小区PHS系统深度覆盖设计
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摘要
在我国许多大中城市中,由于新建小区很多、高楼密集拥挤、利用室外基站的覆盖在发展中遇到了很多困难,而在小区内无法设置基站或基站的覆盖面积有限,就需要小区整体覆盖。新建小区的深度覆盖已成为业界关注的重点和难点问题,目前尚没有一套完整的、很好的解决方案。
本文对PHS小区覆盖技术进行深入研究,就小区覆盖需要解决和注意的关键技术问题进行分析、探讨,创造性地提出针对新建小区PHS系统深度覆盖的完整解决方案,提出了小区深度覆盖中存在的重点和难点问题的解决方法。
本文通过对关键技术研究,首次全面、系统地提出了PHS小区覆盖的相关理论和解决办法,通过典型案例实践检验和常见问题分析将理论与实践相结合。提出的小区深度覆盖解决方案具有可操作性,很好地解决了新建小区的深度覆盖问题,大大提升了PHS网络的通信质量和覆盖水平,提高了PHS业务的综合竞争力,具备良好的经济效益和社会效益。
PHS在技术体制上不属于蜂窝移动通信体制,难以过渡到蜂窝移动通信。PHS是一项在现阶段经济实用的可选接入技术,是过渡型的网络技术,是固定电话的延伸和补充。将长时间与现有蜂窝移动通信系统及未来3G并存,为用户提供差异化服务。
In most fast-growing cities in China, more and more tall buildings in new communities in such a high density have caused many difficulties on deploying radio coverage by utilizing outdoor BTS sources. Furthermore, the fact that BTS equipment can not be deployed inside the communities or limited coverage area makes it necessary to have a total solution for community coverage. Depth coverage of the new district has become the industry's focus and difficult problems, is still not a complete, very good solution.
In this paper, the PHS technology area covered in-depth study on the area coverage and attention to the need to resolve key technical issues for analysis, study, creatively put forward new area for PHS system depth coverage of the complete solution to the depth of coverage in the area of focus And difficulties in the solution to the problem.
Based on the research of key technologies, the first comprehensive, systematic way to the PHS area covered by the relevant theories and solutions through the typical case of the test of practice and the common will of the problem of combining theory with practice. The depth of coverage area is workable solution, a good solution to the new district covers the depth of the problem, greatly enhance the communication of the PHS network quality and coverage levels, improve the business PHS's comprehensive competitiveness, with good economic returns And social benefits.
PHS technology in the system does not belong to cellular mobile communication system, difficult transition to cellular mobile communications. PHS is an economical and practical at this stage of the optional access technology, is a transitional type of network technology, is an extension of fixed telephone and added. Will be a long time with the existing cellular mobile communication system and the future coexistence of 3 G, to provide users with differentiated services.
本文对PHS小区覆盖技术进行深入研究,就小区覆盖需要解决和注意的关键技术问题进行分析、探讨,创造性地提出针对新建小区PHS系统深度覆盖的完整解决方案,提出了小区深度覆盖中存在的重点和难点问题的解决方法。
本文通过对关键技术研究,首次全面、系统地提出了PHS小区覆盖的相关理论和解决办法,通过典型案例实践检验和常见问题分析将理论与实践相结合。提出的小区深度覆盖解决方案具有可操作性,很好地解决了新建小区的深度覆盖问题,大大提升了PHS网络的通信质量和覆盖水平,提高了PHS业务的综合竞争力,具备良好的经济效益和社会效益。
PHS在技术体制上不属于蜂窝移动通信体制,难以过渡到蜂窝移动通信。PHS是一项在现阶段经济实用的可选接入技术,是过渡型的网络技术,是固定电话的延伸和补充。将长时间与现有蜂窝移动通信系统及未来3G并存,为用户提供差异化服务。
In most fast-growing cities in China, more and more tall buildings in new communities in such a high density have caused many difficulties on deploying radio coverage by utilizing outdoor BTS sources. Furthermore, the fact that BTS equipment can not be deployed inside the communities or limited coverage area makes it necessary to have a total solution for community coverage. Depth coverage of the new district has become the industry's focus and difficult problems, is still not a complete, very good solution.
