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Lecture
File System Performance: Techniques and Optimizations
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Related lectures (32)
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Optimizing Software: Locality & Scheduling
Explores software optimizations for cache efficiency, parallel execution, and load balancing.
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.
Operating Systems: The Role of Glue Services
Covers the role of operating systems as glue services that simplify application design and enhance resource management.
Memory Consistency Models
Explores memory consistency models, cache coherence, and processor performance factors.
Advanced Synchronization & Transactional Memory
Covers advanced synchronization techniques, atomic operations, lock implementations, and hardware support for queue locks.
CMP Caches I
Explores CMP cache basics, transactional memory, in-flight transactions, cache overflow mechanism, and victim replication.
File System Abstraction: Understanding Files and Directories
Explains the file system abstraction, focusing on files, directories, and their management within a computer system.
File Systems
Covers the fundamentals of file systems, focusing on managing persistent blocks efficiently and implementing file system APIs.
Cache Coherence: Basics and Protocols
Explores cache coherence in multiprocessor systems, discussing basic protocols and challenges of shared data among CPUs.
Scalable Synchronization Mechanisms for Manycore Operating Systems
Explores scalable synchronization mechanisms for many-core operating systems, focusing on the challenges of handling data growth and regressions in OS.
