Abstract
In this paper we describe here the diagnosis the dynamic topology in a faulty environment. In this paper we have optimize that type of network in which less nodes are used to reach source to destination so that data loss are reduced. we have compare the data loss after optimize the new path to reach the source to destination. In dynamic topology nodes are free to move randomly. Mobile stations from an arbitrary topology.
Highlights
Wireless network is a emerging as a significant aspect of Internet networking [1]
It presents a set o unique issues based on the fact that the only limit to a wireless network is the radio signal strength .There is no wiring to define membership in a network .Wireless technology has helped to simplify networking by enabling multiple computer user to simultaneously share resources in a home or business without additional or intrusive wiring
An ad hoc network typically refers to any set of networks where all devices have equal status on a network and are free to associate with any other ad hoc network devices in link range [2]
Summary
Wireless network is a emerging as a significant aspect of Internet networking [1] It presents a set o unique issues based on the fact that the only limit to a wireless network is the radio signal strength .There is no wiring to define membership in a network .Wireless technology has helped to simplify networking by enabling multiple computer user to simultaneously share resources in a home or business without additional or intrusive wiring. These resources might include a broadband Internet connection, network printers, data files, and even streaming audio and video. Because this is only a Layer 2 activity, ad hoc networks alone may not support a routable IP network environment without additional Layer 2 or Layer 3 capabilities
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