C++ in the World of Embedded Systems
Explore C++ applications in embedded systems, focusing on modern features, frameworks, and design techniques for resource-constrained environments. Learn about potential benefits and limitations.
Local - Arena Memory Allocator
Explore efficient memory management with John Lakos as he delves into local ("arena") memory allocators, optimizing performance and resource utilization in software development.
Striving for Ultimate Low Latency
Explore techniques for achieving ultra-low latency in C++ programming, focusing on high-frequency trading and market data processing. Learn optimization strategies and pitfalls to avoid.
Multitype Pool - Fixed Type Allocation
Explore fixed-type allocation techniques to optimize memory management, reduce fragmentation, and enhance performance through stricter guarantees in modern allocators.
Beyond std - vector
Explore advanced C++ vector implementations, their features, performance, and use cases. Learn about static, small, and random vectors for optimized memory management.
What C and C++ Developers Can Learn from Rust
Explore how Rust's ownership model, memory safety features, and modern practices can enhance C/C++ development, improving code reliability and efficiency.
Exceptional Performance
Explore the impact of exceptions on C++ performance, examining hardware architecture, memory hierarchy, and optimization techniques to understand when exceptions might enhance performance.
RaftLib - Simpler Parallel Programming
Explore RaftLib, a C++ library simplifying parallel programming for heterogeneous multicore processors. Learn to write efficient code for complex hardware without extensive low-level knowledge.
Test Resource - The PMR Detective
Explore pmr::test_resource for detecting memory allocation bugs in C++. Learn to diagnose and fix issues like leaks, overruns, and exception-safety failures using real-world examples.
The Performance Price of Dynamic Memory in C++
Explore performance impacts of dynamic memory in C++, covering allocation costs, memory access patterns, and cache-aware design principles with practical examples and solutions.
How Memory Profilers Work
Explore memory profilers in Python: types, allocation patterns, and effective usage for optimizing large-scale applications and diagnosing memory issues.
Python Memory Management 101
Explore Python's memory allocation, garbage collection, and reference counting. Learn to configure the gc module and implement best practices for efficient memory management.
Fast Native Data Structures - C-C++ from Python
Explore efficient data processing using Cython to leverage native C/C++ data structures, optimizing performance for large-scale numerical and string operations in Python.
Memory Problems, Did Collector Forget to Clean the Garbage?
Explore Python memory management, common errors, and optimization techniques. Learn about CPython's allocation, garbage collection, and practical ways to improve code efficiency.
Query Tuning Mastery - Zen and the Art of Workspace Memory
Explore advanced query tuning techniques, focusing on workspace memory optimization for improved performance and scalability in SQL Server. Learn monitoring, query hints, and memory internals for complex queries.
Hash Match, the Operator
Deep dive into SQL Server's Hash Match operator: its versatility, memory usage, and performance characteristics. Explore how it functions in execution plans for advanced query optimization.
ION - dma-buf Allocators - Constraint Solving
Roundtable on ION/dma-buf allocators and constraint solving, discussing centralized vs device-specific allocators, userland device constraint discovery, and potential iommu/dma-api extensions.
GCMA - Guaranteed Contiguous Memory Allocator
Explore the Guaranteed Contiguous Memory Allocator (GCMA) for Linux, its design principles, implementation challenges, and potential performance benefits for memory-intensive applications.
Reworking of KVA Allocator in Linux Kernel
Exploración detallada de las mejoras en el asignador KVA del kernel Linux, abordando problemas de fragmentación y rendimiento con nuevos esquemas de asignación y ubicación de memoria.
Kernel Memory Management MC
Explore advanced kernel memory management techniques and strategies in this comprehensive Linux Plumbers Conference session.
Swift's Pointy Bits - Unsafe Swift & Pointer Types
Explore Swift's unsafe APIs, pointer types, and memory manipulation techniques for advanced performance needs while maintaining code safety and best practices.