Sum discrete-rate maximization with rate and power control in layered space-time coding

This paper generalizes the information-theoretic optimality of minimum mean square error successive interference cancellation in layered space-time coding with rate and power control. Based on this derivation, a new concept relying on partial feedback is introduced, whose core idea is to exploit an...

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Vydáno v:IEEE transactions on communications Ročník 57; číslo 3; s. 789 - 800
Hlavní autoři: Layec, P., Visoz, R., Berthet, A.
Médium: Journal Article
Jazyk:angličtina
Vydáno: New York, NY IEEE 01.03.2009
Institute of Electrical and Electronics Engineers
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
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ISSN:0090-6778, 1558-0857
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Abstract This paper generalizes the information-theoretic optimality of minimum mean square error successive interference cancellation in layered space-time coding with rate and power control. Based on this derivation, a new concept relying on partial feedback is introduced, whose core idea is to exploit an additional degree of freedom relative to the partitioning of transmit antennas. Taking into account this additional degree of freedom, together with power control and decoding order, allows the reduction of the quantization noise induced by the use of finite discrete-rate sets at the transmitter. However, the simultaneous optimization of all those degrees of freedom proves to be computationally intensive and would result in a tremendous feedback load. Practical algorithms are thus proposed to achieve this optimization with a reasonable complexity and a limited amount of feedback. Monte-Carlo simulations show that those algorithms perform close to the theoretical limits.
AbstractList This paper generalizes the information-theoretic optimality of minimum mean square error successive interference cancellation in layered space-time coding with rate and power control. Based on this derivation, a new concept relying on partial feedback is introduced, whose core idea is to exploit an additional degree of freedom relative to the partitioning of transmit antennas. Taking into account this additional degree of freedom, together with power control and decoding order, allows the reduction of the quantization noise induced by the use of finite discrete-rate sets at the transmitter. However, the simultaneous optimization of all those degrees of freedom proves to be computationally intensive and would result in a tremendous feedback load. Practical algorithms are thus proposed to achieve this optimization with a reasonable complexity and a limited amount of feedback. Monte-Carlo simulations show that those algorithms perform close to the theoretical limits.
Author Visoz, R.
Berthet, A.
Layec, P.
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  organization: SUPELEC, Ecole Super. d'Electricite, Gif-sur-Yvette
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Issue 3
Keywords Space-time codes
Partition method
Noise reduction
Information rate
Transmitter
Optimization
Mean square error
Traffic control
MIMO system
Monte Carlo method
Flow rate regulation
Teletraffic
Decoding
Algorithm
Information transmission
Information rates
Quantization noise
Interference suppression
MIMO systems
Transmitting antenna
Power control
Traffic management
Signal processing
Numerical simulation
Reduced order model
sum rate optimization
Information theory
partial feedback
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SubjectTerms Algorithms
Antenna accessories
Antenna feeds
Antennas
Applied sciences
Coding, codes
Computer Science
Control systems
Control theory
Decoding
Degrees of freedom
Detection, estimation, filtering, equalization, prediction
Exact sciences and technology
Feedback
Information rates
Information Theory
Information, signal and communications theory
Interference cancellation
Mathematical analysis
Mathematics
Mean square error methods
MIMO systems
Noise reduction
Optimization
partial feedback
Power control
Quantization
Radiocommunications
Signal and communications theory
Signal, noise
sum rate optimization
Telecommunications
Telecommunications and information theory
Transmitting antennas
Title Sum discrete-rate maximization with rate and power control in layered space-time coding
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