Cassandra on Steroids - Optimizing Performance with Azul Runtimes
Explore how Azul's runtimes enhance Apache Cassandra's performance, eliminating Java-related issues and delivering consistent response times for improved reliability and scalability.
Wasm GC: What Exactly Is It and Why You Should Care
Demystifying Wasm GC: Learn about its impact on language implementation, its key features, and why it matters for developers working with WebAssembly.
What's New in Java Development Kit 12
Explore key Java 12 features: Switch Expressions, new String methods, and Garbage Collection updates. Learn implementation in IntelliJ IDEA for enhanced development.
Android for Java Developers - Developing Better Applications
Learn key constraints and patterns for creating better Android apps, focusing on memory management, collections, and event handling.
Managing Native C++ Memory in Android
Explore memory management challenges in Android native apps, focusing on Java-C++ object interactions, potential pitfalls, and best practices for avoiding memory corruption issues.
Deep Dive into the ART Runtime - Android Performance Optimization
Explore ART runtime internals, focusing on Kotlin performance and app startup improvements. Learn about compiler, garbage collector, and key optimizations across Android versions.
ART Runtime Improvements for Android Development
Explore ART runtime improvements over Dalvik, focusing on garbage allocation and collection performance, and their impact on Android development practices.
Understanding Android Runtime for Faster Apps
Explore Android Runtime improvements for enhanced app performance, including faster debugging, profiling, installation, launch times, and optimized garbage collection.
What's New in App Performance - Android Runtime and Tools
Explore tools and techniques for optimizing Android app performance, including startup metrics, benchmark libraries, baseline profiles, and garbage collection improvements.
Twitter's Quest for a Wholly Graal Runtime - Improving Java Performance
Explore Twitter's use of Graal to optimize Java performance, reduce CPU usage, and cut costs in their massive distributed system through improved machine code generation.
Native Script Engine: Integrating V8 JavaScript with Java - Jim Laskey
Explore integrating V8 JavaScript with Java, covering performance, memory management, and API adaptation. Insights on JVMV8, multi-threading, and Node.js integration included.
ZGC: The Next Generation Low-Latency Garbage Collector
Explore ZGC, a low-latency garbage collector for terabyte-sized heaps. Learn its functionality, use cases, implementation, recent improvements, and future development plans.
Multi-Language Runtime for JVM - JVMLS 2015
Explore IBM's vision for multi-language runtimes, including JVM concerns, secret experiments, and innovations in method profiling, garbage collection, and JIT compilers.
VM Design Choices for Java Virtual Machines - JVMLS 2015
Explore VM design choices for JVM languages, covering interpreters, optimization, garbage collection, multithreading, and more. Gain insights into JVM architecture and performance considerations.
Java at Speed - Getting the Most Out of Modern Hardware
Explore JVM optimizations and modern hardware features to enhance Java application performance, focusing on JIT compiler capabilities and Intel server platform advancements.
Scale Up with Lock-Free Algorithms - Java Performance Optimization
Learn to design and implement scalable lock-free algorithms in Java, utilizing multi-core CPUs and large memory systems. Explore atomic operations, performance optimization, and practical challenges in building efficient concurrent systems.
Ask the OpenJ9 Architects - Q&A Session on Open Source JVM
Explore OpenJ9, an open-source JVM, with IBM architects. Learn about its features, benefits, and implementation in this Q&A session covering memory management, GC policies, and supported platforms.
Shenandoah 2.0 - Advancing Garbage Collection Beyond Pause Time Control
Explores advancements in Shenandoah garbage collection, focusing on partial collections of heap regions using various heuristics to optimize performance for different application types beyond traditional generational GC.
Understanding Java Garbage Collection
Explore Java garbage collection techniques, algorithms, and metrics. Learn to balance responsiveness, throughput, and memory usage for optimal application performance.
JDK 9 Hidden Gems - Performance Optimizations and New Features
Explore JDK 9's hidden features: enhanced performance, optimized libraries, and advanced technologies for big data, cloud, and HPC applications.
Thread Sanitizing for Java - Implementation and Initial Findings
Explore Thread Sanitizer for Java: implementation details, data race detection in libraries, and JVM insights. Learn about project goals and provide feedback on this emerging tool.