首页> 外国专利> Method for determining a minimal interference in Radio Communications Link for a private radio network within a cell a cell layout servidorade superimposedSharing multiple frequencies contained within the cell Server within a network and Circuit

Method for determining a minimal interference in Radio Communications Link for a private radio network within a cell a cell layout servidorade superimposedSharing multiple frequencies contained within the cell Server within a network and Circuit

机译:确定小区内专用无线电网络的无线电通信链路中最小干扰的方法,叠加小区布局服务,共享小区内包含的多个频率网络和电路中的服务器

摘要

Describes a system and a method for automatically selecting a set of frequencies in a Radio Communications System capasbajas,Sharing frequencies with a Radial System of overlapping Cell layers High, that Minimally interferes with layering altasque uses frequency hopping.The Invention makes use of the information of base stations that transmit radio capasaltas for control channel (BCCH), dedifusionWhich contains not only the BCCh carrier frequencies of cells surroundingBut tambiu00e9ninformacion frequencies applied in respect of the cell is considered as the traffic channels of frequency hopping.With this information disseminationThe system can infer the lower Frequency Planning System of the upper layers and can then infer a Set given to use of the lower minimum interferenceWith the system of overlapping layers High.The advantage of This technique is that only have measurements in both BCCh carriers that are JumpingThey have a constant Transmit Power and a continuous Signal (bursts).
机译:描述了一种用于在无线通信系统中自动选择一组频率的系统和方法,利用重叠的信元层的径向系统来共享频率高,从而最小程度地使用跳频来干扰分层。本发明利用了跳频信息。传输控制信道(BCCH)的无线容量的基站,去扩散不仅包含周围小区的BCCh载波频率,而且针对该小区应用的tambi uinn信息频率也被认为是跳频的业务信道。通过这种信息传播,系统可以推断较高层的较低频率规划系统,然后可以推断出使用较低最小干扰的Set与高交叠层系统。此技术的优点是,仅在两个正在跳跃的BCCh载波中进行测量恒定的发射功率和连续的信号(突发)。

著录项

  • 公开/公告号AR012552A1

    专利类型

  • 公开/公告日2000-11-08

    原文格式PDF

  • 申请/专利权人 TELEFONAKTIEBOLAGET LM ERICSSON (PUBL);

    申请/专利号AR1998P100934

  • 发明设计人

    申请日1998-03-03

  • 分类号H04Q7/20;

  • 国家 AR

  • 入库时间 2022-08-22 01:57:28

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