Value Classes in Scala
Explore value classes in Scala, their implementation, use cases, and implications, with insights on performance, type hierarchy, and feature interactions.
Closures on Embedded JVM
Explore closures in embedded Java environments with expert insights on implementation, optimization, and practical applications.
Benchmarking for Good
Explore effective Java benchmarking techniques with expert Aleksey Shipilev, focusing on best practices and common pitfalls to improve code performance and optimization.
Securing the JVM - Java Virtualization and Security
Explore JVM security, virtualization challenges, and solutions for legacy Java applications. Learn about memory management and infrastructure benefits for enhanced Java performance.
Debugging at Full Speed
Explore advanced debugging techniques to enhance productivity and efficiency in software development with expert Michael Van De Vanter.
Eval4j Debugging Techniques - Interactive and Mixed Approaches
Explore advanced Java debugging techniques with Andrey Breslav, covering JDI, IntelliJ, interactive debugging, lambdas, class loaders, and memory models.
Lightweight Threads in Java
Explore lightweight threads in Java with expert Ron Pressler, covering implementation, benefits, and practical applications for efficient concurrent programming.
StructuredArray: Optimizing Memory Layout for Java Performance
Explore memory layout optimization in Java with StructuredArray, enhancing performance through efficient object organization and addressing speed limitations in modern programming.
Atomic VarHandles in Java
Explore atomic variable handles in Java with expert Paul Sandoz, covering advanced concurrency techniques and performance optimizations for multi-threaded applications.
Evolving the JVM
Explore the future of Java Virtual Machine with industry experts Brian Goetz and John Rose, discussing innovations and advancements in JVM technology.
Dynamic Languages Toolchain - Optimizing Performance and Reusability
Explore dynamic language toolchains, focusing on code reuse, type optimization, and performance enhancements for JVM-based languages.
Optimizing Dynamic Codebases
Explore techniques for optimizing dynamic codebases, focusing on memory usage, functional composition, startup speed, and code coverage to enhance Java application performance.
JRuby - The Hard Parts
Explore JRuby's complex aspects, including parsing, interpretation, native execution, and compatibility challenges, with expert insights on optimizing performance and integration.
Welcome to Oracle's Java Conference
Explore Java's evolution, innovative features, and future developments with Georges Saab. Learn about Oracle's commitment to enhancing Java and its impact on developers and products.
Nashorn War Stories - JavaScript Engine Development Challenges
Explore JavaScript engine development challenges and solutions with insights from a Nashorn project expert.
Lambda Performance Optimization in Java
Explore lambda performance in Java, covering linkage, capture, invocation, inlining, and scalar replacement. Gain insights into benchmarking and optimization techniques.
Project Jigsaw - Under the Hood
Explore Project Jigsaw's inner workings, including module declarations, class loading, readability, and layers. Learn about JDK 9 changes and get advice for framework developers.
Cost of Bytecode in Java Virtual Machine Optimization
Explore bytecode costs, optimization approaches, and performance analysis in JVM languages with Duncan MacGregor's insightful presentation from the 2016 JVM Language Summit.
One Compiler - Graal VM and Substrate VM Overview
Explore advanced Java compilation techniques, including Truffle, Graal VM, and Substrate VM, for optimized performance and efficient execution of JVM languages.
Eclipse OMR - Building Language Runtimes
Explore Eclipse OMR, an open-source runtime technology for building language runtimes, presented by Mark Stoodley at the JVM Language Summit 2016.
Valhalla Reflection: Challenges and Solutions for Java Generics
Explore Valhalla's impact on Java reflection, addressing challenges in generics, type annotations, and specialized generics. Learn about proposed solutions and their implications for JVM languages.