초록 ▼

A system for generating telex signaling sequences in each termination line in a group of customer termination is disclosed. The system includes a multi-line high-speed line control processor which transmits to and receives from each customer termination, data signals indicative of the signaling leve

A system for generating telex signaling sequences in each termination line in a group of customer termination is disclosed. The system includes a multi-line high-speed line control processor which transmits to and receives from each customer termination, data signals indicative of the signaling levels in the termination lines. The line control processor controls the termination signals by executing, in a time share mode, selected signaling routines for each termination. Connected between the line control processor and the customer terminations is a terminator controller means for selecting the termination currently being time share processed to input to or receive signals from the line control processor. Also connected to the line control processor is a group control processor which supervises the generation of the signaling sequences in each termination by executing script task routines. These script tasks routines cause the line control processor to execute the selected signaling routines to produce the signaling sequences required by each termination in the group.

대표청구항 ▼

A device for the high-speed time share processing of the input and output signals in a plurality of data channels to achieve the real time processing of each channel, the device comprising: (a) a supervising processor, for supervising the handling of the signals for each data channel; (b) a sequence

A device for the high-speed time share processing of the input and output signals in a plurality of data channels to achieve the real time processing of each channel, the device comprising: (a) a supervising processor, for supervising the handling of the signals for each data channel; (b) a sequence file responsive to said supervising processor, for controlling the sequence in which the data channels are time share processed during time share intervals, one data channel processed in each time share interval; (c) input and output microprocessors responsive to said sequence file and said supervising processor, for executing signaling routines selected by said supervising processor which simultaneously process the respective input and output signals for the same data channel during each time share interval, said input and output microprocessors generating interprocessor flags to coordinate the execution of their respective signaling routines; and (d) an input-output interface connected between said microprocessors and the data channels, for translating between the signaling levels of said microprocessors and the signaling of the data channels, and for selecting the data channel currently being time share processed to input to or receive signals from said processors, said supervising processor and said input and output microprocessors cooperating together to achieve the real time processing of the signals for each data channel.