Bob Bernecky: Difference between revisions
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=== APL conferences === | === APL conferences === | ||
{{Main|APL conference}} | |||
<div style="column-width:30em"> | <div style="column-width:30em"> | ||
* [[APL73]]: Speeding up Dyadic Iota and Dyadic Epsilon. | * [[APL73]]: Speeding up Dyadic Iota and Dyadic Epsilon. | ||
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* [[APL87]]: [https://doi.org/10.1145/28315.28339 Component file systems and the APL standard]. With Maxine Hersch. | * [[APL87]]: [https://doi.org/10.1145/28315.28339 Component file systems and the APL standard]. With Maxine Hersch. | ||
* [[APL88]]: [https://doi.org/10.1145/55626.55632 An introduction to function rank]. | * [[APL88]]: [https://doi.org/10.1145/55626.55632 An introduction to function rank]. | ||
* [[APL89]]: [https://doi.org/10.1145/328877.328879 Profiling, performance, and perfection (tutorial session)]. | * [[APL89]]: [https://doi.org/10.1145/328877.328879 Profiling, performance, and perfection (tutorial session)] ([https://www.snakeisland.com/apl89ppp.pdf pdf]). | ||
* [[APL90]]: [https://doi.org/10.1145/97808.97821 ACORN: APL to C on real numbers]. With [[Charles Brenner]], Stephen B. Jaffe, and George P. Moeckel. | * [[APL90]]: [https://doi.org/10.1145/97808.97821 ACORN: APL to C on real numbers] ([https://www.snakeisland.com/acorn.htm download]). With [[Charles Brenner]], Stephen B. Jaffe, and George P. Moeckel. | ||
* [[APL91]]: [https://doi.org/10.1145/114054.114059 Gerunds and representations]. With [[Roger Hui|Roger K. W. Hui]]. | * [[APL91]]: [https://doi.org/10.1145/114054.114059 Gerunds and representations] ([https://www.snakeisland.com/gerunds.htm download]). With [[Roger Hui|Roger K. W. Hui]]. | ||
* [[APL92]]: [https://doi.org/10.1145/144045.144069 Compiler tools in APL]. With Gert Osterburg. | * [[APL92]]: [https://doi.org/10.1145/144045.144069 Compiler tools in APL] ([https://www.snakeisland.com/comptool.pdf pdf]). With Gert Osterburg. | ||
* [[APL93]]: [https://doi.org/10.1145/166197.166200 Array morphology]. | * [[APL93]]: [https://doi.org/10.1145/166197.166200 Array morphology] ([https://www.snakeisland.com/arraymorphology.pdf pdf]). | ||
* [[APL93]]: [https://doi.org/10.1145/166197.166201 The role of APL and J in high-performance computation]. | * [[APL93]]: [https://doi.org/10.1145/166197.166201 The role of APL and J in high-performance computation] ([https://www.snakeisland.com/aplhiperf.pdf pdf]). | ||
* [[APL95]]: [https://doi.org/10.1145/206913.206949 The role of dynamic programming & control structures in performance]. | * [[APL95]]: [https://doi.org/10.1145/206913.206949 The role of dynamic programming & control structures in performance] ([https://www.snakeisland.com/dynprog.pdf pdf]). | ||
* [[APL98]]: [https://doi.org/10.1145/327559.327603 EGREGION: a branch coverage tool for APL]. | * [[APL98]]: [https://doi.org/10.1145/327559.327603 EGREGION: a branch coverage tool for APL] ([https://www.snakeisland.com/ut.pdf pdf]). | ||
* [[APL98]]: [https://doi.org/10.1145/327559.327614 Reducing computational complexity with array predicates]. | * [[APL98]]: [https://doi.org/10.1145/327559.327614 Reducing computational complexity with array predicates] ([https://www.snakeisland.com/predicat.pdf pdf]). | ||
* [[APL03]]: [https://doi.org/10.1145/882067.882071 An SPMD/SIMD parallel tokenizer for APL]. | * [[APL03]]: [https://doi.org/10.1145/882067.882071 An SPMD/SIMD parallel tokenizer for APL]. | ||
* [[APL03]]: [https://doi.org/10.1145/882067.882072 Bitslice: representation without taxation]. With Peter Wooster. | * [[APL03]]: [https://doi.org/10.1145/882067.882072 Bitslice: representation without taxation]. With Peter Wooster. | ||
