This paper outlines an innovative and creative algorithm known as Discrete Antlion Trapping Mechanism (DATM). It imitates the hunting mechanism of antlions in nature. The proposed DATM is incorporated in Network on Chip (NoC) which is a replacement to standard transmission technique along with the Reliable Reconfigurable Real-Time Operating System (R3TOS) for intertask communications. Though there are many designing issues, mapping the applications to NoC is an unmanageable and challenging problem. The DATM algorithm optimizes the above problem to reduce the energy consumption and transmission charge. The DATM method follows a systematic approach to analyze the scenario similar to other topology generating algorithms. Experimental results implemented in different applications showed that the proposed mechanism saved energy consumption on an average of 16.14% and 25.15% reduction in the transmission charge compared to other topologies.

本文概述了一种创新和创新的算法，称为离散Antlion诱捕机制（DATM）。它模仿了自然界中的狩猎机制。拟议中的DATM集成在片上网络（NoC）中​​，该技术与用于任务间通信的可靠可重新配置实时操作系统（R3TOS）一起替代了标准传输技术。尽管存在许多设计问题，但将应用程序映射到NoC是一个难以管理且具有挑战性的问题。DATM算法优化了上述问题，以减少能耗和传输费用。DATM方法遵循类似于其他拓扑生成算法的系统方法来分析场景。