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    • 3. 发明授权
    • Strong framing protocol for HDLC and other run-length codes
    • 用于HDLC和其他游程长度代码的强框架协议
    • US5428611A
    • 1995-06-27
    • US69314
    • 1993-05-28
    • Rajendra K. JainRichard L. Szmauz
    • Rajendra K. JainRichard L. Szmauz
    • H04L1/00H04L29/06H04J3/07
    • H04L1/00H04L29/06
    • Ideal for use in high-speed wide-area networks, such as HDLC as defined in ISO Standard 3309, a strong framing method for data packets significantly improves undetected error probability. In a run-length code type data communication scheme, wherein frame delimiter strings, abort strings and idle strings, are transmitted as control symbols, the method includes providing the frame delimiter string as a multi-symbol construct for delimiting the transmitted data, providing the abort strings and idle strings to respectively include minimum run lengths which are substantially longer than the individual symbols in the multi-symbol construct, transmitting data with control symbols as a bit sequence, and receiving and analyzing the transmitted data at the data-receiving device to detect the presence of bit errors.
    • 适用于高速广域网(如ISO标准3309中定义的HDLC),数据包的强取帧方式显着提高了未检测到的错误概率。 在其中发送帧定界符字符串,中止字符串和空闲字符串作为控制符号的游程长度代码类型数据通信方案中,该方法包括将帧定界符字符串提供为用于限定发送数据的多符号结构, 中止字符串和空闲字符串以分别包括比多符号结构中的各个符号基本上长的最小游程长度,以控制符号作为比特序列发送数据,以及接收和分析数据接收设备处的发送数据 检测位错误的存在。