首页> 外文会议>Internet, 2009. AH-ICI 2009 >NS-2 network performance evaluation of Abis interface over DVB-S2 in the GSM over satellite network
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NS-2 network performance evaluation of Abis interface over DVB-S2 in the GSM over satellite network

机译:卫星网络上GSM中DVB-S2上Abis接口的NS-2网络性能评估

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This paper deals with establishing GSM link over Satellite. Abis interface, which is defined between Base Transceiver Station (BTS) and Base Station Controller (BSC), in a GSM network is considered here to be routed over the Satellite. The satellite link enables a quick and cost effective GSM link in meagerly populated areas over an existing Handset. Simulation of Abis over Satellite link was done with the help of discrete event simulation platform NS-2.33, which is an open source network simulator with C++ used for detailed structure definition and TCL as interpreter for scripting programming language. The concatenation of these programming languages gives flexibility in different protocols implementation, efficiency and reduces programming lines. We have implemented an Abis interface over DVB S2 in NS2 and evaluated the performance over the high delay and loss satellite channel. Network performance was evaluated with respect to Satellite channel delay and DVB S2 encapsulation efficiency under different amount of user traffic and compared with the terrestrial scenario. The results clearly showed an increase amount of logical channels required in the case of satellite channel scenario for the same amount of traffic in comparison to conventional terrestrial scenario. We have optimized the parameters based on the simulation results.
机译:本文讨论在卫星上建立GSM链路。 GSM网络中在基站收发器(BTS)和基站控制器(BSC)之间定义的Abis接口在此处被认为是通过卫星路由的。卫星链接可在现有手机上人口稀少的地区实现快速,经济高效的GSM链接。在离散事件模拟平台NS-2.33的帮助下完成了通过卫星链路进行Abis的模拟,该平台是一个开源网络模拟器,其中的C ++用于详细的结构定义,而TCL作为脚本编程语言的解释器。这些编程语言的组合为不同协议的实现提供了灵活性,并提高了效率并减少了编程线。我们已经在NS2中的DVB S2上实现了Abis接口,并评估了高延迟和丢失卫星信道上的性能。针对不同用户流量情况下的卫星信道延迟和DVB S2封装效率,评估了网络性能,并与地面方案进行了比较。结果清楚地表明,与传统的地面场景相比,在卫星信道场景下,对于相同数量的业务,所需逻辑信道的数量有所增加。我们根据仿真结果优化了参数。

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