Digital signal processing capabilities of CUSP, a high performance bit-serial VLSI processor. - Richard W. Linderman; Peter P. Reusens; Paul M. Chau; Walter H. Ku (ICASSP, 1984)

A bit-serial floating-point complex multiplier-accumulator for fault-tolerant digital signal processing arrays. - Paul M. Chau; Kay-Cheung Chew; Walter H. Ku (ICASSP, 1987)

VLSI for a Physical Model of Musical Instruments Oscillations. - David Rivas; Steven S. Watkins; Paul M. Chau (ICMC, 1989)

KINFIDA: an object-oriented model-based digital filter design assistant. - Amir Hekmatpour; Scott R. Powell; Paul M. Chau (ICASSP, 1990)

A neural network architecture for the decoding of long constraint length convolutional codes. - Michael D. Alston; Paul M. Chau (IJCNN, 1990)

Hierarchical Modeling of the VLSI Design Process. - Amir K. Hekmatpour; Alex Orailoglu; Paul M. Chau (IEEE Expert, 1991)

A technique for realizing linear phase IIR filters. - Scott R. Powell; Paul M. Chau (IEEE Trans. Signal Process., 1991)

Macropipelining based heterogeneous multiprocessor scheduling. - Takeo Hamada; Sati Banerjee; Paul M. Chau; Ronald D. Fellman (ICASSP, 1992)

Sigma-delta encoding for efficient equalization of prefilter based FIR filters. - Scott R. Powell; Paul M. Chau (ICASSP, 1992)

Power dissipation of VLSI array processing systems. - Paul M. Chau; Scott R. Powell (J. VLSI Signal Process., 1992)

Prime: A Timing-Driven Placement Tool using A Piecewise Linear Resistive Network Approach. - Takeo Hamada; Chung-Kuan Cheng; Paul M. Chau (DAC, 1993)

Recursive least squares problem implementation on a generalized interconnection of DSP processors. - Sati Banerjee; Paul M. Chau (ICASSP (3), 1993)

Enhancing SCI's fairness protocol for increased throughput. - Dan Picker; Ronald D. Fellman; Paul M. Chau (ICNP, 1993)

A Hybrid Radial Basis Function Neurocomputer and Its Applications. - Steven S. Watkins; Paul M. Chau; Raoul Tawel; Bjorn Lambrigtsen; Mark Plutowski (NIPS, 1993)

Parallel implementations of direction finding algorithms on networks of general purpose DSP processors. - Paul M. Chau; Sati Banerjee (Integr., 1993)

Dynamic adaptation of quantization thresholds for soft-decision viterbi decoding with a reinforcement learning neural network. - Yu-jhih Wu; Michael D. Alston; Paul M. Chau (J. VLSI Signal Process., 1993)

Rapid Prototyping of ASIC Based Systems. - Patrick H. Kelly; Kevin J. Page; Paul M. Chau (DAC, 1994)

Execution of a remote sensing application on a custom neurocomputer. - Steven S. Watkins; Paul M. Chau; Raoul Tawel; Bjorn H. Lambrigsten (IEEE Trans. Neural Networks, 1995)

A supervised learning neural network coprocessor for soft-decision maximum-likelihood decoding. - Yu-jhih Wu; Paul M. Chau; Robert Hecht-Nielsen (IEEE Trans. Neural Networks, 1995)

Macro pipelining based scheduling on high performance heterogeneous multiprocessor systems. - Sati Banerjee; Takeo Hamada; Paul M. Chau; Ronald D. Fellman (IEEE Trans. Signal Process., 1995)

Rapid prototyping methodology for multiprocessor implementation of digital signal processing systems. - Sati Banerjee; Paul M. Chau; Ronald D. Fellman (J. VLSI Signal Process., 1995)

Casasent network density estimation. - Amir Sarajedini; Paul M. Chau (ICNN, 1996)

A wire length estimation technique utilizing neighborhood density equations. - Takeo Hamada; Chung-Kuan Cheng; Paul M. Chau (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 1996)

An extension to the SCI flow control protocol for increased network efficiency. - Dan Picker; Ronald D. Fellman; Paul M. Chau (IEEE/ACM Trans. Netw., 1996)

Evolvable Hardware Control for Dynamic Reconfigurable and Adaptive Computing. - Paul M. Chau; Gerald Clark; Anthony V. Sebald (Evolutionary Programming, 1998)

Reconfigurable Processing for Robust Navigation and Control (Abstract). - Jeanette F. Arrigo; Kevin J. Page; Paul M. Chau; N. C. Tien (FPGA, 1998)

Blind signal separation with a projection pursuit index. - Amir Sarajedini; Paul M. Chau (ICASSP, 1998)

A Feature Extraction Application on a Reconfigurable Image Processor. - Philip P. Dang; Paul M. Chau (IVCNZ, 1998)

Improved architectures for the add-compare-select operation in long constraint length Viterbi decoding. - Kevin J. Page; Paul M. Chau (IEEE J. Solid State Circuits, 1998)

Reconfigurable Hardware for Encryption. - Jeremy Risher; Philip P. Dang; Paul M. Chau (Applied Informatics, 1999)

FPGA architecture for noise filters on a reconfigurable processor. - Philip P. Dang; Paul M. Chau (CATA, 1999)

A 1.2 GHz CMOS quadrature self-oscillating mixer. - Michael B. Bendak; Baernard A. Xavier; Paul M. Chau (ISCAS (5), 1999)

Conditional probability density function estimation with sigmoidal neural networks. - Amir Sarajedini; Robert Hecht-Nielsen; Paul M. Chau (IEEE Trans. Neural Networks, 1999)

Image encryption for multimedia applications. - Philip P. Dang; Paul M. Chau (CATA, 2000)

Hardware/software implementation 3-way algorithm for image encryption. - Philip P. Dang; Paul M. Chau (Security and Watermarking of Multimedia Contents, 2000)

Image encryption for secure Internet multimedia applications. - Philip P. Dang; Paul M. Chau (IEEE Trans. Consumer Electron., 2000)

Robust image transmission over CDMA channels. - Philip P. Dang; Paul M. Chau (IEEE Trans. Consumer Electron., 2000)

Reduce complexity hardware implementation of discrete wavelet transform for JPEG 2000 standard. - Philip P. Dang; Paul M. Chau (ICME (1), 2002)

Microarchitectural synthesis of performance-constrained, low-power VLSI designs. - Laurence Goodby; Alex Orailoglu; Paul M. Chau (ACM Trans. Design Autom. Electr. Syst., 2002)

Objective Human Visual System Based Video Quality Assessment Metric for Low Bit-Rate Video Communication Systems. - David Chih-Che Lin; Paul M. Chau (MMSP, 2006)

Power aware attitude computation during rapid rotational motion. - Jeanette F. Arrigo; Paul M. Chau (IEEE Trans. Instrum. Meas., 2006)

Low-Level Sinusoidal Signal Detection From a High-Resolution Virtual Spectral Image Using Autoregressive Vector Extrapolation. - Cláudio S. Marino; Paul M. Chau (IEEE Trans. Instrum. Meas., 2012)

Constrained Sensor System Resolves Closely Spaced Obscured Low-SNR Sources Using Virtual Beamforming. - Cláudio S. Marino; Paul M. Chau (IEEE Trans. Instrum. Meas., 2014)