Onishi Koichi

TL;DR: In this article, a throughput decision cycle is defined as a certain period reported by a throughput cycle switching report line 51, and the number of packets is counted by a transmission packet (throughput) counter 14 and the counted value is checked by throughput value comparator 16 whether this throughput value exceeds a maximum transmission throughput value stored in a throughput value holding device or not.

TL;DR: In this paper, a deciding function part 5 judges whether a second class observing cue length q2 is over a second-class cue length upper limit threshold TH22 or not, when the result is YES, a call is transferred by a first class transmitting function part 3 with the priority.

TL;DR: In this paper, a traffic distribution is obtained based on an estimated traffic by using past statistic traffic information and deduction function, then a threshold level is provided to the call traffic and a class is set to the quality on request being traffic in excess of the threshold level.

TL;DR: In this paper, the authors propose to effectively use intra-network resources such as a buffer capacity by separating calls into a class 1, where the statistical multiplexing effect is greatly expected, and a class 2, where it cannot be expected, based on the traffic attribute reported by a user to perform management.

TL;DR: In this article, a system consisting of a subscriber group, subscriber lines 2,3, packet exchanges 10,20, subscriber interfaces 11,21, data transfer control sections 12,22, relay interfaces 13,23, call control sections 14,24, information lines 15-18, 25-28, a relay network 30 and relay lines 31,32.