Data communications method for mobile network in fourth generation communications system, involves delivering decoded data to mobile station from relay station, where mobile station receives data from both relay and base stations

Y.K. Cho; Elisabeth De Carvalho; Petar Popovski; E.T. Lim; D.S. Park; K. Sivanesan

Data communications method for mobile network in fourth generation communications system, involves delivering decoded data to mobile station from relay station, where mobile station receives data from both relay and base stations

Y.K. Cho (Opfinder), Elisabeth De Carvalho (Opfinder), Petar Popovski (Opfinder), E.T. Lim (Opfinder), D.S. Park (Opfinder), K. Sivanesan (Opfinder)

Institut for Elektroniske Systemer

Publikation: Patent

Abstract

The method involves utilizing a base station (BS) (100) to transmit data to a relay station (RS) (110) and a mobile station (MS) (120), where the data includes two messages. The BS is utilized to transmit the two messages by utilizing a linear combination method, and the data is received in the RS and decoded. The decoded data is delivered to the MS from the RS, where the RS transmits the decoded data by utilizing another linear combination method. The MS receives data from both the BS and the RS.

Originalsprog	Udefineret/Ukendt
Patentnummer	KR2008082105
Journaliseringsdato	11/09/2008
Land/Område	Sydkorea
Status	Udgivet - 2008

Bibliografisk note

KR2008082105-A

AUB Link

Søg efter materialet i Aalborg Universitetsbiblioteks søgemaskine

Citationsformater

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title = "Data communications method for mobile network in fourth generation communications system, involves delivering decoded data to mobile station from relay station, where mobile station receives data from both relay and base stations",

abstract = "The method involves utilizing a base station (BS) (100) to transmit data to a relay station (RS) (110) and a mobile station (MS) (120), where the data includes two messages. The BS is utilized to transmit the two messages by utilizing a linear combination method, and the data is received in the RS and decoded. The decoded data is delivered to the MS from the RS, where the RS transmits the decoded data by utilizing another linear combination method. The MS receives data from both the BS and the RS.",

author = "Y.K. Cho and {De Carvalho}, Elisabeth and Petar Popovski and E.T. Lim and D.S. Park and K. Sivanesan",

note = "KR2008082105-A; KR2008082105",

year = "2008",

language = "Udefineret/Ukendt",

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Data communications method for mobile network in fourth generation communications system, involves delivering decoded data to mobile station from relay station, where mobile station receives data from both relay and base stations. / Cho, Y.K. (Opfinder); De Carvalho, Elisabeth (Opfinder); Popovski, Petar (Opfinder) et al.
Patentnummer: KR2008082105.

Publikation: Patent

TY - PAT

T1 - Data communications method for mobile network in fourth generation communications system, involves delivering decoded data to mobile station from relay station, where mobile station receives data from both relay and base stations

AU - Cho, Y.K.

AU - De Carvalho, Elisabeth

AU - Popovski, Petar

AU - Lim, E.T.

AU - Park, D.S.

AU - Sivanesan, K.

N1 - KR2008082105-A

PY - 2008

Y1 - 2008

N2 - The method involves utilizing a base station (BS) (100) to transmit data to a relay station (RS) (110) and a mobile station (MS) (120), where the data includes two messages. The BS is utilized to transmit the two messages by utilizing a linear combination method, and the data is received in the RS and decoded. The decoded data is delivered to the MS from the RS, where the RS transmits the decoded data by utilizing another linear combination method. The MS receives data from both the BS and the RS.

AB - The method involves utilizing a base station (BS) (100) to transmit data to a relay station (RS) (110) and a mobile station (MS) (120), where the data includes two messages. The BS is utilized to transmit the two messages by utilizing a linear combination method, and the data is received in the RS and decoded. The decoded data is delivered to the MS from the RS, where the RS transmits the decoded data by utilizing another linear combination method. The MS receives data from both the BS and the RS.

M3 - Patent

M1 - KR2008082105

Y2 - 2008/09/11

ER -