* [[APL2010]]: Mask and Mesh Revisited. | * [[APL2010]]: Mask and Mesh Revisited. | ||
</div> | </div> | ||
=== Other papers === | |||
* [https://www.snakeisland.com/qdavbad.htm QuadAV Considered Harmful — Still]. [[Quote Quad]], vol.21, no.1, 1990-09. | |||
* [https://www.snakeisland.com/fortran8.pdf Compiler tools in APL]. ACM SIGPLAN Notices, Volume 13, No. 4, 1991-02. | |||
* [https://www.snakeisland.com/ms.pdf APEX: The APL Parallel Executor]. [[wikipedia:University of Toronto|UToronto]] Master's thesis. 1997. | |||
* [https://www.snakeisland.com/techrpt.pdf An Overview of the APEX Compiler]. | |||
* [https://www.snakeisland.com/shapecliques.htm Shape Cliques]. 2007-10-18. | |||
=== Dyalog user meetings === | === Dyalog user meetings === | ||
{{Main|Dyalog user meeting}} | |||
* [[Dyalog '09]] 30: Amazing Performance Looms ([https://www.dyalog.com/uploads/conference/dyalog09/presentations/30_Bernecky_Performance materials]) | * [[Dyalog '09]] 30: Amazing Performance Looms ([https://www.dyalog.com/uploads/conference/dyalog09/presentations/30_Bernecky_Performance materials]) | ||
* [[Dyalog '11]] G10: Index Vector Scalarization in High-Performance Array Computation ([https://www.dyalog.com/uploads/conference/dyalog11/presentations/G10_index_vector_scalarisation materials]) | * [[Dyalog '11]] G10: Index Vector Scalarization in High-Performance Array Computation ([https://www.dyalog.com/uploads/conference/dyalog11/presentations/G10_index_vector_scalarisation materials]) | ||
* [[Dyalog '12]] U28: The Three Beaars: Basically, Every Array Allocation Reduces Speed ([https://www.dyalog.com/uploads/conference/dyalog12/presentations/U28_ThreeBeaars materials]) | * [[Dyalog '12]] U28: The Three Beaars: Basically, Every Array Allocation Reduces Speed ([https://www.dyalog.com/uploads/conference/dyalog12/presentations/U28_ThreeBeaars materials]) | ||
* [[Dyalog '15]] U10: Abstract Expressionism for Parallel Performance ([https://www.dyalog.com/uploads/conference/dyalog15/presentations/U10_Abstract_Expressionism_for_Parallel_Performance.pdf slides]) | * [[Dyalog '15]] U10: Abstract Expressionism for Parallel Performance ([https://www.dyalog.com/uploads/conference/dyalog15/presentations/U10_Abstract_Expressionism_for_Parallel_Performance.pdf slides], [https://www.snakeisland.com/abstractexpressionism.pdf paper]) | ||
* [[Dyalog '16]] U08: [https://dyalog.tv/Dyalog16/?v=G2g13YKjWes A Compendium of SIMD Boolean Array Algorithms in APL] ([https://www.dyalog.com/uploads/conference/dyalog16/presentations/U08_SIMD_Boolean_Array_Algorithms_slides.pdf slides], [https://www.dyalog.com/uploads/conference/dyalog16/presentations/U08_SIMD_Boolean_Array_Algorithms_handouts.pdf handouts]) | * [[Dyalog '16]] U08: [https://dyalog.tv/Dyalog16/?v=G2g13YKjWes A Compendium of SIMD Boolean Array Algorithms in APL] ([https://www.dyalog.com/uploads/conference/dyalog16/presentations/U08_SIMD_Boolean_Array_Algorithms_slides.pdf slides], [https://www.dyalog.com/uploads/conference/dyalog16/presentations/U08_SIMD_Boolean_Array_Algorithms_handouts.pdf handouts]) | ||
* [[Dyalog '16]] L03: [https://dyalog.tv/Dyalog16/?v=1N_oYD-ZkX8 Zoo Story: How the I.P. Sharp APL Development Group Got its Name] ([https://www.dyalog.com/uploads/conference/dyalog16/presentations/L03_Zoo_Story.pdf slides]) | * [[Dyalog '16]] L03: [https://dyalog.tv/Dyalog16/?v=1N_oYD-ZkX8 Zoo Story: How the I.P. Sharp APL Development Group Got its Name] ([https://www.dyalog.com/uploads/conference/dyalog16/presentations/L03_Zoo_Story.pdf slides]) | ||
Latest revision as of 06:49, 3 November 2021
Robert Bernecky is an APL designer and implementer notable for significant contributions to SHARP APL and developing an APL compiler, APEX.
