首页> 外文会议>Conference on Voice Over IP (VoIP) Technology Aug 21, 2001, Denver, USA >VOICE OVER INTERNET PROTOCOL WITH PREPAID CALLING CARD SOLUTIONS
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VOICE OVER INTERNET PROTOCOL WITH PREPAID CALLING CARD SOLUTIONS

机译:带有预付费电话卡解决方案的互联网协议语音

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The VoIP technology is growing up rapidly, it has big network impact on PT Telkom Indonesia, the bigger telecommunication operator in Indonesia. Telkom has adopted VoIP and one other technology, Intelligent Network (IN). We develop those technologies together in one service product, called Internet Prepaid Calling Card (IPCC). IPCC is becoming new breakthrough for the Indonesia telecommunication services especially on VoIP and Prepaid Calling Card solutions. Network architecture of Indonesia telecommunication consists of three layer, Local, Tandem and Trunck Exchange layer. Network development researches for IPCC architecture are focus on network overlay hierarchy, Internet and PSTN. With this design hierarchy the goal of Interworking PSTN, VoIP and IN calling card, become reality. Overlay design for IPCC is not on Trunck Exchange, this is the new architecture, these overlay on Tandem and Local Exchange, to make the faster call processing. The nodes added: 1. Gateway (GW) 2.Card Management Center (CMC) The GW do interfacing between PSTN and Internet Network used ISDN-PRA and Ethernet. The other functions are making bridge on circuit (PSTN) with packet (VoIP) based and real time billing process. The CMC used for data storage, pin validation, report activation, tariff system, directory number and all the administration transaction. With two nodes added the IPCC service offered to the market. This paper will talk about the IPCC Network engineering, development step, how the human resources organized in development, collaborative work with other institutions.
机译:VoIP技术正在迅速发展,它对印度尼西亚最大的电信运营商PT Telkom Indonesia产生了巨大的网络影响。 Telkom已采用VoIP和另一种技术,即智能网络(IN)。我们在一项称为Internet预付费电话卡(IPCC)的服务产品中共同开发了这些技术。 IPCC正在成为印度尼西亚电信服务的新突破,尤其是在VoIP和预付费电话卡解决方案方面。印尼电信的网络架构由三层组成:本地,汇接和Trunck交换层。 IPCC体系结构的网络开发研究集中于网络覆盖层次结构,Internet和PSTN。通过这种设计层次结构,互通PSTN,VoIP和IN呼叫卡的目标将成为现实。 IPCC的重叠设计不在Trunck Exchange上,这是新的体系结构,这些重叠在Tandem和Local Exchange上,以使呼叫处理更快。添加的节点包括:1.网关(GW)2.卡管理中心(CMC)GW在PSTN和使用ISDN-PRA和以太网的Internet网络之间进行接口。其他功能是使基于数据包(VoIP)的实时电路桥接(PSTN)和实时计费过程成为可能。 CMC用于数据存储,PIN验证,报告激活,费率系统,目录号和所有管理事务。通过添加两个节点,向市场提供了IPCC服务。本文将讨论IPCC网络工程,开发步骤,如何在开发中组织人力资源,与其他机构合作。

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