An adaptive antenna array for multiple signal sources

MA Beach; AJ Copping; DJ Edwards; KW Yates

Abstract

Combining spread spectrum modulation techniques with adaptive antenna arrays offers superior interfence rejection for many communication system. In some spectrum systems it is necessary to receive data from more one than one source simultaneously, for example, the Navstar satellite system. An adaptive antenna array for multiple spread spectrum signal sources is described based on wanted signal maximisation. This approach is described based on wanted signal maximisation. This approach requires that synchronised reference sequences can be generated at the reciever and a novel solution to this problem is presented

Original language	English
Pages	347 - 350
Publication status	Published - Apr 1987

Bibliographical note

Sponsorship: Thanks are due to British Aerospace Naval Weapons Division and UK SERC for financial support and to Prof. J.P McGeehan and Mr. T.J. Murphy for helpful discussions

Name of Conference: 5th International Conference on Antennas and Propagation
Venue of Conference: York, UK

Access to Document

http://hdl.handle.net/1983/848

Handle.net

Persistent link

Cite this

@conference{da2cf3c2f0054c1db21b101dd55e3cc9,

title = "An adaptive antenna array for multiple signal sources",

abstract = "Combining spread spectrum modulation techniques with adaptive antenna arrays offers superior interfence rejection for many communication system. In some spectrum systems it is necessary to receive data from more one than one source simultaneously, for example, the Navstar satellite system. An adaptive antenna array for multiple spread spectrum signal sources is described based on wanted signal maximisation. This approach is described based on wanted signal maximisation. This approach requires that synchronised reference sequences can be generated at the reciever and a novel solution to this problem is presented",

author = "MA Beach and AJ Copping and DJ Edwards and KW Yates",

note = "Sponsorship: Thanks are due to British Aerospace Naval Weapons Division and UK SERC for financial support and to Prof. J.P McGeehan and Mr. T.J. Murphy for helpful discussions Name of Conference: 5th International Conference on Antennas and Propagation Venue of Conference: York, UK",

year = "1987",

month = apr,

language = "English",

pages = "347 -- 350",

}

TY - CONF

T1 - An adaptive antenna array for multiple signal sources

AU - Beach, MA

AU - Copping, AJ

AU - Edwards, DJ

AU - Yates, KW

N1 - Sponsorship: Thanks are due to British Aerospace Naval Weapons Division and UK SERC for financial support and to Prof. J.P McGeehan and Mr. T.J. Murphy for helpful discussions Name of Conference: 5th International Conference on Antennas and Propagation Venue of Conference: York, UK

PY - 1987/4

Y1 - 1987/4

N2 - Combining spread spectrum modulation techniques with adaptive antenna arrays offers superior interfence rejection for many communication system. In some spectrum systems it is necessary to receive data from more one than one source simultaneously, for example, the Navstar satellite system. An adaptive antenna array for multiple spread spectrum signal sources is described based on wanted signal maximisation. This approach is described based on wanted signal maximisation. This approach requires that synchronised reference sequences can be generated at the reciever and a novel solution to this problem is presented

AB - Combining spread spectrum modulation techniques with adaptive antenna arrays offers superior interfence rejection for many communication system. In some spectrum systems it is necessary to receive data from more one than one source simultaneously, for example, the Navstar satellite system. An adaptive antenna array for multiple spread spectrum signal sources is described based on wanted signal maximisation. This approach is described based on wanted signal maximisation. This approach requires that synchronised reference sequences can be generated at the reciever and a novel solution to this problem is presented

M3 - Conference Abstract

SP - 347

EP - 350