PARAMETER OPTIMIZATION FOR INDOOR COMMUNICATION NETWORK USING CSP TECHNIQ

Abstract

Indoor communication Network is an ad-hoc network that is limited to a small area such as a room or the
building. It is an open standard for wireless connectivity. In such network, the communication strength depends on the
propagation type used in the network. There are number of such propagation methods to provide effective communication
over the network. To achieve the effective communication, an effective propagation must be selected for the
communication. This propagation method deals with the channel selection, channel sensing and to perform the effective
communication over the network. There are number of constraints that affect the communication over a network. To
achieve the effective output from the network, it is required to define network under defined constraints. These all
constraint depends on type of network, its topology and the type of communication performed in that network. The
presented work is focused on the communication analysis for an indoor mobile network. These propagation methods also
affected from different network, environmental and communication parameters. The presented work is to perform the
parametric analysis under density, distance and energy constraints so that effective communication will be drawn, also to
reduce the BER in a noisy channel. The work is performed on three different models, they are: ray-leigh indoor
propagation model, friis model ,log distance shadowing model. The work is to define a constraint specification approach
for the optimization of communication in indoor communication network.