A Performance Comparison between PLM and a M68020 PROLOG Processor. - Hans M. Mulder; Evan Tick (ICLP, 1987)

And Now a Case for More Complex Instruction Sets. - Michael J. Flynn; Chad L. Mitchell; Johannes M. Mulder (Computer, 1987)

Efficient macro-code emulation in hardwired pipelined processors. - Johannes M. Mulder; Robert J. Portier; A. Srivastava; R. in 't Velt (MICRO, 1988)

Data Buffering: Run-Time Versus Compile-Time Support. - Hans M. Mulder (ASPLOS, 1989)

An Architecture Framework for Application-Specific and Scalable Architectures. - Johannes M. Mulder; Robert J. Portier; A. Srivastava; R. in 't Velt (ISCA, 1989)

Cost-effective design of application specific VLIW processors using the SCARCE framework. - Hans M. Mulder; Robert J. Portier (MICRO, 1989)

A flexible VLSI core for an adaptable architecture. - Hans M. Mulder; P. Stravers (MICRO, 1989)

Inter: An inexpensive inter-procedural register allocator. - Johannes M. Mulder (Microprocessing and Microprogramming, 1989)

A framework for high-speed controller design. - Johannes M. Mulder; Robert J. Portier; A. Srivastava (MICRO, 1990)

Software Pipelining for Transport-Triggered Architectures. - Jan Hoogerbrugge; Henk Corporaal; Hans M. Mulder (MICRO, 1991)

MOVE: a framework for high-performance processor design. - Henk Corporaal; Hans M. Mulder (SC, 1991)

Sequential Architecture Models for Prolog: A Performance Comparison. - Mark Korsloot; Hans M. Mulder (New Gener. Comput., 1991)

An area model for on-chip memories and its application. - Johannes M. Mulder; Nhon T. Quach; Michael J. Flynn (IEEE J. Solid State Circuits, 1991)

Use of CMOS Technology in Wave Pipelining. - Fabian Klass; Johannes M. Mulder (VLSI Design, 1992)

Processor Architecture and Data Buffering. - Hans M. Mulder; Michael J. Flynn (IEEE Trans. Computers, 1992)

Introducing the IA-64 Architecture. - Jerome C. Huck; Dale Morris; Jonathan Ross; Allan D. Knies; Hans M. Mulder; Rumi Zahir (IEEE Micro, 2000)