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How System 11 SQL Server Became Fast

机译:System 11 SQL Server如何快速发展

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High performance and SMP scalability were key goals for the System 11 release of Sybase SQL Server. With System 11, Sybase has gone from about 1400 tpmC to 14000 tpmC. This leap in performance was achieved as a result of new features as well as extensive detailed performance studies and rework of the core server. Logical memory management via multiple buffer caches helped to fine tune the use of memory. The log bottleneck was alleviated to a large extent, while still maintaining the log as a table. Private log caches minimized the synchronization for group commit. Parallel lock manager eliminated a key single point of contention in the server. Spinlock data structures were aligned to cache line sizes for various hardware platforms. Performance monitoring was made less intrusive. Critical regions were drastically reduced. Idle ticks were mopped up by the use of a housekeeper thread for issuing writes. Writes were balanced across disks to reduce impact of checkpoint.
机译:高性能和SMP可伸缩性是Sybase SQL Server System 11发行版的主要目标。在系统11中,Sybase已从约1400 tpmC增至14000 tpmC。性能的飞跃是由于新功能以及大量详细性能研究和核心服务器返工而实现的。通过多个缓冲区高速缓存进行逻辑内存管理有助于微调内存的使用。日志瓶颈在很大程度上得以缓解,同时仍将日志保留为表格。专用日志缓存最大程度地减少了组提交的同步。并行锁管理器消除了服务器中的关键单点争用。自旋锁数据结构与各种硬件平台的缓存行大小对齐。降低了性能监视的干扰。关键区域大大减少。使用管家线程进行写操作可以清除空闲的滴答声。跨磁盘平衡写操作,以减少检查点的影响。

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