INSTANCES OF JUST-IN-TIME (JIT) COMPILATION OF CODE USING DIFFERENT COMPILATION SETTINGS

Patent №

US 11,487,565

Granted

2022-11-01

Filed 2020

Owner

HEWLETT PACKARD ENTERPRISE DEVELOPMENT LP

Lab

—

AI components

hardware

Assignment

Recorded

Dataset

AIPD

2023_r1 edition

Application

17083769

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In some examples, just-in-time (JIT) control instructions upon execution cause a system to initiate a plurality of instances of JIT compilation of a first code called by a program, where the initiating of the plurality of instances of the JIT compilation of the first code is under control of the JIT control instructions that are outside the program, and the plurality of instances of the JIT compilation of the first code use respective different compilation settings, and are to produce respective JIT compiled instances of the first code.

AI hardwareG06F 9/4552G06F 8/434G06F 8/4441G06F 11/3616

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AI classification

AI hardware1.00

Planning0.04

Evolutionary computation0.02

Natural language0.01

Speech0.00

Knowledge representation0.00

Vision0.00

Machine learning0.00

Ownership

HEWLETT PACKARD ENTERPRISE DEVELOPMENT LP

assignment · 542110200

Assignors

KEEN, BENJAMIN, MENDYGRAL, PETER J., EILERTSON, ERIC EDWARD, LEE, KENT D.

On an employer assignment, the assignors are typically the inventors.

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Cites (26)

CORRELATING CLASS LOADER OBJECTS ACROSS EXECUTION ENVIRONMENTSUS 11,106,475 · 2021 BINDING CONSTANTS AT RUNTIME FOR IMPROVED RESOURCE UTILIZATIONUS 10,877,757 · 2020 HYPERVISOR-BASED JUST-IN-TIME COMPILATIONUS 10,824,453 · 2020 SECURE JUST-IN-TIME (JIT) CODE GENERATIONUS 10,795,989 · 2020 OPTIMIZING JUST-IN-TIME COMPILATION IN A NETWORK OF NODESUS 10,698,708 · 2020 REDUCING CALL OVERHEAD THROUGH FUNCTION SPLITTINGUS 10,289,392 · 2019 OPTIMIZATION AND AFFINITY FOR HYPERVISOR-BASED JUST-IN-TIME TRANSLATORUS 10,108,442 · 2018 SUPPORTING DYNAMIC BEHAVIOR IN STATICALLY COMPILED PROGRAMSUS 9,836,290 · 2017 SYSTEM CONVERTER THAT IMPLEMENTS A REORDERING PROCESS THROUGH JIT (JUST IN TIME) OPTIMIZATION THAT ENSURES LOADS DO NOT DISPATCH AHEAD OF OTHER LOADS THAT ARE TO THE SAME ADDRESSUS 9,733,909 · 2017 IN-PLACE FUNCTION MODIFICATIONUS 9,645,912 · 2017 UPDATING COMPILED NATIVE INSTRUCTION PATHSUS 9,529,610 · 2016 DEFINING AN INSTRUCTION PATH TO BE COMPILED BY A JUST-IN-TIME (JIT) COMPILERUS 9,524,178 · 2016 CONCURRENT ACCESSES OF DYNAMICALLY TYPED OBJECT DATAUS 9,501,409 · 2016 ADAPTIVE CLOUD AWARE JUST-IN-TIME (JIT) COMPILATIONUS 9,459,849 · 2016 SYSTEMS AND METHODS FOR PERFORMING HOOKING IN A JITTED ENVIRONMENTUS 9,298,432 · 2016 OPTIMIZING JUST-IN-TIME COMPILING FOR A JAVA APPLICATION EXECUTING ON A COMPUTE NODEUS 9,244,662 · 2016 IMPLEMENTING A JUMP INSTRUCTION IN A DYNAMIC TRANSLATOR THAT USES INSTRUCTION CODE TRANSLATION AND JUST-IN-TIME COMPILATIONUS 9,213,563 · 2015 DYNAMIC ON/OFF JUST-IN-TIME COMPILATION IN A DYNAMIC TRANSLATOR USING INSTRUCTION CODE TRANSLATIONUS 9,183,018 · 2015 JUST IN TIME CLOUD COMPILATIONUS 9,038,038 · 2015 IMPLEMENTATION OF DISTRIBUTED METHODS THAT SUPPORT GENERIC FUNCTIONSUS 8,924,944 · 2014 DISTRIBUTED JUST-IN-TIME COMPILATIONUS 8,539,464 · 2013 TRACING JUST-IN-TIME COMPILATION WITH POINTERS TO LOCAL VARIABLESUS 8,522,222 · 2013 COMPILING TECHNIQUES FOR PROVIDING LIMITED ACCURACY AND ENHANCED PERFORMANCE GRANULARITYUS 8,370,822 · 2013 SYSTEMS AND METHODS TO READ, OPTIMIZE, AND VERIFY BYTE CODES FOR A MULTIPLATFORM JITUS 7,370,321 · 2008 SYSTEMS AND METHODS PROVIDING LIGHTWEIGHT RUNTIME CODE GENERATIONUS 7,219,329 · 2007

and 1 more

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