Group 3 facsimile transmission over digital satellite land mobile networks

S. Dimolitsas, J. Rieser, R. Ragland, E. Davis
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引用次数: 3

Abstract

The main characteristics of a real-time bandwidth reduction approach are described whereby facsimile signals are demodulated and their associated protocols are converted by a facsimile interface unit (FIU) to a format suitable for transmission over Inmarsat-M digital satellite channels. The Inmarsat-M system is designed to serve land mobile customers, however, it is also readily used for maritime communications. The FIU concept was developed to allow off-the-shelf facsimile terminals to be interconnected via the PSTN through Inmarsat's satellite networks and to permit the provision of enhanced user services by converting Group 3 facsimile protocols to broadcast operation. In addition, the FIU concept is designed to compensate for the longer access and transport link delays encountered in mobile satellite systems, and to permit facsimile call recovery procedures to be successfully concatenated with satellite channel error detection and recovery mechanisms.<>
通过数字卫星陆地移动网络进行的第3组传真传输
描述了实时带宽减少方法的主要特征,其中传真信号被解调,其相关协议由传真接口单元(FIU)转换为适合在Inmarsat-M数字卫星信道上传输的格式。Inmarsat-M系统是为陆地移动用户设计的,然而,它也很容易用于海上通信。FIU概念的发展是为了允许现成的传真终端通过国际海事卫星组织的卫星网络通过PSTN相互连接,并允许通过将第3组传真协议转换为广播操作来提供增强的用户服务。此外,FIU概念旨在补偿移动卫星系统中遇到的较长的访问和传输链路延迟,并允许传真呼叫恢复程序成功地与卫星信道错误检测和恢复机制相连接。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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