Dead-code elimination (English Wikipedia)

Analysis of information sources in references of the Wikipedia article "Dead-code elimination" in English language version.

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5archive.today

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4web.archive.org

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2marc.info

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2groups.google.com

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2ohiolink.edu

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1teachit.cz

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1wisc.edu

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1ibm.com

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1inria.fr

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archive.today (Global: 14^th place; English: 14^th place)

Paul, Matthias R. (2002-04-03) [2001-06-18]. "[fd-dev] Ctrl+Alt+Del". freedos-dev. Archived from the original on 2017-09-09. Retrieved 2017-09-09. […] any of the […] options can be "permanently" excluded at installation time (will also save the memory for the corresponding code excerpts due to our Dynamic Dead Code Elimination), or it can be disabled or enabled at any later time via API functions in case someone wants to keep a user from being able to reboot the machine. […] we are considering to add more synchronous cache flush calls […] Due to our Dynamic Dead Code Elimination method this would not cause any kind of bloating when not needed in a particular target configuration as a particular cache flush call would be included in FreeKEYB's runtime image only if the corresponding disk cache is loaded as well or FreeKEYB was told by command line switches to load the corresponding support.
Paul, Matthias R. (2002-04-06). "[fd-dev] Ctrl+Alt+Del". freedos-dev. Archived from the original on 2019-04-27. Retrieved 2019-04-27. […] FreeKEYB builds the driver's runtime image at initialization time depending on the type of machine it is being loaded on, the type of keyboard, layout, country and code page used, the type of mouse and video adapter(s) installed, the other drivers loaded on that system, the operating system and the load and relocation method(s) used, the individual features included, and the configuration options specified in the command line. Due to the large number of command line switches and options supported […] (around fifty switches […] with multiple possible settings) there is a high number of feature combinations with uncountable dependencies […] resulting in […] endless number of […] different target images. FreeKEYB's Dynamic Dead Code Elimination technique manages to resolve […] these […] dependencies and […] remove dead code and data […] is not restricted to […] include or exclude a somewhat limited number of modules or whole sub-routines and fix up some dispatch tables as in classical TSR programming, but […] works […] at […] byte level […] able to remove […] individual instructions in the middle of larger routines […] distributed all over the code to handle a particular case or support a specific feature […] special tools are used to analyze the code […] and create […] fixup tables […] automated […] using conditional defines […] to declare the various cases […] not only optional at assembly time but at initialization time […] without the […] overhead of having at least some amount of dead code left in the runtime image […] to keep track of all the dependencies between […] these conditionals, dynamically build and relocate the runtime image, fix up all the references between these small, changing, and moving binary parts […] still allowing to use the tiny .COM/.SYS style […] model […] is done at initialization time […] API to import and export object structures between FreeKEYB and the calling application […] to transparently resize and move them internally […] at runtime […]
Conway, Andrew (1995-12-04). "Cyclic data structures". Newsgroup: comp.lang.functional. Archived from the original on 2017-09-09. Retrieved 2017-07-03. […] Lazy evaluation is basically dynamic dead code elimination. […] (NB. Possibly the first public use of the term dynamic dead-code elimination, though only conceptually and with a focus on lazy evaluation in functional languages.)
Butts, J. Adam; Sohi, Guri (October 2002). "Dynamic Dead-Instruction Detection and Elimination" (PDF). San Jose, CA, USA: Computer Science Department, University of Wisconsin-Madison. ASPLOS X ACM 1-58113-574-2/02/0010. Archived (PDF) from the original on 2019-04-20. Retrieved 2017-06-23.
Paul, Matthias R. (2001-04-10). "[ANN] FreeDOS beta 6 released" (in German). Newsgroup: de.comp.os.msdos. Archived from the original on 2017-09-09. Retrieved 2017-07-02. […] brandneue[s] Feature, der dynamischen Dead-Code-Elimination, die die jeweils notwendigen Bestandteile des Treibers erst zum Installationszeitpunkt zusammenbastelt und reloziert, so daß keine ungenutzten Code- oder Datenbereiche mehr resident bleiben (z.B. wenn jemand ein bestimmtes FreeKEYB-Feature nicht benötigt). […] (NB. This represents the first known implementation of byte-level granular dynamic dead-code elimination for software assembled or compiled ahead-of-time.)

groups.google.com (Global: 1,518^th place; English: 1,072^nd place)

