GUIDING SEPARATION FOR COMMUNICATION SYSTEM WITH SEVERAL ANTENNAS BASED ON ORTHOGONAL FREQUENCY DIVISION MULTIPLEXING (OFDM) Russian patent published in 2013 - IPC H04L27/26 H04W4/00 

Abstract RU 2475985 C2

FIELD: radio engineering, communication.

SUBSTANCE: transmitting object uses different guiding vectors for different subranges to achieve guiding separation. Each guiding vector defines or generates a beam for an appropriate subrange. Any guiding vector may be used for guiding separation. Guiding vectors may be defined so that beams change by subranges in a continuous, and not in a sharp manner. This may be achieved by application of phase shifts that continuously vary by subranges for each transmitting antenna. As an example, phase shifts may vary linearly by subranges for each transmitting antenna, and a different phase inclination may correspond to each antenna. Application of linearly changing phase shifts to modulation symbols in a frequency area may be achieved either by means of a delay or by a cyclic shift of appropriate time counts.

EFFECT: achievement of separation in process of transfer in a communication system based on orthogonal frequency division multiplexing specially for inherited devices with a single antenna.

14 cl, 12 dwg

Similar patents RU2475985C2

Title Year Author Number
CONTROLLING DIVERSION FOR COMMUNICATION SYSTEM WITH SEVERAL ANTENNAE, BASED ON ORTHOGONAL FREQUENCY-DIVISION MULTIPLEXING (OFDM) 2005
  • Landbi Stejn A.
  • Govard Stiven Dzh.
  • Uolton Dzhej Rodni
RU2360372C2
TRANSMISSION SEPARATION AND SPACIAL EXPANSION FOR OFDM COMMUNICATION WITH ANTENNA SET 2005
  • Uolton Dzhej Rodni
  • Ketchum Dzhon V.
  • Uollehjs Mark S.
  • Govard Stiven Dzh.
  • Nanda Sandzhiv
RU2350013C2
SEPARATION IN TRANSMISSION AND SPATIAL EXPANSION FOR COMMUNICATION SYSTEM WITH MULTIPLE ANTENNAS, USING MULTIPLEXING WITH ORTHOGONAL FREQUENCY SEPARATION 2005
  • Uolton Dzhej Rodni
  • Ketchum Dzhon U.
  • Uollehjs Mark S.
  • Govard Stiven Dzh.
  • Nanda Sandzhiv
RU2368079C2
PILOT TRANSMISSION AND CHANNEL ESTIMATION FOR MULTIPLE-INPUT SINGLE-OUTPUT (MISO) AND MULTIPLE-INPUT MULTIPLE OUTPUT (MIMO) SYSTEMS 2008
  • Kadous Tamer
  • Agraval Avnish
  • Gore Dkhanandzhaj Ashok
RU2476994C2
TRANSMISSION OF PILOT-SIGNAL AND ASSESSMENT OF CHANNEL FOR SYSTEMS WITH MULTIPLE INLETS AND SINGLE OUTLET (MISO) AND MULTIPLE INLETS AND MULTIPLE OUTLETS (MIMO) 2005
  • Kadous Tamer
  • Agraval Avnish
  • Gore Dkhanandzhaj Ashok
RU2347315C2
SYSTEM WITH MANY ANTENNAE FOR SIMULTANEOUS SUPPORT OF MISO AND MIMO RECEIVERS 2004
  • Gore Dkhanandzhaj Ashok
  • Agraval Avnish
  • Kadous Tamer
RU2333610C2
METHOD FOR PROCESSING SPATIAL DISTRIBUTION FOR MULTI-ANTENNA COMMUNICATION SYSTEM 2003
  • Uolton Dzhej R.
  • Ketchum Dzhon U.
  • Uollehjs Mark
  • Govard Stiven Dzh.
RU2321951C2
TRANSMISSION WITH MULTIPLE CARRIERS USING MULTIPLE SIZES OF OFDM SYMBOLS 2003
  • Uolton Dzhej Rodni
  • Ketchum Dzhon U.
  • Uollehjs Mark
  • Govard Stiven Dzh.
RU2380845C2
METHOD AND DEVICE FOR TRANSMISSION IN MULTI-ANTENNA COMMUNICATION SYSTEM 2005
  • Uollehjs Mark
  • Uolton Dzhej R.
  • Dzhalali Akhmad
RU2387082C2
MODULATING SYSTEM WITH PLURALTY OF CARRIERS WITH CYCLIC DELAYS DIVERSITY 2005
  • Agraval Avnish
  • Malladi Durga P.
  • Stamoulis Anastasios
  • Mantravadi Ashok
  • Murali Ramasvami
RU2369030C2

RU 2 475 985 C2

Authors

Landbi Stejn A.

Govard Stiven Dzh.

Uolton Dzhej Rodni

Dates

2013-02-20Published

2009-02-16Filed