MONITORING OF SEARCH SPACES Russian patent published in 2020 - IPC H04L5/00 

Abstract RU 2734025 C1

FIELD: electrical communication engineering.

SUBSTANCE: invention relates to communication systems. Result is achieved by the fact that the wireless device (UE1, UE2, UE3) monitors the search space by receiving (510) orthogonal frequency division multiplexing (OFDM) symbols in the downlink time slot. OFDM symbol is included in set (210, 220, 230) of control resources (basic set) from resource elements adapted to transfer control information. Basic set (210, 220, 230) is associated with at least one property. Wireless device (UE1, UE2, UE3) identifies (520) at least one first property (P) from at least one property of base set (210, 220, 230). Wireless device (UE1, UE2, UE3) then monitors at least one specific search space for a control message associated with the wireless device (UE1, UE2, UE3) based on the identified at least one first property (P) of base set (210, 220, 230).

EFFECT: technical result is monitoring search spaces with high efficiency.

25 cl, 8 dwg

Similar patents RU2734025C1

Title Year Author Number
DATA TRANSMISSION IN WIRELESS COMMUNICATION SYSTEM WITH REDUCED DELAY 2017
  • Fehrenbach, Thomas
  • Goektepe, Baris
  • Hellge, Cornelius
  • Schierl, Thomas
  • Sanchez De La Fuente, Yago
  • Wieruch, Dennis
  • Holfeld, Bernd
  • Wirth, Thomas
  • Haustein, Thomas
  • Thiele, Lars
  • Kurras, Martin
RU2722419C1
PROVIDING CONTROL AND SIGNALLING CHANNEL 2010
  • Lav Robert Tristan
  • Lju Tszjalin
  • Nangija Vidzhehj
  • Nori Ravikiran
RU2536816C2
INDICATION OF SIGNALS IN WIRELESS COMMUNICATION NETWORKS 2018
  • Baldemair, Robert
  • Larsson, Daniel
  • Nory, Ravikiran
RU2734860C1
EXPANSION OF PHYSICAL CHANNEL CONTROL OF DOWNLINK 2013
  • Papasakellariou Aris
  • Cho Dzoon-Joung
RU2617999C2
METHOD FOR PROVIDING IMPROVED PHYSICAL CONTROL CHANNEL OF DECLINED COMMUNICATION LINE IN WIRELESS COMMUNICATION SYSTEM AND WIRELESS TRANSMITTING-RECEIVING MODULE 2013
  • Li Moon-Il
  • Koo Changsoo
  • Shin Sung-Khiuk
  • Stern-Berkovits Dzhanet A.
  • Rudolf Marian
  • Si Fyntszyun
  • Kini Anantkh
  • Khossejnian Sejed Mokhsen
  • Mariner Pol
RU2628011C2
SYSTEMS AND METHODS FOR EXPANDED CONTROL CHANNEL 2012
  • Marine Pol
  • Li Moon-Il
  • Khagigat Afshin
  • Najeb Nazar Shakhrokh
  • Chzhan Godun
  • Rudolf Marian
RU2589892C2
UPLINK CONTROL DATA TRANSMISSION 2010
  • Najeb Nazar Shakhrokh
  • Pan' Kajl
  • Olesen Robert L.
  • Pellet'E Gislen
  • Rudol'F Marian
  • Marin'E Pol'
  • Dennin Charl'Z A.
  • Dik Stefen Dzh.
  • Tsaj Allan J.
  • Kejv Kristofer
  • Koo Chang-Soo
RU2557164C2
EXTENDING PHYSICAL DOWNLINK CONTROL CHANNELS 2010
  • Papasakellariou Aris
  • Cho Dzoon-Joung
RU2502192C1
MINI-SLOT PUNCTURING METHOD IN UPLINK WHEN TRANSMITTING SLOTS 2018
  • Zou, Zhenhua
  • Wikstrom, Gustav
  • Froberg Olsson, Jonas
RU2732897C1
METHOD AND DEVICE FOR RECEIVING DOWNLINK SIGNAL IN WIRELESS COMMUNICATION SYSTEM 2013
  • Seo Inkvon
  • Park Dzongkhiun
  • Seo Khanbyul
  • Kim Kidzun
RU2593394C1

RU 2 734 025 C1

Authors

Parkvall, Stefan

Koorapaty, Havish

Larsson, Daniel

Dates

2020-10-12Published

2018-05-04Filed