#advanced
8 articles about advanced
Filter by Topic
Instruction-Level Optimization: #[inline(always)]
Strategic application of Rust's #[inline(always)] attribute for instruction-level optimization, covering effective usage patterns and risks of overuse
Align data structures to cache lines
Designing cache-aligned data structures in multi-threaded Rust applications to prevent false sharing and optimize performance for large dataset processing
Mastering Inline Assembly in Rust: When and How to Optimize Safely
Low-level optimization in Rust, focusing on using inline assembly for performance-critical tasks
Profiling Rust: Tackling L1 Cache Misses with perf, Flamegraph, and Criterion
Low-level optimization in Rust, focusing on profiling tools to identify and fix performance bottlenecks like L1 cache misses
Boosting Rust Hot Loops: Slashing Branch Mispredictions
Low-level optimization in Rust, focusing on minimizing branch mispredictions in performance-critical loops
SIMD in Rust: Optimizing Matrix Multiplication
Leveraging Rust’s SIMD support for accelerating matrix multiplication with considerations for portability and correctness
Zero-Cost Abstractions: How Rust Optimizes Iterator Chains
Low-level optimization in Rust, focusing on iterator chains and zero-cost abstractions
Vec::push() in a loop vs. pre-allocating with Vec::with_capacity()?
Comparing performance of Vec::push() in loops versus pre-allocating with Vec::with_capacity(), analyzing memory reallocation costs and optimization strategies