To deal with the problem of collision, we propose a two-phase broadcast mechanism and random delay mechanism.
为了减少网络碰撞，该协议采用两阶段广播机制和随机延迟机制。
The design of a point-to-points wireless data traffic system is presented, including a random delay anti-collision protocol, the implementation of this protocol and CRC coding by software.
介绍了一种点对多点无线数据传输系统的设计，提出了一种基于时分多址的“随机延时”防通信碰撞协议，并给出了该防碰撞协议和相关CRC编码的软件实现方法。
The results of the simulations show that excellent network performance is ensured by this strategy not only on compensating for the constant delay but also on compensating for the random delay.
仿真结果表明，预测控制不仅能对系统的固定网络时延进行补偿，对随机时延也有良好的补偿效果。
The results of the simulations show that excellent network performance is ensured by this strategy not only on compensating for the constant delay but also on compensating for the random delay.
仿真结果表明，预测控制不仅能对系统的固定网络时延进行补偿，对随机时延也有良好的补偿效果。
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