
Explore resource tracking techniques for JVM, covering models, contexts, factories, and instrumentation. Learn about meter interfaces, exceptions, and policy engines for efficient resource management.

Explore JavaFX text rendering techniques with Felipe Heidrich in this Silicon Valley JavaFX User Group meeting recording, enhancing your UI development skills.

Explore new embedded features in Java 8, including JavaFX on Raspberry Pi, Lego Mindstorms EV3, tablets, and smartphones. Learn to leverage these capabilities for innovative development.

Explore lambdas and devices in Java, focusing on practical applications and advanced programming techniques for enhanced functionality and efficiency.

Explore Lambda expressions, Streams, and Date & Time in Java 8 to enhance coding efficiency and simplify complex operations.

Learn essential Extreme Programming practices like unit testing, Test-Driven Development, and Continuous Integration to enhance software quality and development efficiency.

Explore Java EE and Websockets: advantages, API, server endpoints, and practical implementation through an informative presentation with live demo.

Explore Android Glass and Android Gear: wearable tech, development insights, and practical applications for smart devices and IoT integration.

Explore reactive programming in Java EE 8 using JAX-RS, CDI, and CompletionStage. Learn patterns to improve application performance without adopting external reactive frameworks.

Explore CDI 2.0's new features for asynchronous operations, Java SE compatibility, and simplified extension creation through live coding demonstrations and practical examples.

Explore G1GC performance tuning techniques using GC logs and JFR recordings to optimize Java application performance and understand G1 ergonomics.

Panel discussion on how Eclipse MicroProfile can boost Java EE 8 adoption, exploring recent advancements, roadmap, and leveraging Java EE technologies for microservices development.

Explore when and how to effectively use parallel streams in Java, including parallelization considerations, thread management, and common pitfalls to avoid for optimal performance.

Explore Java vulnerabilities, their management, and defense strategies. Learn about attack vectors, reporting processes, and effective methods to enhance code security against cyber threats.

Explore JVM optimizations and modern hardware features to enhance Java application performance, focusing on JIT compiler capabilities and Intel server platform advancements.

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.

Explore Java 9's module system to enhance code maintainability and extensibility. Learn design practices, trade-offs, and key concepts for building modular applications.

Explore Java's module system and services, learning to design modular APIs and improve program structure through interface-based programming and automatic implementation discovery.

Explore parallel streams in Java 8 for efficient multicore processing. Learn best practices, underlying mechanisms, and how to avoid common pitfalls while leveraging parallelism in your code.

Debunking Java EE myths: deployment speed, WAR size, RAM usage, performance, transaction overhead, cloud compatibility, and server footprint. Explore with data and code.

Unveiling HotSpot crash analysis techniques, tools, and strategies to detect, classify, and handle Java VM issues for improved application stability and performance.