JEP 344

GPTKB entity

Statements (295)
Predicate Object
gptkbp:instance_of gptkb:API
gptkb:Java_Enhancement_Proposal
gptkbp:bfsLayer 4
gptkbp:bfsParent gptkb:JEP_395
gptkb:JEP_33
gptkb:JDK_10
gptkb:JDK_14
gptkb:Java_10
gptkbp:addresses performance bottlenecks
long pause times
gptkbp:aims_to reduce latency
improve throughput
Garbage Collection efficiency
Simplify type checks and casts
boilerplate code in numerical applications
improve numerical computing in Java
gptkbp:allows aborting mixed collections
Not all operations vectorized.
gptkbp:approves March 2016
March 2018
gptkbp:benefits Leverage hardware vector instructions.
Improved observability of Java applications.
gptkbp:campaigns Future enhancements outlined.
gptkbp:challenges Complexity of implementation.
gptkbp:collaborated_with Java performance teams
gptkbp:collaborations gptkb:Java_community
Collaborative development with contributors.
gptkbp:committee Use with caution in production.
gptkbp:community Growing user community.
gptkbp:community_engagement Active discussions in forums.
gptkbp:community_support Active community forums.
gptkbp:contributed_to Java performance optimization
gptkbp:contribution Open for contributions.
Open source contributions accepted.
gptkbp:created 2017-06-12
2018-01-10
gptkbp:date 2021-09-14
gptkbp:debut_year Version history maintained.
gptkbp:dependency Requires JDK internals.
gptkbp:discusses Open JDK mailing list.
gptkbp:ends_at gptkb:2018
gptkbp:enhances Type safety
application responsiveness
G1's mixed collection process
array manipulation capabilities in Java
gptkbp:example Sample code provided in documentation.
Vector operations in numerical algorithms.
gptkbp:facilitates linear algebra operations
gptkbp:features gptkb:video_game
gptkb:Java_9_runtime
enhances user experience
gptkbp:feedback Collected through surveys.
User feedback incorporated into updates.
Positive response from developers.
Continuous improvement based on user feedback.
gptkbp:first_published 2017-09-21
2021-09-15
2018-09-25
gptkbp:focuses_on performance optimization
gptkbp:future_plans Enhancements based on feedback.
Explore additional vector types.
gptkbp:goal Improve performance of vector computations.
gptkbp:governed_by Managed by Open JDK community.
gptkbp:has_documentation Available on Open JDK website.
Comprehensive user guides available.
gptkbp:has_goal Achieve near-native performance.
https://www.w3.org/2000/01/rdf-schema#label JEP 344
gptkbp:impact Improves performance by delaying initialization.
Improves usability of collections in concurrent applications.
gptkbp:improves Code readability
enterprise applications
memory management
application responsiveness
gptkbp:includes multi-dimensional arrays
JIT compiler enhancements
Garbage Collector improvements
gptkbp:influences Similar AP Is in other languages.
gptkbp:integrates_with Integrates with Java's standard library.
gptkbp:introduced gptkb:Java_9
gptkb:Java_11
gptkb:Java_16
gptkb:Java_17
gptkbp:is_a_solution_for high throughput applications
gptkbp:is_adopted_by open-source projects
large-scale systems
Growing among Java developers.
Used in libraries and frameworks.
gptkbp:is_aimed_at enterprise applications
server applications
reducing latency
gptkbp:is_analyzed_in performance reviews
performance analysts
gptkbp:is_associated_with Java performance
gptkbp:is_characterized_by Java developers
gptkbp:is_cited_in academic papers
Java performance articles
gptkbp:is_compatible_with Backward compatible with existing Java code.
Java's type system
gptkbp:is_described_as gptkb:Pattern_Matching_for_instanceof
gptkb:New_mac_OS_Rendering_Pipeline
Provides a mechanism to express vector computations.
This JEP proposes a mechanism for lazily initializing variables.
performance improvements in JDK 11
Describes the release schedule for JDK 17.
Provides an API for streaming events from the Java Flight Recorder.
gptkbp:is_designed_for high-performance computing
gptkbp:is_designed_to data scientists
minimize application impact
gptkbp:is_discussed_in gptkb:Java_conferences
gptkb:Java_community
technical blogs
Java forums
gptkbp:is_documented_in Open JDK documentation
JDK Enhancement-Proposal documentation
JDK release notes
gptkbp:is_evaluated_by performance benchmarks
software engineers
gptkbp:is_expected_to provide comprehensive documentation
improve code readability
reduce development time
facilitate data visualization
support real-time data processing
encourage community contributions
improve collaboration between Java and Python developers
attract more users to Java for data science
enable data aggregation techniques
enable parallel processing
enhance data manipulation capabilities
enhance data storage solutions
enhance educational resources for Java users
enhance interoperability with Python
facilitate big data processing.
foster innovation in Java programming
increase performance of numerical algorithms
provide a competitive alternative to Python
provide a framework for data modeling
provide a platform for data-driven applications
provide a rich set of mathematical functions
provide efficient memory management
provide tools for data cleaning
simplify data analysis tasks
support GPU acceleration
support cloud computing integration
support complex data structures
support data mining techniques
support data transformation operations
support integration with existing Java libraries
support statistical analysis
support time series analysis
gptkbp:is_implemented_in gptkb:Java_SE_9
gptkb:Open_JDK_11
gptkb:chess_match
Incubator module in JDK.
