Title:
OVERLOAD RESPONSE METHOD FOR MODULE IN DISTRIBUTED REAL TIME CONTROL SYSTEM
Document Type and Number:
Japanese Patent JP3662750
Kind Code:
B2
Abstract:
PROBLEM TO BE SOLVED: To improve the delay in restoration of a system function after an overload reduction and to quickly return to a normal operation by discriminating overloads into a short term type and long term type overloads, and activating a method of long term type overload reduction only in the case that the level of overloads declared as the short term type overloads exceeds a certain threshold value.
SOLUTION: In an exchanging device 1, message processors 10 and 11, control processors 20 and 21 and network modules 30 and 31 incorporate program controlled processors and execute an overload control program. At the time of response of a system to overloads, the overloads are discriminated into the short term type overloads and the long term type overloads, and different reduction methods are used respectively. Since the method of the long term type overload reduction is activated only in the case that the level of the short term type overloads exceeds a certain threshold value, the overloads are quickly detected and treated, and even when the overloads are reduced, quick detection and treatment of overload reduction are made possible.
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Inventors:
Gopal Menfraj Jehi
Shen Ring Lin
Kazemu Anara Key Sorabie
Shen Ring Lin
Kazemu Anara Key Sorabie
Application Number:
JP30686698A
Publication Date:
June 22, 2005
Filing Date:
October 28, 1998
Export Citation:
Assignee:
Lucent Technologies, Inc.
International Classes:
H04M3/00; G06F9/48; G06F9/50; H04B3/20; H04Q3/545; (IPC1-7): H04M3/00; G06F9/48; H04Q3/545
Domestic Patent References:
| JP7152591A | ||||
| JP8272750A | ||||
| JP7302242A | ||||
| JP9101902A |
Other References:
鈴木洋,佐藤昌平,ATM網における短期セル廃棄現象の解析,電子情報通信学会技術研究報告,1992年 1月31日,第91巻,第460号,p.43-38
Attorney, Agent or Firm:
Masao Okabe
Nobuaki Kato
Kazuo
Shinichi Usui
Ikuo Fujino
Takao Ochi
Teruhisa Motomiya
Norimichi Takanashi
Asahi Shinmitsu
Seiichiro Takahashi
Koji Yoshizawa
Hirofumi Mimata
Nobuaki Kato
Kazuo
Shinichi Usui
Ikuo Fujino
Takao Ochi
Teruhisa Motomiya
Norimichi Takanashi
Asahi Shinmitsu
Seiichiro Takahashi
Koji Yoshizawa
Hirofumi Mimata