Abstract
Netted colocated multiple-input multiple-output (C-MIMO) radar system inherits the advantages from the netted radar system and the C-MIMO radar, therefore, it has great research value. In this paper, the joint waveform selection and time-space resource management optimization model for the netted C-MIMO radar system (NCMRS) in multi-target tracking (MTT) is proposed, where the network system resource consumption and the overall tracking performance of multiple targets are taken into consideration comprehensively. Based on the model, a joint waveform selection and time-space resource allocation (JWSTSRA) algorithm is put forward, where the system sampling period, the activated nodes, the node-target assignment, and the sub-array number, transmit energy and transmit waveform of each activated node can be adjusted adaptively. Simulation results demonstrate the effectiveness of the proposed JWSTSRA algorithm.
Published Version
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