gptkbp:is_influenced_by community feedback
previous JE Ps
previous garbage collection strategies
Python's scientific libraries
gptkbp:is_integrated_with Works with existing Java libraries.
gptkbp:is_part_of gptkb:Java_SE_11
gptkb:Java_SE_9
gptkb:G1_Garbage_Collector
gptkb:Java_Enhancement_Proposal
Java performance tuning
Java platform evolution
Java's evolution strategy
Java's feature set
Java's modernization efforts
Java's garbage collection improvements
Java's ongoing development
Java's performance roadmap
Java SE 11 release
gptkbp:is_promoted_by Java advocates
Java training courses
gptkbp:is_referenced_in gptkb:JEP_346
Java documentation
gptkbp:is_related_to gptkb:JEP_330
gptkb:JEP_335
gptkb:Company
gptkb:software_framework
gptkb:Num_Py
performance tuning
memory allocation
gptkbp:is_reviewed_by gptkb:software_framework
gptkbp:is_scalable Designed for scalable applications.
gptkbp:is_supported_by gptkb:Java_frameworks
Java developers
Java user groups
gptkbp:is_tested_for real-world applications
development environments
Extensive performance testing conducted.
Conducted with various workloads.
gptkbp:is_utilized_in gptkb:Cloud_Computing_Service
Java applications
gptkbp:key Improved performance
Thread safety
Enhanced error handling
Abortable operations
Flexible API design
Mixed collections support
User-defined abort conditions
gptkbp:language gptkb:Java
gptkbp:latest_version gptkb:Java_SE_9
1.0
Managed in Git.
gptkbp:notable_for Java garbage collection
gptkbp:notable_recipients gptkb:Brian_Goetz
gptkb:David_Holmes
gptkb:Venkat_Subramaniam
gptkb:Doug_Lea
gptkb:Alex_Buckley
gptkb:Josh_Bloch
gptkb:Kirk_Pepperdine
gptkb:Mark_Reinhold
gptkb:Richard_Warburton
gptkb:Jesse_Glick
gptkbp:number_of_stages August 2021
gptkbp:objective Numerical computing.
gptkbp:origin better resource management
gptkbp:performance Benchmarks available.
Detailed performance reports available.
Significant speedup for vectorized operations.
gptkbp:plot_summary Provides a mechanism for aborting operations on mixed collections.
gptkbp:produced_by Ongoing development.
gptkbp:project Enhance Java's performance capabilities.
Agile methodology employed.
Make Java a competitive choice for high-performance applications.
gptkbp:proposed_by gptkb:Database_Management_System
gptkb:Open_JDK_community
gptkb:Brian_Goetz
gptkb:software_framework
gptkb:Mark_Reinhold
gptkb:Java_21
JDK Enhancement-Proposal Team
enhances system performance
improves system stability
JDK Project
Abortable Mixed Collections for G1
Java performance enhancement
addresses performance issues
aims to optimize memory usage
enhances G1's capabilities
Num Py-style API for Java
enhance Java's appeal
gptkbp:provides Cleaner syntax for instanceof checks
a familiar interface for Python users
gptkbp:reduces stop-the-world pauses
gptkbp:regulatory_compliance Follows Java language specifications.
gptkbp:related_jeps gptkb:JEP_333
gptkb:JEP_344
gptkb:JEP_305
gptkb:JEP_312
gptkb:JEP_417
gptkbp:related_to gptkb:JEP_330
gptkb:JEP_338
gptkb:Java_Flight_Recorder
gptkb:language
gptkb:collection
Concurrency
gptkbp:release_date September 2021
gptkbp:release_format Long-Term Support (LTS)
gptkbp:released gptkb:JDK_17
gptkb:Java_SE_17
Regular updates planned.
Included in JDK release notes.
gptkbp:requires Java Development Kit (JDK) 9 or later
Java SE 8 or later
Java SE 17 or later.
gptkbp:security_features Follows Java security practices.
gptkbp:serving_temperature July 2021
gptkbp:specifies JDK Enhancement-Proposal
gptkbp:status gptkb:Final
gptkb:organization
gptkbp:supports broadcasting operations
Community support available.
gptkbp:targets gptkb:JDK_17
gptkb:17
gptkb:JDK_11
gptkb:JDK_9
scientific computing
gptkbp:technology gptkb:Java_Enhancement_Proposal
SIMD (Single Instruction, Multiple Data).
gptkbp:title gptkb:Vector_API_(Incubator)
Lazily-Initialized Variables
JDK 17 Release Schedule
JFR: Event Streaming API
Abortable Mixed Collections
gptkbp:tutorials Online tutorials provided.
gptkbp:type gptkb:API
gptkbp:use_case Machine learning, graphics processing.
gptkbp:user_base Java developers and data scientists.
gptkbp:user_reviews Various contributors.
gptkbp:uses Used for high-performance computing.
gptkbp:was_a_response_to user feedback
growing application demands
gptkbp:year_created 2018-09-25