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A Mixed Circuit And System Level Simulation Technique Of Collision-resistant Rfid System

机译:防撞RFID系统的混合电路和系统级仿真技术

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摘要

An integrated multi-level simulation environment is developed for a highly collision-resistant RFID system. An analog/mixed-signal (AMS) simulator for a circuit-level description of analog front-end power/signal transmission through electro-magnetic coupling is concurrently connected to a tailored software simulator for system-level description of digital back-end processing of TH-CDMA based anti-collision communication. The feasibility of the RFID system in which more than 1,000 transponders can be identified by a single reader in 400 msec is successfuly explored, under a practical presence of field disturbances such as background noises in communication channels as well as variations of electromagnetic coupling strengths for power transmission.
机译:为高度抗碰撞的RFID系统开发了集成的多层仿真环境。用于通过电磁耦合对模拟前端功率/信号传输进行电路级描述的模拟/混合信号(AMS)仿真器同时连接至量身定制的软件模拟器,用于对数字后端处理的系统级描述基于TH-CDMA的防冲突通信。在实际存在现场干扰(例如通信信道中的背景噪声以及功率的电磁耦合强度变化)的情况下,成功地探索了RFID系统的可行性,其中单个读取器可以在400毫秒内识别出1,000多个应答器。传播。

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