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Towards Self-Healing Swarm Robotic Systems Inspired by Granuloma Formation

机译:迈向肉芽肿形成的自我修复群机器人系统

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Granuloma is a medical term for a ball-like collection of immune cells that attempts to remove foreign substances from a host organism. This response is a special type of inflammatory reaction common to a wide variety of diseases. Granulomas are an organised collection of macrophages, whose formation involves the stimulation of macrophages as well as T-Cells. Fault tolerance in swarm robotic systems is essential to the continued operation of swarm robotic systems. Under certain conditions, a failing robot can have a detrimental effect on the overall swarm behaviour, causing stagnation in the swarm and affecting its ability to undertake its task. Our study is concerned specifically with modelling the trafficking of macrophages and T-cells in the development of granuloma formation, and using that as a basis to create a self-healing swarm robotic system, in the context of power system failure.
机译:肉芽肿是一种免疫球的球形集合的医学术语,该集合试图从宿主生物中去除异物。这种反应是多种疾病共有的一种特殊的炎症反应。肉芽肿是有组织的巨噬细胞集合,其形成涉及巨噬细胞以及T细胞的刺激。群体机器人系统中的容错对于群体机器人系统的持续运行至关重要。在某些情况下,发生故障的机器人可能会对整个蜂群的行为产生不利影响,从而导致蜂群停滞并影响其执行任务的能力。我们的研究特别关注在肉芽肿形成过程中对巨噬细胞和T细胞运输的建模,并以此为基础在电力系统故障的情况下创建自我修复的机器人系统。

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