Personal schedule for Chad Mumford
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Project Voldemort is an open source eventually consistent cloud key-value database with pluggable persistent store architecture. This session focuses on Nokia’s contributions to Voldemort and covers various aspects of MySQL schema optimization; connection pooling and concurrency tweaks in the MySQL Connector/J based client; and MySQL/InnoDB performance tuning.
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InnoDB is the most popular, reliable and functional of the transactional storage engines available for MySQL. At this session, you will learn the current state of InnoDB and the new features in the InnoDB Plugin. You will also learn how InnoDB works and why those new features improve the performance and scalability.
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Learn about the features built into MySQL Connector/J targeted at scalability and reliability. The session will cover fault tolerant load balancing, replication-aware load balancing with slave fail-over, custom exception handling and some creative use of statement interceptors mixed with the built-in load balancer to implement sharding.
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Scale out websites are realizing order-of-magnitude improvements in performance, scalability, and availability while reducing TCO with tightly coupled, flash-based MySQL and NoSQL solutions. Darpan Dinker, Vice President of Database Technologies, Schooner Information Technology, discusses these innovative MySQL and NoSQL solutions, and presents case studies of their large scale deployments.
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Meet the developers behind the partitioning feature in MySQL and take your chance to influence the future development!
Get a detailed view of how the partitioning works inside the MySQL server, including the new features in 5.5 (COLUMS partitioning type, truncate partition, MyISAM key cache per partition, etc). And what is in development right now.
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Are you interested in splitting your application's reads and writes, so writes go to the master and SELECT queries go to slaves? This session is for you. Learn common patterns, pitfalls, and solutions.
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Many times, data warehouses are thrown up without much thought going into the logical/ physical design. But, high performance data warehouses and analytic databases don’t happen by accident; they come from solid up-front design work. This session describes the procedures to go from an empty data model to a physical data warehouse that can stand up to terabytes of data and intense user activity.
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Disks are often credited with being the biggest performance bottleneck to any database system. This session introduces you to Linux diagnostic tools, hardware purchasing options, and how you should be thinking about IO.
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One of the key elements of database expertise is understanding how
queries are executed. This talk gives a detailed and consistent
overview of query execution in MariaDB/MySQL covering both algorithms,
code, internal and external representations of query plans. Deeper
understanding of this area should benefit both current and future
server and storage engine developers, and DBAs.
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Database operations gets interesting when it involves several thousand databases, a high-profile site and you have a small core team of DBAs. Among other things, we will give a high-level overview of Facebook database architecture, Backup (and recovery) strategy and the mysql upgrade process.
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This presentation will teach you the InnoDB internals you need to know for performance optimization and operational tasks. You'll learn topics such as how InnoDB allocates space on the filesystem and in memory, how InnoDB recovery works, and how MVCC and locking work.
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Two MySQL engineers who have worked on developing stored procedures or related features will walk through the whole thing.
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This presentation will teach you the InnoDB internals you need to know for performance optimization and operational tasks. You'll learn topics such as how InnoDB allocates space on the filesystem and in memory, how InnoDB recovery works, and how MVCC and locking work.
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Two MySQL engineers who have worked on developing stored procedures or related features will walk through the whole thing.
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Facebook runs MySQL on commodity servers. Commodity servers have become extremely fast. Learn about the methods we use to identify performance bottlenecks in MySQL and the projects we have completed or started to keep pace with hardware advances.
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MySQL consultants have collected a toolset of MySQL architecture design patterns that are proven solutions for most MySQL system requirements. Each pattern has different strengths or weaknesses based on the application it may be used with. Learn the common patterns and which will work best for your applications and requirements.
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Caching is a powerful weapon in the arsenal of an enterprise data architect. Designing an optimal caching strategy for your organization can increase performance and help save cost, but a poorly designed caching strategy often hurts more than it helps. We will cover strategies encompassing popular options available for caching.
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Have you outgrown your data infrastructure or need to leverage more powerful computing hardware but don't have the budget to build your own information technology solutions? If you find yourself wondering how you can afford more powerful database systems but only need them for a limited timeframe, this session will give you the information you need to access and use MySQL in a cloud environment.
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A demo of downloadable publicly available as-of-April-2010 MySQL alphas + betas.
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