Unity on Android: Performance Improvements and Development Impact
Explore Unity's latest improvements on Android, including Vulkan and multithreading, to enhance game development performance and productivity.
Optimizing Android Games Performance
Explore solutions for common Android game performance issues, covering multi-threading, battery usage, and thermal throttling to enhance your game development skills.
New Android Studio Build System Features and Improvements
Explore new features and APIs in Android Studio's build system, including namespaced resources, multi-threading, and improved sync, to enhance app development efficiency and performance.
ASYNC and AWAIT in C# - Asynchronous Programming Tutorial
Explore asynchronous programming in C# using async and await keywords. Learn to write non-blocking, scalable code for improved performance in long-running tasks and IO operations.
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.
Lightweight Threads in Java
Explore lightweight threads in Java with expert Ron Pressler, covering implementation, benefits, and practical applications for efficient concurrent 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.
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.
The Power and Perils of Parallel Streams in Java
Explore when and how to effectively use parallel streams in Java, including parallelization considerations, thread management, and common pitfalls to avoid for optimal performance.
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.
Make Your CPU Cores Sweat with Parallel Streams in Java 8
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.
Project Loom - Introducing Fibers for Efficient Concurrent Java Applications
Explore Project Loom's mission to revolutionize concurrent programming in Java with lightweight, efficient fibers managed by the JVM, enhancing performance and simplifying development.
Data Parallel Programming - Concepts and Challenges in Java
Explore data parallel computing techniques, array operations, and Java VM virtualization. Learn about multi-threading challenges, data partitioning strategies, and GPU thread concepts.
Java 19 Overview - New Features and Improvements
Explore Java 19's innovative features: structured concurrency, record patterns, foreign function API, virtual threads, pattern matching for switch, vector API, and Linux/RISC-V support.
Introduction to Akka Actors with Java 8
Learn Akka Actors in Java 8: concurrent programming made easier. Covers core concepts, examples, hierarchy, failure handling, lifecycle, dispatchers, and best practices for efficient actor-based development.
Project Loom - Revolutionizing Concurrency in Java
Explore Project Loom with Ron Pressler: its purpose, structure concurrency, frameworks, thread pools, use cases, and future implications for Java programming.
Java Virtual Threads - Efficient Concurrency in Project Loom
Explore Java's Project Loom and its lightweight thread implementation for efficient concurrency in server-side programming, enhancing scalability and observability in concurrent applications.
Helidon Níma and Virtual Threads - Inside Java Podcast Episode 29
Explore Helidon Níma, a microservices framework built on virtual threads. Learn about its architecture, benefits, and the impact of virtual threads on Java development from Helidon architect Tomas Langer.
Vector API - SIMD Programming in Java
Explore SIMD programming in Java with the Vector API, enabling platform-agnostic, data-parallel operations for enhanced performance and efficiency in your applications.
Data Oriented Design and Entity Component System Explained
Explore Data Oriented Design and Entity Component System, learning optimization techniques for faster iteration and lookup speeds applicable beyond game development.
Immutable Data Structures in C++
Explore immutable data structures in C++, their benefits for thread safety and code reasoning, and modern techniques to overcome performance challenges in multithreaded environments.