Follicle recognition in ultrasonic images using the cellular automata

Bogdan Viher, A. Dobnikar, D. Zazula
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Abstract

We developed a cellular automaton that is able to extract the information about the position of follicles in the ultrasonic image. Follicles are small protective sacs containing ova in the cortex of women's ovaries, and their ultrasound monitoring is very important in diagnosing and treatment of infertility. The original ultrasonic images were reduced in size and number of colours and then used as the initial state of our cellular automaton. Following the fundamental natural principle of attacking/defending, the transition rule has been developed. The results are quite encouraging and provide a good starting point for further enhancement and development.
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利用细胞自动机识别超声图像中的卵泡
我们开发了一种细胞自动机,能够提取超声图像中有关卵泡位置的信息。卵泡是女性卵巢皮层中含有卵子的小保护囊,其超声监测对不孕症的诊断和治疗非常重要。原始超声图像的大小和颜色的数量减少,然后使用我们的元胞自动机的初始状态。根据进攻/防守的基本自然原则,已经发展了过渡规则。结果令人鼓舞,并为进一步增强和发展提供了一个良好的起点。
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