Wireless ad-hoc networks do not require any fixed equipment or infrastructures such as routers,
switches, access points, base stations, and cables. Nodes communicate with each other through radio signals to
organize a network and transmit data from one node to another. We address the problem of control-channel
jamming attacks in multi-channel ad hoc networks. To avoid this threat sender may want to send multiple
copies through multiple disjoint paths .In such situations, wireless ad hoc networks are expected to
accommodate real-time multimedia traffic for remote monitoring, video conferencing, and VoIP (Voice over
IP) communications. Packets which are transmitted over a wireless ad-hoc network may include file transfer, email,
and Web and real-time traffic as remote monitoring, video conferencing, and VoIP. It has been
recognized that the effective network capacity of a single-channel and multi-hop wireless network using the
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