Conway, Andrew (1995-12-04). "Cyclic data structures". Newsgroup: comp.lang.functional. Archived from the original on 2017-09-09. Retrieved 2017-07-03. […] Lazy evaluation is basically dynamic dead code elimination. […] (NB. Possibly the first public use of the term dynamic dead-code elimination, though only conceptually and with a focus on lazy evaluation in functional languages.)
Paul, Matthias R. (2001-04-10). "[ANN] FreeDOS beta 6 released" (in German). Newsgroup: de.comp.os.msdos. Archived from the original on 2017-09-09. Retrieved 2017-07-02. […] brandneue[s] Feature, der dynamischen Dead-Code-Elimination, die die jeweils notwendigen Bestandteile des Treibers erst zum Installationszeitpunkt zusammenbastelt und reloziert, so daß keine ungenutzten Code- oder Datenbereiche mehr resident bleiben (z.B. wenn jemand ein bestimmtes FreeKEYB-Feature nicht benötigt). […] (NB. This represents the first known implementation of byte-level granular dynamic dead-code elimination for software assembled or compiled ahead-of-time.)

ibm.com (Global: 1,131^st place; English: 850^th place)

redbooks.ibm.com

Johng, Yessong; Danielsson, Per; Ehnsiö, Per; Hermansson, Mats; Jolanki, Mika; Moore, Scott; Strander, Lars; Wettergren, Lars (2002-11-08). "Chapter 5. Java overview and iSeries implementation - 5.1.1. Miscellaneous components". Intentia Movex Java on the IBM iSeries Server - An Implementation Guide - Overview of Movex Java on the iSeries server - Movex Java on iSeries installation and configuration - Operational tips and techniques (PDF). Red Books. IBM Corp. p. 41. ISBN 0-73842461-7. SG24-6545-00. Archived (PDF) from the original on 2013-10-08. Retrieved 2019-04-20. [4]

inria.fr (Global: 4,903^rd place; English: 3,679^th place)

hal.inria.fr

Polito, Guillermo (2015). "Virtualization Support for Application Runtime Specialization and Extension - Programming Languages" (PDF). Universite des Sciences et Technologies de Lille. pp. 111–124. HAL Id: tel-01251173. Archived (PDF) from the original on 2017-06-23. Retrieved 2017-06-23.

marc.info (Global: low place; English: 8,542^nd place)

Paul, Matthias R. (2002-04-03) [2001-06-18]. "[fd-dev] Ctrl+Alt+Del". freedos-dev. Archived from the original on 2017-09-09. Retrieved 2017-09-09. […] any of the […] options can be "permanently" excluded at installation time (will also save the memory for the corresponding code excerpts due to our Dynamic Dead Code Elimination), or it can be disabled or enabled at any later time via API functions in case someone wants to keep a user from being able to reboot the machine. […] we are considering to add more synchronous cache flush calls […] Due to our Dynamic Dead Code Elimination method this would not cause any kind of bloating when not needed in a particular target configuration as a particular cache flush call would be included in FreeKEYB's runtime image only if the corresponding disk cache is loaded as well or FreeKEYB was told by command line switches to load the corresponding support.
Paul, Matthias R. (2002-04-06). "[fd-dev] Ctrl+Alt+Del". freedos-dev. Archived from the original on 2019-04-27. Retrieved 2019-04-27. […] FreeKEYB builds the driver's runtime image at initialization time depending on the type of machine it is being loaded on, the type of keyboard, layout, country and code page used, the type of mouse and video adapter(s) installed, the other drivers loaded on that system, the operating system and the load and relocation method(s) used, the individual features included, and the configuration options specified in the command line. Due to the large number of command line switches and options supported […] (around fifty switches […] with multiple possible settings) there is a high number of feature combinations with uncountable dependencies […] resulting in […] endless number of […] different target images. FreeKEYB's Dynamic Dead Code Elimination technique manages to resolve […] these […] dependencies and […] remove dead code and data […] is not restricted to […] include or exclude a somewhat limited number of modules or whole sub-routines and fix up some dispatch tables as in classical TSR programming, but […] works […] at […] byte level […] able to remove […] individual instructions in the middle of larger routines […] distributed all over the code to handle a particular case or support a specific feature […] special tools are used to analyze the code […] and create […] fixup tables […] automated […] using conditional defines […] to declare the various cases […] not only optional at assembly time but at initialization time […] without the […] overhead of having at least some amount of dead code left in the runtime image […] to keep track of all the dependencies between […] these conditionals, dynamically build and relocate the runtime image, fix up all the references between these small, changing, and moving binary parts […] still allowing to use the tiny .COM/.SYS style […] model […] is done at initialization time […] API to import and export object structures between FreeKEYB and the calling application […] to transparently resize and move them internally […] at runtime […]