In this paper, the PHS technology area covered in-depth study on the area coverage and attention to the need to resolve key technical issues for analysis, study, creatively put forward new area for PHS system depth coverage of the complete solution to the depth of coverage in the area of focus And difficulties in the solution to the problem.
Based on the research of key technologies, the first comprehensive, systematic way to the PHS area covered by the relevant theories and solutions through the typical case of the test of practice and the common will of the problem of combining theory with practice. The depth of coverage area is workable solution, a good solution to the new district covers the depth of the problem, greatly enhance the communication of the PHS network quality and coverage levels, improve the business PHS's comprehensive competitiveness, with good economic returns And social benefits.
PHS technology in the system does not belong to cellular mobile communication system, difficult transition to cellular mobile communications. PHS is an economical and practical at this stage of the optional access technology, is a transitional type of network technology, is an extension of fixed telephone and added. Will be a long time with the existing cellular mobile communication system and the future coexistence of 3 G, to provide users with differentiated services.
引文
[1]Personal Handy Phone Standard(PHS) CRC STD-28 12.20.1993
[2]GB/T 50311-2000《建筑与建筑群综合布线系统工程设计规范》
[3]GB/T 50312-2000《建筑与建筑群综合布线系统工程验收规范》
[4]中华人民共和国卫生部《环境电磁波卫生标准》
[5]倪光正 工程电磁场数值计算机械工业出版社2003
[6][美]William H. Tranter通信系统仿真原理与无线应用机械工业出版社2004
[7]沈洁 第三代移动通信中的无线资源管理电子工业出版社2006
[8]彭木根 3G无线资源管理与网络规划优化人民邮电出版社2007
[9]苏华鸿 蜂窝移动通信射频工程人民邮电出版社2005
[10]GAEIL AHN、JONGSOO JANG、WOOJIK CHUN An Eff icint Scheme For MPLS Based Recovery and Its Performance Evaluation Telecommunication systems 2002 19 481-495
[11]L Andersson、P Doolan、N Feldman RFC3036-LDP Specification
[12]Mario Gerla、Jack Tzu-Chich Tsai Multicluster, Mobile, multimedia Radio Network
[13]T. Halonen、J.romero、J. melero GSM, GPRS and EDGE Performance
[14]马巧红 李茜S7-200PLC自由口通信在流浆箱控制上的应用 2007
[15]仝乃礼 论通信业的发展对社会主义新农村经济建设的贡献2007
[16]卢安文 我国移动通信市场价格竞争的动态博弈模型2007
[17]金江 侯林 呼守信 高旭彬 基于Modbus协议的S7-200 PLC与矿用智能遥控接收机的通信2007
[18]夏良 KT26型矿用无线通信系统在冯家塔煤矿的应用2007
[19]曾志斌 一种准正交混合扩频通信算法2007
[20]闫飞LabWindows/CVI的多线程技术在数控加工通信中的应用2007
[21]王云才 李艳丽 激光混沌通信中半导体激光器接收机对高频信号的滤波特性 2007
[22]刘爱荣 卢印举 串口通信中CRC快速算法2007
[23]胡明伟 无线定位技术应用于实时交通信息采集研究2007
[24]郭谊 王江安 海上双运动载体光通信APT瞄准系统的研究2007
[25]微电子学与计算机2007
[26]张华睿 杨宏文 通信受限时传感器管理方法研究2007
[27]赵锡溱 一种通信控制器的研究2007
[28]张志勇 曹玉 一种通信控制电路抗瞬时干扰方法2007
[29]计算机与网络.2007(15).
