求翻译：防碰撞技术有两种解决方式：一是读写器能够同时正确识别多个电子标签发送的数据，达到多卡识别的目的。但这样会大大增加系统的复杂程度和成本。二是时电子标签在规定的时间内一次发回数据，某个时间内只有一个电子标签工作。这种情况可以采用TDMA方式，而且并不复杂。利用一个节约时间的算法，可以大大减少电子标签的耗时。ALOHA算法就能动态的调整传输时隙以及数据包的大小从而大大的减少碰撞的发生率。ALOHA算法有时隙ALOHA算法以及动态时隙ALOHA算法是什么意思？

Anti-collision technology, there are two solutions: First, the reader can correctly identify multiple RFID tags simultaneously send data to achieve multi-card identification purposes. However, this will greatly increase the system complexity and cost. Second, when the electronic tag within a specifi

anti-collision technology, there are two solutions: One way is that readers will be able to correctly identify with more than one electronic label the data sent to reach more card identification purposes. But this would greatly increase the complexity and cost. 2 When it is an electronic tag within

Guards against the collision technology to have two solution ways: One is the reader-writer can simultaneously be correct distinguishes the data which many electronic label transmits, achieves the multi-card recognition the goal.But can increase the system greatly like this the complex degree and th

Anti-collision technology there are two solutions: one is the reader to properly recognize multiple RFID tag sends data at, achieve the purpose of identification card. But that would greatly increase the complexity of the system and cost. Second is electronic label within the specified time once bac

Guards against the collision technology to have two solution ways: One is the reader-writer can simultaneously be correct distinguishes the data which many electronic label transmits, achieves the multi-card recognition the goal.But can increase the system greatly like this the complex degree and th