ohiolink.edu (Global: 8,366^th place; English: 5,247^th place)

rave.ohiolink.edu

Thammanur, Sathyanarayan (2001-01-31). A Just in Time Register Allocation and Code Optimization Framework for Embedded Systems (MS thesis). University of Cincinnati, Engineering: Computer Engineering. ucin982089462. [1] Archived 2019-07-28 at the Wayback Machine [2] Archived 2019-07-28 at the Wayback Machine

etd.ohiolink.edu

Thammanur, Sathyanarayan (2001-01-31). A Just in Time Register Allocation and Code Optimization Framework for Embedded Systems (MS thesis). University of Cincinnati, Engineering: Computer Engineering. ucin982089462. [1] Archived 2019-07-28 at the Wayback Machine [2] Archived 2019-07-28 at the Wayback Machine

teachit.cz (Global: low place; English: low place)

Kubice, Jan (2024-10-17). "Dynamic Dead Code Elimination: Optimizing for Flexibility".

web.archive.org (Global: 1^st place; English: 1^st place)

Thammanur, Sathyanarayan (2001-01-31). A Just in Time Register Allocation and Code Optimization Framework for Embedded Systems (MS thesis). University of Cincinnati, Engineering: Computer Engineering. ucin982089462. [1] Archived 2019-07-28 at the Wayback Machine [2] Archived 2019-07-28 at the Wayback Machine
Paul, Matthias R.; Frinke, Axel C. (1997-10-13) [first published 1991], FreeKEYB - Enhanced DOS keyboard and console driver (User Manual) (v6.5 ed.) [3] (NB. FreeKEYB is a Unicode-based dynamically configurable successor of K3PLUS supporting most keyboard layouts, code pages, and country codes. Utilizing an off-the-shelf macro assembler as well as a framework of automatic pre- and post-processing analysis tools to generate dependency and code morphing meta data to be embedded into the executable file alongside the binary code and a self-discarding, relaxing and relocating loader, the driver implements byte-level granular dynamic dead-code elimination and relocation techniques at load-time as well as self-modifying code and reconfigurability at run-time to minimize its memory footprint downto close the canonical form depending on the underlying hardware, operating system, and driver configuration as well as the selected feature set and locale (about sixty configuration switches with hundreds of options for an almost unlimited number of possible combinations). This complexity and the dynamics are hidden from users, who deal with a single executable file just like they would do with a conventional driver. K3PLUS was an extended keyboard driver for DOS widely distributed in Germany at its time, with adaptations to a handful of other European languages available. It supported a sub-set of features already, but did not implement dynamic dead-code elimination.)
Johng, Yessong; Danielsson, Per; Ehnsiö, Per; Hermansson, Mats; Jolanki, Mika; Moore, Scott; Strander, Lars; Wettergren, Lars (2002-11-08). "Chapter 5. Java overview and iSeries implementation - 5.1.1. Miscellaneous components". Intentia Movex Java on the IBM iSeries Server - An Implementation Guide - Overview of Movex Java on the iSeries server - Movex Java on iSeries installation and configuration - Operational tips and techniques (PDF). Red Books. IBM Corp. p. 41. ISBN 0-73842461-7. SG24-6545-00. Archived (PDF) from the original on 2013-10-08. Retrieved 2019-04-20. [4]
Polito, Guillermo (2015). "Virtualization Support for Application Runtime Specialization and Extension - Programming Languages" (PDF). Universite des Sciences et Technologies de Lille. pp. 111–124. HAL Id: tel-01251173. Archived (PDF) from the original on 2017-06-23. Retrieved 2017-06-23.

wisc.edu (Global: 1,045^th place; English: 746^th place)

ftp.cs.wisc.edu

Butts, J. Adam; Sohi, Guri (October 2002). "Dynamic Dead-Instruction Detection and Elimination" (PDF). San Jose, CA, USA: Computer Science Department, University of Wisconsin-Madison. ASPLOS X ACM 1-58113-574-2/02/0010. Archived (PDF) from the original on 2019-04-20. Retrieved 2017-06-23.

Dead-code elimination (English Wikipedia)

archive.today (Global: 14th place; English: 14th place)

groups.google.com (Global: 1,518th place; English: 1,072nd place)

ibm.com (Global: 1,131st place; English: 850th place)