A Novel Multidimensional Q-Selection with Random Tree for an Anti-collision Algorithm in RFID Systems.

Beijing(2014)

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Abstract
A reader should identify tags quickly and accurately, so an anti-collision algorithm is an important part in a RFID system. Q-Algorithm is a hot topic in anti-collision algorithms. In EPC Global Class-1 Gen-2, parameter Q is adopted to adjust the frame sizes dynamically, in ISO/IEC 18000-6 Type C, Q-Algorithm with a parameter C makes reduction of equipment loss by lessening adjustments of Q, but it compromises to the system efficiency. In this paper, a Multidimensional Q-Selection with Random Tree algorithm (MQRT) is proposed. It is a hybrid method of Q-Algorithm and deterministic algorithm and can lessen unnecessary adjustments of Q and raise system efficiency. The simulation results show that this algorithm can achieve some improved performances than other previous algorithms.
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Key words
previous algorithm,anti-collision algorithm,parameter q,epc global class-1 gen-2,system efficiency,deterministic algorithm,rfid systems,rfid system,type c,random tree algorithm,parameter c,novel multidimensional q-selection
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