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Now showing items 1-7 of 7

A quadratic programming relaxation approach to compute-and-forward network coding design

Type: Conference Paper

Author : Baojian Zhou , Wai Ho Mow

Publisher: IEEE

Year: 2014

Optimized metric clipping decoder design for impulsive noise channels at high signal-to-noise ratios

Type: Journal Paper

Author : Changsheng Chen; Wai Ho Mow

Year: 2015

A Tighter Correlation Lower Bound for Quasi-Complementary Sequence Sets

Type: Journal Paper

Author : Zilong Liu; Yong Liang Guan; Wai Ho Mow

Publisher: IEEE

Year: 2014

Wireless (Physical Layer) Network Coding With Limited Hierarchical Side Information: Maximal Sum-Rates in 5-Node Butterfly Network

Type: Journal Paper

Author : Uricar, T.; Bin Qian; Sykora, J.; Wai Ho Mow

Publisher: IEEE

Year: 2014

Efficient clipping for broadband power line systems in impulsive noise environment

Type: Journal Paper

Author : Der-Feng Tseng; Ru-Bing Yang; Tsung-Ru Tsai; Yunghsiang S. Han; Wai Ho Mow

Year: 2012

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Efficient Exact Regenerating Codes for Byzantine Fault Tolerance in Distributed Networked Storage

Type: Journal Paper

Author : Han, Yunghsiang S.; Hung-Ta Pai; Rong Zheng; Wai Ho Mow

Publisher: IEEE

Year: 2014

The evolution path of 4G networks: FDD or TDD?

Type: Journal Paper

Author : Peter W. C. Chan; Ernest S. Lo; Ray R. Wang; Edward K. S. Au; Vincent K. N. Lau; Roger S. Cheng; Wai Ho Mow; Ross D. Murch; Khaled Ben Letaief

Year: 2006

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A quadratic programming relaxation approach to compute-and-forward network coding design

Optimized metric clipping decoder design for impulsive noise channels at high signal-to-noise ratios

A Tighter Correlation Lower Bound for Quasi-Complementary Sequence Sets

Wireless (Physical Layer) Network Coding With Limited Hierarchical Side Information: Maximal Sum-Rates in 5-Node Butterfly Network

Efficient clipping for broadband power line systems in impulsive noise environment

Efficient Exact Regenerating Codes for Byzantine Fault Tolerance in Distributed Networked Storage

The evolution path of 4G networks: FDD or TDD?

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A quadratic programming relaxation approach to compute-and-forward network coding design

Optimized metric clipping decoder design for impulsive noise channels at high signal-to-noise ratios

A Tighter Correlation Lower Bound for Quasi-Complementary Sequence Sets

Wireless (Physical Layer) Network Coding With Limited Hierarchical Side Information: Maximal Sum-Rates in 5-Node Butterfly Network

Efficient clipping for broadband power line systems in impulsive noise environment

Efficient Exact Regenerating Codes for Byzantine Fault Tolerance in Distributed Networked Storage

The evolution path of 4G networks: FDD or TDD?