PROJECT TITLE :
Inspired by recent advances in multiple-input multiple-output (MIMO) radar, we tend to apply orthogonal part coded waveforms to MIMO radar system in order to realize better range resolution and target direction finding performance. We give and investigate a generalized MIMO radar system model using orthogonal phase coded waveforms. As well, we slightly modify the system model to improve the system performance. Accordingly, we have a tendency to propose the concept and the planning methodology for a group of ternary phase coded waveforms that is the optimized punctured zero correlation zone (ZCZ) sequence-pair set (ZCZPS). We additionally study the MIMO radar ambiguity operate of the system using part coded waveforms, based on which we analyze the properties of our proposed section coded waveforms that show that better vary resolution may be achieved. In the top, we apply our proposed codes to the two MIMO radar system models and simulate their target direction finding performances. The simulation results show that the first MIMO radar system model could acquire ideal target direction finding performance when the quantity of transmit antennas is equal to the amount of receive antennas. The second MIMO radar system model is additional difficult however might improve the direction finding performance of the system.
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