• 了解微型计算机的发展、应用及其分类 • 掌握计算机数据的表示 • 掌握计算机的组成结构 • 理解微型计算机的工作过程

1 Asynchronous I/O Latency Asynchronous I/O interfaces Message queues 2 I/O optimizations Optimizing network transfers Optimizing local transfers 3 Influence of data structures on I/O Measuring I/O efficiency of algorithms 4 Caching Principles Policies Distributed Caches 5 Conclusion

◆ 创建面域 ◆ 面域的布尔运算 ◆ 从面域中提取数据 ◆ 设置图案填充 ◆ 设置孤岛和边界 ◆ 使用渐变色填充图形 ◆ 编辑图案填充 ◆ 分解图案

1 Storage devices Existing devices 2 Parallelizing files’ storage Striping Introduction to Map/Reduce 3 Risks of data loss and corruption 4 Data consistency Checksums Practical usage 5 Data safety Redundancy Parity Erasure coding 6 Conclusion

中国科学院：CERN专题计算学校《T-CSC数据存储》课程教学资源（讲义）Data storage and preservation-pres

1 Asynchronous I/O Latency Asynchronous I/O interfaces Message queues 2 I/O optimizations Optimizing network transfers Optimizing local transfers 3 Influence of data structures on I/O Measuring I/O efficiency of algorithms 4 Caching Principles Policies Distributed Caches 5 Conclusion

1 Measuring Performance What is performance ? Tools available Finding bottlenecks 2 Code modernization 3 Improving Memory Handling Context Containers and memory Container reservation Detecting offending code 4 The nightmare of thread safety Context and constraints Identifying problems Solving problems Thread contention 5 Low level optimizations Scope and target How to measure ? Improving Vectorization promises 6 Conclusion

中国科学院：CERN专题计算学校《T-CSC数据存储》课程教学资源（讲义）Preserving data-pres

中国科学院：CERN专题计算学校《T-CSC数据存储》课程教学资源（讲义）Many ways to store data-pres

中国科学院：CERN专题计算学校《T-CSC数据存储》课程教学资源（讲义）Structuring data for efficient I/O-pres