MONITORING ENERGY CONSUMPTION IN OPTICAL ACCESS NETWORKS Russian patent published in 2015 - IPC H04Q11/00 

Abstract RU 2545130 C2

FIELD: radio engineering, communication.

SUBSTANCE: invention relates to communication engineering and can be used in optical communication networks. An access network (5) comprises optical network units (10) connected to a node (40). A monitoring unit (35) determines information indicative of energy consumption in the optical network unit (10) over a period of time. An optical network unit (10) can operate in operating states/modes which differ in their energy consumption. Monitoring unit (35) can determine said information by determining the time that an optical network unit spends in the different operating states/modes. Monitoring unit (35) can use a state machine (31) at the node (40) which represents the optical network unit (10). An optical network unit (10) can locally record time spent in states/modes and forward it to the monitoring unit (35). An optical network unit (10) can locally monitor energy consumption and forward it to the monitoring unit (35). Operational parameters of the access network (5) can be modified based on the information determined by the monitoring unit (35).

EFFECT: high quality of service.

17 cl, 9 dwg, 3 tbl

Similar patents RU2545130C2

Title Year Author Number
COMMUNICATION METHOD, OPTICAL COMMUNICATION SYSTEM, TERMINAL EQUIPMENT SYSTEM OF OPTICAL LINE ON STATION SIDE AND TERMINAL EQUIPMENT SYSTEM OF OPTICAL LINE ON USER SIDE 2010
  • Khirano Jukio
  • Mukai Khiroaki
RU2491738C1
COMMUNICATION SYSTEM, STATION-SIDE OPTICAL LINE TERMINAL APPARATUS, AND USER-SIDE OPTICAL LINE TERMINAL APPARATUS, CONTROL APPARATUS AND COMMUNICATION METHOD 2011
  • Mukai Khiroaki
  • Tanaka Masaki
  • Ito Daisuke
RU2493663C1
METHOD AND APPARATUS FOR CONTROLLING POWER LEVEL OF AN OPTICAL NETWORK UNIT AND AN OPTICAL NETWORK UNIT 2015
  • Wang, Shuguang
RU2695106C1
SYNCHRONISATION STRUCTURE OF FRAME OF DOWNLINK OF DATA TRANSFER OF TEN-GIGABIT PASSIVE OPTIC NETWORK PROTECTED WITH ERROR CONTROL IN HEADER 2010
  • Lo Juan'Tsju
  • Ehffenberger Dzh., Frank
RU2531874C2
OPTICAL NETWORK UNIT RESET MESSAGE 2017
  • Gao, B
  • Luo, Yuanqiu
RU2703520C1
OPTICAL LINEAR TERMINAL (OLT) WITH CALIBRATION OF OPTICAL NETWORK UNIT (ONU) 2015
  • Wu, Xuming
  • Liu, Dekun
  • Luo, Yuanqiu
  • Gao, Jianhe
  • Gao, Bo
RU2649317C1
PON-SYSTEM, DEVICE AT STATION SIDE AND DEVICE AT SUBSCRIBER SIDE 2009
  • Tsudzi Akikhiro
RU2479140C1
GIGABIT PASSIVE OPTICAL NETWORK TRANSMISSION CONVERGENCE EXTENSION FOR NEXT GENERATION ACCESS 2009
  • Lo Juan'Tsju
  • Ehffenberger Frehnk Dzh.
RU2467482C2
METHOD FOR TIME SYNCHRONIZATION IN PON SYSTEM, OLT, ONU, AND PON SYSTEM 2019
  • Zhang, Lun
  • Zheng, Gang
RU2777446C2
METHOD FOR DYNAMIC DISTRIBUTION OF PASS BAND IN A PASSIVE OPTICAL COMMUNICATION NETWORK 2004
  • Tan' Pehjlun
  • Chzhao Tszjun'
  • Lju Juj
  • Khun Tszjanmin
RU2320089C1

RU 2 545 130 C2

Authors

Skubik B'Ern

Khud Dehvid

Dates

2015-03-27Published

2011-08-09Filed