反向功率 meaning in English
back power
backward power
Examples
- According to the gota system ’ s technology characteristics , the objects of power control include listenning users and speaking user , their power control consists of forward and reverse power control . the thesis consists of the following several part contents : 1
根据gota系统的技术特点,将功率控制对象分为听用户和话权用户,它们的功率控制又分为前向和反向功率控制两种。 - For power control of listening users , forward power control method are introduced based on full , multichannel , filtered report , and collision method etc . the full report method has redundancy report information , and its real - time performance is bad , multichannel report is introduced to improve the real - time performance , and filtered report is introduced to eliminate the redundancy information , finally the collision method introduced can not only get higher real - time performance but also diminish the redundancy information ; 2 . in order to meet the requirements of making the dynamic simulation of trunking group system , the ms ’ s random move equation is brought forward , the simulation of ms ’ s distribution is done and the integrated channel model are presented ; 3 . the smart predicative model of power control is introduced to overcome the delay and track the change of the complicated network , with this model , the power control ‘ s performance is greatly improved
全汇报方法存在冗余的汇报信息,而且实时性较差,为了改善实时性提出了多信道的汇报方式,为了改善冗余汇报而提出了筛选法,最后介绍的碰撞法在减少冗余信息的同时又提高了实时性;二、为了集群功率控制动态仿真的需要,提出了移动台的随机运动方程,进行了有关移动台的分布仿真,建立了综合的信道模型;三、希望克服延时和跟踪复杂网络环境变化,提出了功率控制的智能预测模型,通过智能预测模型可以改善功率控制的性能,着重介绍了采用神经网络的方法实现智能预测的通用模型,从而跟踪复杂多变的无线环境,诸如慢衰落及快衰落(包括多径衰落、多普勒效应所引起的衰落)等网络特征,达到预测功率需求;四、采用二级正交码和智能天线(空分多址)的方法进行组内用户的识别,改进功率控制效果;五、话权用户的前向和反向功率控制方法;六、对引入gota的cdma系统提出了复合容量表示方法,并作容量分析,探讨有关gota系统的qos问题。 - The characteristics of the data schedule arithmetic on forward link is that , considering fair , the system provides service for the user who applies the highest data rate , in order to increase the system throughput on the forward link . the characteristics of the data rate control arithmetic on reverse link is that , under the condition of ensuring reverse power unoverload , the system controls users to transmit data rate as high as they can to communicate with base station , in order to increase the system throughput on the reverse link
前向数据调度算法的特点在于：在兼顾公平性的基础上，系统尽量为申请速率最大的用户服务，以此来提高系统的前向链路数据吞吐量；反向数据速率控制算法的特点在于：在保证反向功率不过载的情况下，系统控制用户尽可能的提高发射速率来和基站通信，以此来提高系统的反向链路数据吞吐量。