Bernecky first began working with APL at I.P. Sharp Associates in 1971. His first APL-related publication, in 1973, described performance improvements to SHARP's Index-Of and Membership implementations. In addition to his implementation work, Bernecky contributed to the design of comparison tolerance, Replicate (extending Compress), and the Rank operator in SHARP APL. He remained at IPSA for three years after it was acquired by Reuters in 1987, leaving in 1990 to found his current company Snake Island Research and work on the APEX APL compiler. While at Snake Island Research he enrolled in graduate studies at the University of Toronto; he obtained a Master of Science degree in 1997 with a thesis titled "APEX: The APL Parallel Executor".
Publications
SHARP APL Technical Notes
- SATN-22: APL Worspace Transfer (with Mike Symes). 1979-01-01.
- SATN-23: Comparison Tolerance. 1977-06-10.
- SATN-34: Replication. 1980-08-15.
- SATN-45: Language Extensions of May 1983 (with Ken Iverson, Eugene McDonnell, Robert Metzger, and J. Henri Schueler). 1983-05-02.
APL conferences
- Main article: APL conference
- APL73: Speeding up Dyadic Iota and Dyadic Epsilon.
- IPSA '80: Operators and Enclosed Arrays (web). With Ken Iverson.
- APL81: Representations for enclosed arrays.
- APL84: Function arrays.
- APL85: Writing interpreters (panel). With Geno Coschi, James Ryan, Bob Smith, Philip A. Van Cleave, and James Wheeler.
- APL86: APL: A prototyping language.
- APL87: Component file systems and the APL standard. With Maxine Hersch.
- APL88: An introduction to function rank.
- APL89: Profiling, performance, and perfection (tutorial session) (pdf).
- APL90: ACORN: APL to C on real numbers (download). With Charles Brenner, Stephen B. Jaffe, and George P. Moeckel.
- APL91: Gerunds and representations (download). With Roger K. W. Hui.
- APL92: Compiler tools in APL (pdf). With Gert Osterburg.
- APL93: Array morphology (pdf).
- APL93: The role of APL and J in high-performance computation (pdf).
- APL95: The role of dynamic programming & control structures in performance (pdf).
- APL98: EGREGION: a branch coverage tool for APL (pdf).
- APL98: Reducing computational complexity with array predicates (pdf).
- APL03: An SPMD/SIMD parallel tokenizer for APL.
- APL03: Bitslice: representation without taxation. With Peter Wooster.
- APL2010: Mask and Mesh Revisited.
Other papers
- QuadAV Considered Harmful — Still. Quote Quad, vol.21, no.1, 1990-09.
- Compiler tools in APL. ACM SIGPLAN Notices, Volume 13, No. 4, 1991-02.
- APEX: The APL Parallel Executor. UToronto Master's thesis. 1997.
- An Overview of the APEX Compiler.
- Shape Cliques. 2007-10-18.
Dyalog user meetings
- Main article: Dyalog user meeting
- Dyalog '09 30: Amazing Performance Looms (materials)
- Dyalog '11 G10: Index Vector Scalarization in High-Performance Array Computation (materials)
- Dyalog '12 U28: The Three Beaars: Basically, Every Array Allocation Reduces Speed (materials)
- Dyalog '15 U10: Abstract Expressionism for Parallel Performance (slides, paper)
- Dyalog '16 U08: A Compendium of SIMD Boolean Array Algorithms in APL (slides, handouts)
- Dyalog '16 L03: Zoo Story: How the I.P. Sharp APL Development Group Got its Name (slides)
External links
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