activity
20062019
most citedMaximal Orders in the Design of Dense Space-Time Lattice Codes

32 citations · 71 across the 14 of their papers we have counts for

collaborators

14 papers

cs.IT2019

Achieving Large Sum Rate and Good Fairness in MISO Broadcast Communication

Ji-You Huang, Hsiao-feng Francis Lu

A tradeoff between sum rate and fairness for MISO broadcast communication employing dirty paper coding or zero-forcing dirty paper coding at physical layer is investigated in this…

cs.IT2015

Analysis and Practice of Uniquely Decodable One-to-One Code

Chin-Fu Liu, Hsiao-feng Lu, Po-ning Chen

In this paper, we consider the so-called uniquely decodable one-to-one code (UDOOC) that is formed by inserting a "comma" indicator, termed the unique word (UW), between consecutiv…

cs.IT2015

Performance-Complexity Analysis for MAC ML-based Decoding with User Selection

Hsiao-feng, Lu, Petros Elia +1

This work explores the rate-reliability-complexity limits of the quasi-static K-user multiple access channel (MAC), with or without feedback. Using high-SNR asymptotics, the work f…

cs.IT2014★ 1 cited

Algebraic Codes and a New Physical Layer Transmission Protocol for Wireless Distributed Storage Systems

Amaro Barreal, Camilla Hollanti, David Karpuk +1

In a wireless storage system, having to communicate over a fading channel makes repair transmissions prone to physical layer errors. The first approach to combat fading is to utili…

cs.IT2014★ 2 cited

Space-Time Storage Codes for Wireless Distributed Storage Systems

Camilla Hollanti, David Karpuk, Amaro Barreal +1

Distributed storage systems (DSSs) have gained a lot of interest recently, thanks to their robustness and scalability compared to single-device storage. Majority of the related res…

cs.IT2014★ 18 cited

On the MacWilliams Identity for Classical and Quantum Convolutional Codes

Ching-Yi Lai, Min-Hsiu Hsieh, Hsiao-feng Lu

The weight generating functions associated with convolutional codes (CCs) are based on state space realizations or the weight adjacency matrices (WAMs). The MacWilliams identity fo…