1) Cell Interference Margin
小区干扰余量
2) interference margin
干扰余量
1.
Especially for the load factor,interference margin analysis,this article gives the situation of different cell load uplink budget.
特别是对负荷因子、干扰余量进行了分析,给出了不同小区负荷情况的上行链路预算举例。
3) cell interference
小区干扰
1.
Depending on scientific software and automatic distributing arithmetic of frequency re using, we carry out networks prediction and design to attain the best efficiency of the networks and reduce the cell interference effectively.
借助科学的规划软件 ,通过自动频率复用分配算法 ,进行网络的预测和设计 ,使网络频率资源获得最佳的利用率 ,有效减少小区干
4) anti-jamming margin
抗干扰余量
1.
In this paper the varieties of anti-jamming margin about the two despread techniques in different environment are analysed,and simulation is made by MATLAB tool in accordance with the actual engineering system.
BPSK直扩通信系统具有相干和异步相关两种解扩体制,工程上对两种解扩体制抗干扰能力估计易相互混淆,为此,分析了这两种体制在不同干扰环境中抗干扰余量的变化规律,并采用MATLAB仿真工具按照实际工程系统建模仿真,从处理增益和译码门限等方面论述了不同解扩方式下抗干扰余量的差异及其计算方法,结论可为相关工程的指标分配提供参考。
5) intercell interference
小区间干扰
1.
This paper focused on the intercell interference of the CDMA system,and theoretically analyzes its origin and the impairment to the system performance.
针对CDMA系统的小区间干扰问题,从原理上指出了小区间干扰的成因以及它带来的危害。
2.
Beamforming of smart antenna can eliminate the intercell interference,but joint detection can only eliminate the multiple access interference in the cell.
智能天线波束赋形技术能很好地抑制小区间干扰,联合检测只能抑制小区内的多址干扰[1]。
6) inter-cell interference
小区间干扰
1.
Advances in studies of multi-BS joint processing algorithms for inter-cell interference mitigation in MIMO cellular systems
抑制MIMO蜂窝系统中小区间干扰的多基站联合处理研究进展
2.
In order to coordinate the inter-cell interference,a multicell adaptive power allocation scheme was proposed for downlink orthogonal frequency division multiple access(OFDMA) cellular systems.
提出了一种用于小区间干扰协调的多小区自适应功率分配算法。
3.
Transmit power levels of co-subchannels were coordinated among inter-cell, consequently inter-cell interference was mitigated and channel capacity was increased.
提出了一种用于正交频分多址(OFDMA)通信系统下行链路的多小区功率协调分配算法,协调相邻小区在同频子信道上的发送功率,抑制小区间干扰,提高信道容量。
补充资料：摆放式干扰机(见通信干扰设备)
摆放式干扰机(见通信干扰设备)
hand-emplaced jammer
baifongshi gQnraoii摆放式干扰机(hand一emplaeed jam;ner)见通信干扰设备。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条