August 2010 PASS Performance VC Presentation
Parallelism and Performance: Are You Getting Full Return on Your CPU Investment?
August 3rd 12:00 PM EDT (GMT -4)
In today's multi-core-driven world, query performance is very much determined by how well you're taking advantage of the processing power at your disposal. Are your big queries using every available clock tick, or are they lagging behind? And if your queries are already going parallel, can they be rewritten for even greater speed? In this session you will learn the background necessary to take full advantage of parallelism. We'll cover what parallelism is, why it's important, and the basics of how to read parallel query plans. Examples will be shown to illustrate some of the huge performance gains that can be had when we learn to properly control SQL Server's parallel processing capabilities. This session is a small preview of some of the material that will be covered in Adam Machanic's full-day PASS Summit post-con, "A Day of Doing Many Things at Once."
Adam Machanic is a Boston-based independent database consultant, writer, and speaker. He has been involved in dozens of SQL Server implementations for both high-availability OLTP and large-scale data warehouse applications, and has optimized data access layer performance for several data-intensive applications. Adam has written for numerous web sites and magazines, including SQLblog, Simple Talk, Search SQL Server, SQL Server Professional, CoDe, and VSJ. He has also contributed to several books on SQL Server, including "SQL Server 2008 Internals" (Microsoft Press, 2009) and "Expert SQL Server 2005 Development" (Apress, 2007). Adam regularly speaks at user groups, community events, and conferences on a variety of SQL Server and .NET-related topics. He is a Microsoft Most Valuable Professional (MVP) for SQL Server, Microsoft Certified IT Professional (MCITP), and a member of the INETA North American Speakers Bureau.
Attendee URL: https://www.livemeeting.com/cc/usergroups/join?id=3N22SG&role=attend&pw=mDNBC%7B%7BP5