attacks by looking for anomaly means any deviation from normal behavior. But gives more false alarm  Anomaly detection main parts: Feature selection, model of normal behavior and comparison (Explain all of them)  Feature selection : features from routing control messages and data packets. Bus collects the data and transfers to access points

11. Experiments During the simulation time, Attacks happened 4 times as follows: 1. 20-40 2. 80-100 3. 140-180 4. 260-280