2n-way jump microinstruction hardware and an effective instruction binding method. - Joseph A. Fisher (MICRO, 1980)

Microcode compaction: looking backward and looking forward. - Joseph A. Fisher; David Landskov; Bruce D. Shriver (AFIPS National Computer Conference, 1981)

Using an oracle to measure potential parallelism in single instruction stream programs. - Alexandru Nicolau; Joseph A. Fisher (MICRO, 1981)

Trace Scheduling: A Technique for Global Microcode Compaction. - Joseph A. Fisher (IEEE Trans. Computers, 1981)

Very Long Instruction Word Architectures and the ELI-512 - Joseph A. Fisher (ISCA, 1983)

VLIW Machines: Multiprocessors We Can Acutally Program. - Joseph A. Fisher; John J. O'Donnell (COMPCON, 1984)

Parallel processing: a smart compiler and a dumb machine (with retrospective) - Joseph A. Fisher; John R. Ellis; John C. Ruttenberg; Alexandru Nicolau (Best of PLDI, 1984)

Parallel processing: a smart compiler and a dumb machine. - Joseph A. Fisher; John R. Ellis; John C. Ruttenberg; Alexandru Nicolau (SIGPLAN Symposium on Compiler Construction, 1984)

The VLIW Machine: A Multiprocessor for Compiling Scientific Code. - Joseph A. Fisher (Computer, 1984)

Microcode compaction: Extending the boundaries. - David Landskov; Joseph A. Fisher; Bruce D. Shriver (Int. J. Parallel Program., 1984)

Measuring the Parallelism Available for Very Long Instruction Word Architectures. - Alexandru Nicolau; Joseph A. Fisher (IEEE Trans. Computers, 1984)

A New Architecture for Supercomputing. - Joseph A. Fisher (COMPCON, 1987)

Microprogramming, microprocessing and supercomputing. - Joseph A. Fisher (Microprocess. Microprogramming, 1988)

Predicting Conditional Branch Directions From Previous Runs of a Program. - Joseph A. Fisher; Stefan M. Freudenberger (ASPLOS, 1992)

Guest editors' introduction. - Joseph A. Fisher; B. Ramakrishna Rau (J. Supercomput., 1993)

Instruction-level parallel processing: History, overview, and perspective. - B. Ramakrishna Rau; Joseph A. Fisher (J. Supercomput., 1993)

Custom-fit Processors: Letting Applications Define Architectures. - Joseph A. Fisher; Paolo Faraboschi; Giuseppe Desoli (MICRO, 1996)

Walk-Time Techniques: Catalyst for Architectural Change. - Joseph A. Fisher (Computer, 1997)

Retrospective: Very Long Instruction Word Architectures and the ELI-512. - Joseph A. Fisher (25 Years ISCA: Retrospectives and Reprints, 1998)

The latest word in digital and media processing. - Paolo Faraboschi; Giuseppe Desoli; Joseph A. Fisher (IEEE Signal Process. Mag., 1998)

Customized Instruction-Sets for Embedded Processors. - Joseph A. Fisher (DAC, 1999)

Lx: a technology platform for customizable VLIW embedded processing. - Paolo Faraboschi; Geoffrey Brown; Joseph A. Fisher; Giuseppe Desoli; Fred Homewood (ISCA, 2000)

Instruction scheduling for instruction level parallel processors. - Paolo Faraboschi; Joseph A. Fisher; Cliff Young (Proc. IEEE, 2001)

DELI: a new run-time control point. - Giuseppe Desoli; Nikolay Mateev; Evelyn Duesterwald; Paolo Faraboschi; Joseph A. Fisher (MICRO, 2002)

Moving from embedded systems to embedded computing. - Joseph A. Fisher (CASES, 2003)

Embedded computing - a VLIW approach to architecture, compilers, and tools. - Joseph A. Fisher; Paolo Faraboschi; Cliff Young (Morgan Kaufmann, 2005)

BOLD signal responses to controlled hypercapnia in human spinal cord. - Julien Cohen-Adad; Claudine Joëlle Gauthier; Jonathan C. W. Brooks; Marat Slessarev; J. Han; Joseph A. Fisher; Serge Rossignol; Richard D. Hoge (NeuroImage, 2010)

The change in cerebrovascular reactivity between 3 T and 7 T measured using graded hypercapnia. - Ian D. Driver; Nicholas P. Blockley; Joseph A. Fisher; Susan T. Francis; Penny A. Gowland (NeuroImage, 2010)

Improved fMRI calibration: Precisely controlled hyperoxic versus hypercapnic stimuli. - Clarisse I. Mark; Joseph A. Fisher; G. Bruce Pike (NeuroImage, 2011)

VLIW Processors. - Joseph A. Fisher; Paolo Faraboschi; Cliff Young (Encyclopedia of Parallel Computing, 2011)

Measuring venous blood volume changes during activation using hyperoxia. - Nicholas P. Blockley; Ian D. Driver; Joseph A. Fisher; Susan T. Francis; Penny A. Gowland (NeuroImage, 2012)

Investigating the non-linearity of the BOLD cerebrovascular reactivity response to targeted hypo/hypercapnia at 7 T. - Alex A. Bhogal; Jeroen C. W. Siero; Joseph A. Fisher; Martijn Froeling; Peter R. Luijten; Marielle Philippens; Johannes M. Hoogduin (NeuroImage, 2014)

A conceptual model for CO2-induced redistribution of cerebral blood flow with experimental confirmation using BOLD MRI. - Olivia Sobczyk; A. Battisti-Charbonney; Jorn Fierstra; D. M. Mandell; Julien Poublanc; Adrian P. Crawley; David J. Mikulis; James Duffin; Joseph A. Fisher (NeuroImage, 2014)

Examining the regional and cerebral depth-dependent BOLD cerebrovascular reactivity response at 7 T. - Alex A. Bhogal; Marielle E. P. Philippens; Jeroen C. W. Siero; Joseph A. Fisher; Esben Thade Petersen; Peter R. Luijten; Hans Hoogduin (NeuroImage, 2015)

The dynamics of cerebrovascular reactivity shown with transfer function analysis. - James Duffin; Olivia Sobczyk; Adrian P. Crawley; Julien Poublanc; David J. Mikulis; Joseph A. Fisher (NeuroImage, 2015)

The aging brain and cerebrovascular reactivity. - Larissa McKetton; Olivia Sobczyk; James Duffin; Julien Poublanc; Kevin Sam; Adrian P. Crawley; Lakshmikumar Venkatraghavan; Joseph A. Fisher; David J. Mikulis (NeuroImage, 2018)

Quantifying cerebral blood arrival times using hypoxia-mediated arterial BOLD contrast. - Alex A. Bhogal; Ece Su Sayin; Julien Poublanc; James Duffin; Joseph A. Fisher; Olivia Sobcyzk; David J. Mikulis (NeuroImage, 2022)