Independent Partitioning of Algorithms With Uniform Data Dependencies. - Weijia Shang; José A. B. Fortes (ICPP (2), 1988)

Systematic Designs of Buffers in Macropipelines of Systolic Arrays. - Benjamin W. Wah; Mokhtar Aboelaze; Weijia Shang (J. Parallel Distributed Comput., 1988)

On the optimality of linear schedules. - Weijia Shang; José A. B. Fortes (J. VLSI Signal Process., 1989)

Time-Optimal and Conflict-Free Mappings of Uniform Dependence Algorithms into Lower Dimensional Processor Arrays. - Weijia Shang; José A. B. Fortes (ICPP (1), 1990)

Generalized cycle shrinking. - Weijia Shang; Matthew T. O'Keefe; José A. B. Fortes (Algorithms and Parallel VLSI Architectures, 1991)

Time Optimal Linear Schedules for Algorithms with Uniform Dependencies. - Weijia Shang; José A. B. Fortes (IEEE Trans. Computers, 1991)

Conflict-Free Scheduling of Nested Loop Algorithms on Lower Dimensional Processor Arrays. - Zhenhui Yang; Weijia Shang; José A. B. Fortes (IPPS, 1992)

On Uniformization of Affine Dependence Algorithms. - Zhigang Chen; Weijia Shang (SPDP, 1992)

Independent Partitioning of Algorithms with Uniform Dependencies. - Weijia Shang; José A. B. Fortes (IEEE Trans. Computers, 1992)

On Time Mapping of Uniform Dependence Algorithms into Lower Dimensional Processor Arrays. - Weijia Shang; José A. B. Fortes (IEEE Trans. Parallel Distributed Syst., 1992)

An algorithm for accurate data dependence test. - Zhaoyun Xing; Weijia Shang (ASAP, 1993)

Dependence Analysis and Architecture Design for Bit-Level Algorithms. - Weijia Shang; Benjamin W. Wah (ICPP (1), 1993)

Mapping of Uniform Dependence Algorithm onto Fixed Size Processor Arrays. - Zhigang Chen; Weijia Shang (IPPS, 1993)

Data alignment of loop nests without nonlocal communications. - Weijia Shang; Zhongliang Shu (ASAP, 1994)

Queueing performance analysis of co-scheduling in a pool of processors environment. - Margaret A. Schaar; Kemal Efe; Weijia Shang (International Conference on Supercomputing, 1994)

Algorithm-Specific Parallel Processing with Linear Processing Arrays. - José A. B. Fortes; Benjamin W. Wah; Weijia Shang; Kumar N. Ganapathy (Adv. Comput., 1994)

On Loop Transformations for Generalized Cycle Shrinking. - Weijia Shang; Matthew T. O'Keefe; José A. B. Fortes (IEEE Trans. Parallel Distributed Syst., 1994)

On Optimal Size and Shape of Supernode Transformations. - Edin Hodzic; Weijia Shang (ICPP, Vol. 3, 1996)

On Uniformization of Affine Dependence Algorithms. - Weijia Shang; Edin Hodzic; Zhigang Chen (IEEE Trans. Computers, 1996)

On Supernode Transformation with Minimized Total Running Time. - Edin Hodzic; Weijia Shang (IEEE Trans. Parallel Distributed Syst., 1998)

A Comparison of FPGA Implementations of Bit-Level and Word-Level Matrix Multipliers. - Radhika S. Grover; Weijia Shang; Qiang Li (FPL, 2000)

A faster distributed arithmetic architecture for FPGAs. - Radhika S. Grover; Weijia Shang; Qiang Li (FPGA, 2002)

Bit-level two's complement matrix multiplication. - Radhika S. Grover; Weijia Shang; Qiang Li (Integr., 2002)

On Time Optimal Supernode Shape. - Edin Hodzic; Weijia Shang (IEEE Trans. Parallel Distributed Syst., 2002)

On Data Locality in Supernode Transformation. - Srinivasan Subha; Weijia Shang (PDPTA, 2003)