[30]董志良 白翠玲 通信基础设施投资基本理论研究2007
[31]贾智平 刘甜甜 嵌入式通信中间件的马尔可夫路由决策与选择2007
[32]王世元 冯久超 一种参数分多址的混沌通信方案2007
[33]吴新社 蔡毅 电子、通信与自动控制技术2007
[34]张继红 微波通信在过程控制系统中的应用2007
[35]谢东 温阳东 基于CAN总线的电力线路微机保护系统通信电路的设计2007
[36]苏永智 潘贞存 基于IEEE 802.16d标准的馈线保护通信方案2007
[37]汪维华 汪维清 基于SOAP的WebGIS通信协议模型研究2007
[38]黄剑 厉成 短波通信中的自适应均衡技术研究
[2]GB/T 50311-2000《建筑与建筑群综合布线系统工程设计规范》
[3]GB/T 50312-2000《建筑与建筑群综合布线系统工程验收规范》
[4]中华人民共和国卫生部《环境电磁波卫生标准》
[5]倪光正 工程电磁场数值计算机械工业出版社2003
[6][美]William H. Tranter通信系统仿真原理与无线应用机械工业出版社2004
[7]沈洁 第三代移动通信中的无线资源管理电子工业出版社2006
[8]彭木根 3G无线资源管理与网络规划优化人民邮电出版社2007
[9]苏华鸿 蜂窝移动通信射频工程人民邮电出版社2005
[10]GAEIL AHN、JONGSOO JANG、WOOJIK CHUN An Eff icint Scheme For MPLS Based Recovery and Its Performance Evaluation Telecommunication systems 2002 19 481-495
[11]L Andersson、P Doolan、N Feldman RFC3036-LDP Specification
[12]Mario Gerla、Jack Tzu-Chich Tsai Multicluster, Mobile, multimedia Radio Network
[13]T. Halonen、J.romero、J. melero GSM, GPRS and EDGE Performance
[14]马巧红 李茜S7-200PLC自由口通信在流浆箱控制上的应用 2007
[15]仝乃礼 论通信业的发展对社会主义新农村经济建设的贡献2007
[16]卢安文 我国移动通信市场价格竞争的动态博弈模型2007
[17]金江 侯林 呼守信 高旭彬 基于Modbus协议的S7-200 PLC与矿用智能遥控接收机的通信2007
[18]夏良 KT26型矿用无线通信系统在冯家塔煤矿的应用2007
[19]曾志斌 一种准正交混合扩频通信算法2007
[20]闫飞LabWindows/CVI的多线程技术在数控加工通信中的应用2007
[21]王云才 李艳丽 激光混沌通信中半导体激光器接收机对高频信号的滤波特性 2007
[22]刘爱荣 卢印举 串口通信中CRC快速算法2007
[23]胡明伟 无线定位技术应用于实时交通信息采集研究2007
[24]郭谊 王江安 海上双运动载体光通信APT瞄准系统的研究2007
[25]微电子学与计算机2007
[26]张华睿 杨宏文 通信受限时传感器管理方法研究2007
[27]赵锡溱 一种通信控制器的研究2007
[28]张志勇 曹玉 一种通信控制电路抗瞬时干扰方法2007
[29]计算机与网络.2007(15).
[30]董志良 白翠玲 通信基础设施投资基本理论研究2007
[31]贾智平 刘甜甜 嵌入式通信中间件的马尔可夫路由决策与选择2007
[32]王世元 冯久超 一种参数分多址的混沌通信方案2007
[33]吴新社 蔡毅 电子、通信与自动控制技术2007
[34]张继红 微波通信在过程控制系统中的应用2007
[35]谢东 温阳东 基于CAN总线的电力线路微机保护系统通信电路的设计2007
[36]苏永智 潘贞存 基于IEEE 802.16d标准的馈线保护通信方案2007
[37]汪维华 汪维清 基于SOAP的WebGIS通信协议模型研究2007
[38]黄剑 厉成 短波通信中的自适应均衡技术研究