MIMO ad hoc networks with CSIT in a Binomial field

This paper deals with performance analysis such as outage probability and transmission capacity of Multiple Input Multiple Output (MIMO) ad-hoc network with channel state information at transmitter (CSIT). Network formed by scattering a fixed and finite number of nodes in a given area. This type of nodal arrangement is a Binomial point process (BPP) where area or volume of deployment is finite and number of nodes in disjoint sets is dependent. In this paper, Transmit Beamforming is used at the transmitter, while the receiver uses partial zero forcing to cancel certain interferers using some of its spatial receive degrees of freedom (SRDOF) with CSIT case. The distribution of internode distance is characterized in a Binomial network where the number of nodes is independently distributed. Using this binomial distribution, the Euclidean distance is derived to design outage probability that provide the upper bound and lower bound on the transmission capacity of an ad-hoc network. The simulation results and theoretical results are presented in lieu of validating results.