Résumé

Stephen A. Ness
Ness Software Works
560 29th Street
San Francisco, CA 94131-2239

Telephone: +1.415.821.1235
Cell: +1.415.235.7837
Email: steve@nesssoftware.com
Web: nesssoftware.com

Education

Harvard College

A.B. magna cum laude in applied mathematics from Harvard College, 1968.
Thesis on computational complexity.
Dean's List, Phi Beta Kappa, Harvard College Honorary Scholarship, Harvard Freshman Honorary Scholarship.

Stanford University

M.S. in computer science from Stanford University, 1970.
National Science Foundation Graduate Fellowship, IBM Graduate Fellowship.

Experience

Over thirty years of experience as a software development consultant (since 1977).
Clients include: AMD, Atari, Commodore, Continua, Daisy, Digital Research, File System Labs, Intel, Kinetic, Mark Williams, Philips Semiconductors, Streaming Networks, Stream Processors, TriMedia, Wicat.
Under contract to AMD, Austin/Sunnyvale (2012-present). OpenCL-related documentation.
Under contract to File System Labs, Chicago (2009-present). Developed and tested fault-tolerant distributed filesystem.
Under contract to Stream Processors, Inc., Sunnvale (2005-2009). Software development system documentation for VLIW SIMD stream processor. Language design and documentation for Stream language. Software release design, implementation, and testing.
Under contract to TriMedia Technologies, Inc., Milpitas (2000-2001). Development of TriMedia Compilation System, multiplatform C/C++ development system targeting TriMedia VLIW media processor.
Under contract to Philips Semiconductors, Sunnyvale (1995-2000). Designed and implemented portable utilities for TriMedia VLIW media processor C compilation and simulation system. Designed and implemented C compiler driver, object file librarian and other standard compilation suite utilities for TriMedia object format. Revised TriMedia standard C library and headers for ANSI/ISO C Standard compliance. Wrote high performance TriMedia assembly language library routines. Ported VLIW simulator from Modula-2 to C and revised simulator extensively. Ported EDG C++ front end. Edited and reorganized TriMedia compilation system documentation. Designed and implemented uniform multi-platform build for development toolset; ported toolset from SunOS to HP-UX, Win9x/Windows NT, and Solaris.
Under contract to Mark Williams Company, Chicago (1977-1995). Designed and implemented utilities for the COHERENT system, an independently developed Unix look-alike operating system.
Implemented, maintained and extended i80x86-targeted C compilers and libraries hosted on VAX, MSDOS, COHERENT and other operating systems. Implemented 80286 code generation and runtime support, i8087 runtime support, LARGE model source-level debugging support, ANSI C Standard compatible libraries, 32-bit i80x86 code generation, and OMF286 and COFF output writers for Mark Williams C compilers.
Designed and implemented COHERENT operating system installation suite, including fixed disk partitioning and system configuration. Designed and implemented special tools to build and maintain COHERENT object distribution. Maintained object distribution tree and corresponding sources.
Ported assembly-level debugger db for i80x86 machine model.
Designed and implemented PostScript back end for troff text processor. Modified troff to support effective use of in-line PostScript input. Designed and implemented PostScript font-handling and printing tools.
Wrote and edited numerous COHERENT documents.
Designed and implemented XYBASIC, an 8080 BASIC interpreter for process control applications. Versions for CP/M, ISIS-II and ROM- based standalone operation; extensive custom modifications for OEM customers.
Designed and implemented MIDI sequencer for Atari ST.
Designed and implemented Pascal compiler.
Delegate to ANSI C Standards committee X3J11.
Expert witness in Federal District Court software copyright infringement litigation (Whelan v. Jaslow).
Research assistant at Stanford Artificial Intelligence Laboratory and teaching assistant for Stanford computer science courses.
Systems programmer for Computer-Based Laboratory of the Harvard Center for Cognitive Studies.

Expertise

Programming experience in ALGOL, BASIC, C, C++, FORTRAN, LISP, Modula-2, OpenCL, Pascal, Perl, PL/I, PostScript, Python, and other higher-level languages.
Web development experience in HTML, CSS, PHP, and SQL.
Assembly language programming for IBM and DEC mainframes and 8080, Z80, 9511, i8086, i8087, i80x86, 680x0, Z8002 and TM-1000 microprocessors.
Detailed knowledge of Unix/Linux and Windows operating system internals. Experienced in cross-platform development and in complex multi-platform build procedures.
Detailed knowledge of ANSI/ISO C standard, ISO and IEEE Pascal standards, ANSI BASIC standard, IEEE floating-point standard, POSIX P1003.1 and P1003.2 standards, Intel iBCS2 specification, and MIDI specification.
Compiler theory and design, theory of computation, logic, algebra, operating system design.

Publications

SPI Software Documentation, 2006-2009, Stream Processors Inc., Sunnyvale.
Wrote / edited numerous other SPI documents.
COHERENT manual, Revision 11, 1994, Mark Williams Company, Chicago.
Coauthored with employees of Mark Williams Company.
Wrote / edited numerous other COHERENT documents.
Let's C C Compiler manual, Revision 3, 1987, Mark Williams Company, Chicago.
XYBASIC Programming Manual, Revision 6, 2/9/82, Mark Williams Company, Chicago.
Inductive Methods for Proving Properties of Programs, 1973.
Coauthored with Zohar Manna and Jean Vuillemin. Communications of the ACM, V. 16 #8.
Awarded the ACM Programming Languages and Systems Paper Award, 1974.
On the Termination of Markov Algorithms, 1970.
Coauthored with Zohar Manna. Proc. 3rd Hawaii Int. Conf. on Systems Science.
Methods and apparatus for distributed data storage, U.S. Patent 9098519, 8/04/2015.
Coauthored with Elan Pavlov, Roger Critchlow, Robert Swartz, Timothy S. Murphy, and Ronald Lachman.
Matrix-based Error Correction and Erasure Code Methods and Apparatus and Applications Thereof, U.S. Patent 10536167, 1/14/2020.
Coauthored with Elan Pavlov, Roger Critchlow, Robert Swartz, Timothy S. Murphy, and Ronald Lachman.

References

References available upon request.