A New Method in RFID Anti-Collision Protocol using Chaos Optimization Algorithm

E. Siri, M. Golsorkhtabaramiri, Amir Safaei
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Abstract

One of the main challenges in modern anti-collision algorithms in RFID systems is to estimate the number of collided tags in each slot of identification process. This paper presents a novel solution in Vogt tag estimation algorithm which is used in assigned tree slotted aloha (ATSA) method based on Chaos optimization algorithm. This method has been examined with logistic chaotic map and outcomes are compared with classical method. Simulation is accomplished with 12-bit ID which covers the full serial number bit length and the tags number are considered up to 4096 tags. Some criterions such as the number of collision slots, idle slots, and total slots are compared and simulation results show an improvement in system throughput.
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基于混沌优化算法的RFID防碰撞协议新方法
现代RFID系统的防碰撞算法面临的主要挑战之一是估计识别过程中每个插槽中碰撞标签的数量。提出了一种新的Vogt标签估计算法,并将其应用于基于混沌优化算法的分配树槽aloha (ATSA)方法中。用logistic混沌映射对该方法进行了检验,并与经典方法进行了比较。模拟是用12位ID完成的,它涵盖了完整的序列号位长度,标签数被认为是多达4096个标签。通过对碰撞槽数、空闲槽数和总槽数等指标的比较,仿真结果表明系统吞吐量有所提高。
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