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引用次数: 5
摘要
通信交换系统实现了通用连接。当世界某一地区的任何实体能够与世界另一地区的任何其他实体进行通信时,就实现了通用连接。在许多方面,电信将作为日益昂贵的物理运输的替代品。电信链路和交换主要是为语音通信而设计的。流量处理能力是服务质量的一个重要因素,因此将在这种选择中发挥基本作用。微处理器/微控制器(MPMC)系统可以灵活地处理顺序操作,使用现场可编程门阵列(FPGA)可以在小面积区域内高速处理并发操作。因此,将这两种系统的特性结合起来可以提高系统的性能。高性能混合电话网络系统(HTSS)采用存储程序控制(SPC)和VLSI技术相结合的方式进行设计。按键式话音接收机采用DTMF (Dual tone Multifrequency,双音多频)概念,采用时分多路复用芯片建立呼叫,实现内部和内部通信。
Network on chip for DTMF Decoder and TDM switching in telecommunication network with HDL environment
The communication switching system enables the universal connectivity. The universal connectivity is realized when any entity in one part of the world can communicate with any other entity in another part of the world. In many ways telecommunication will acts as a substitute for the increasingly expensive physical transportation. The telecommunication links and switching were mainly designed for voice communication. Traffic handling capacity is an important element of service quality and will therefore play a basic role in this choice Microprocessor/microcontroller (MPMC) system can handle sequential operations with high flexibility and use of Field Programmable Gate Array (FPGA) can handle concurrent operations with high speed in small size area. So combined features of both these systems can enhance the performance of the system. High Performance Hybrid Telephone Network System (HTSS) is designed using combination of stored program control (SPC) and VLSI technology. Touch tone receiver follows DTMF (Dual tone Multifrequency) concept and Time division multiplexing chip is used for the call establishment for inter and intra communication.