Abstract

Ultrasound linear phased array design technique is focused on two main classes: uniformly spaced array and the non uniform spacing case. These include techniques based on mathematical programming, such as constrained programming and non-linear programming. More recently, meta heuristics approaches have been successful at designing arrays. This paper presents efficient methods of genetic algorithm (GA), mimetic algorithm (MA) and tabu search algorithm (TSA) for the synthesis of Ultrasound (US)linear array design. The GA, TSA and MA has been used to optimize the spacing between the elements of the linear array to produce a radiation pattern with minimum SLL and null placement control.

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