Performance Trade-offs of DCT with Variable Length Carry Chains in FPGAs. - Radhika S. Grover; Shobha Krishnan; Weijia Shang; Qiang Li (PDPTA, 2004)

Bit rate distribution for motion estimation in H.264 coding. - Jun Zhang; Xiaoquan Yi; Nam Ling; Weijia Shang (IEEE Trans. Consumer Electron., 2006)

Stack size reduction of recursive programs. - Stefan Schäckeler; Weijia Shang (CASES, 2007)

Chroma Coding Efficiency Improvement with Context Adaptive Lagrange Multiplier (CALM). - Jun Zhang; Xiaoquan Yi; Nam Ling; Weijia Shang (ISCAS, 2007)

Coefficient Conversion for Transform Domain VC-1 TO H.264 Transcoding. - Maria Pantoja; Nam Ling; Weijia Shang (SiPS, 2007)

Visualization of Procedural Abstraction. - Stefan Schäckeler; Weijia Shang; Ruth Davis (PVW, 2008)

Procedural Abstraction with Reverse Prefix Trees. - Stefan Schäckeler; Weijia Shang (CGO, 2009)

Optimal dissemination of layered videos in P2P-Based IPTV networks. - Hao Cui; Xiao Su; Weijia Shang (ICME, 2009)

Optimizing the stack size of recursive functions. - Stefan Schäckeler; Weijia Shang (Comput. Lang. Syst. Struct., 2009)

Compiler Optimization Pass Visualization: The Procedural Abstraction Case. - Stefan Schäckeler; Weijia Shang; Ruth Davis (ACM Trans. Comput. Educ., 2009)

ShapeUp: A High-Level Design Approach to Simplify Module Interconnection on FPGAs. - Christopher E. Neely; Gordon J. Brebner; Weijia Shang (FCCM, 2010)

Flexible and Modular Support for Timing Functions in High Performance Networking Acceleration. - Christopher E. Neely; Gordon J. Brebner; Weijia Shang (FPL, 2010)

On minimizing register usage of linearly scheduled algorithms with uniform dependencies. - Cesar J. Philippidis; Weijia Shang (Comput. Lang. Syst. Struct., 2010)

Context Adaptive Lagrange Multiplier (CALM) for Rate-Distortion Optimal Motion Estimation in Video Coding. - Jun Zhang; Xiaoquan Yi; Nam Ling; Weijia Shang (IEEE Trans. Circuits Syst. Video Technol., 2010)

On Optimizing the Longest Common Subsequence Problem by Loop Unrolling Along Wavefronts. - Johann Steinbrecher; Weijia Shang (PDP, 2012)

Optimized MFCC feature extraction on GPU. - Haofeng Kou; Weijia Shang; Ian R. Lane; Jike Chong (ICASSP, 2013)

ReShape: Towards a High-Level Approach to Design and Operation of Modular Reconfigurable Systems. - Christopher E. Neely; Gordon J. Brebner; Weijia Shang (ACM Trans. Reconfigurable Technol. Syst., 2013)

Parallelized feature extraction and acoustic model training. - Haofeng Kou; Weijia Shang (DSP, 2014)

On optimal media/video distribution in closed P2P-based IPTV networks. - Hao Cui; Xiao Su; Weijia Shang (Comput. Networks, 2014)

A Case Study of Implementing Supernode Transformations. - Johann Steinbrecher; Cesar J. Philippidis; Weijia Shang (Int. J. Parallel Program., 2014)

Supernode transformation on GPGPUs. - Yong Chen; Weijia Shang (Int. J. Parallel Emergent Distributed Syst., 2019)

Bandwidth Efficient Livestreaming in Mobile Wireless Networks: A Peer-to-Peer ACIDE Solution. - Andrei Negulescu; Weijia Shang (CoRR, 2023)

Active Admission Control in a P2P Distributed Environment for Capacity Efficient Livestreaming in Mobile Wireless Networks. - Andrei Negulescu; Weijia Shang (CoRR, 2023)