Optimizing Software: Locality & Scheduling

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Related lectures (30)

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Emphasizes the need for efficient software in embedded systems, discussing optimizations to reduce worst case execution times.

Cache Coherence: Basics and Protocols

Explores cache coherence challenges, protocols, and directory-based solutions in multi-core systems.

Memory Hierarchy: Spatial and Temporal Locality Analysis

Explores the significance of cache memory in relation to spatial and temporal locality, emphasizing cache efficiency based on program characteristics.

Device Management in Operating Systems: Chaperones and Persistence

Discusses device management in operating systems, focusing on device drivers, persistence, and performance optimization techniques.

Cache Coherence: Basics and Protocols

Explores cache coherence in multiprocessor systems, discussing basic protocols and challenges of shared data among CPUs.

Principles of Locality

Explores the impact of locality on system design, discussing strategies to optimize efficiency and performance through data layout, lock design, and data movement minimization.

VLIW Architectures: Compilers and Instruction Level Parallelism

Covers VLIW architectures and compilers, focusing on instruction level parallelism and optimization techniques.

Basic Cache Coherence

Introduces the basics of cache coherence, covering cache organization, coherence protocols, and challenges in multi-level cache hierarchies.

Multi Masters Systems

Explores Multi Masters Systems, discussing architectures with multiple processors, shared memory, mutual exclusion, and hardware accelerators.

GPU Advanced: Memory Management and Optimization

Explores advanced GPU memory management, CUDA programming, and data-parallel computing for optimizing performance.