Abstract
Waveform design is critical to the realization of a Multiple Input Multiple Output (MIMO) radar system. If the wave forms being transmitted are perfectly orthogonal, the virtual array consists of more elements than the transmit array and this provides additional degrees of freedom which improves performance. The correlation properties of the wave forms transmitted determine the characteristics of the system. In this paper, a binary orthogonal waveform with low auto correlation and cross correlation properties is designed. Orthogonality in transmitted wave forms is required in MIMO radar systems to enable the use of match filtering at the outputs to separate the different transmit paths. Exploiting the orthogonality of the walsh hadamard matrix based on non identical walsh functions, the simulated annealing statistical optimization tool is used to obtain the orthogonal signal set with the desired low correlation properties.
Keywords
Auto correlation, Multiple Input Multiple Output (MIMO) radar, Match filtering, Simulated annealing, Virtual array.
Citations
IRE Journals:
David Ebregbe , Ebimobowei Tonbie
"Waveform Design For MIMO Radar Systems" Iconic Research And Engineering Journals Volume 3 Issue 8 2020 Page 132-138
IEEE:
David Ebregbe , Ebimobowei Tonbie
"Waveform Design For MIMO Radar Systems" Iconic Research And Engineering Journals, 3(8)
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