InfoQ Homepage Concurrency Content on InfoQ
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Multicore Programming in Haskell
Simon Marlow explains through code samples what Haskell has to offer for concurrent programming through concurrent data structures and thread-based concurrency, and Haskell’s tools for parallelism.
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Embracing Concurrency At Scale
Justin Sheehy explains the principles behind concurrent distributed systems: no global state, no ACID but rather BASE, no RPC but protocols over APIs, prepare for failure, degradation, measurement.
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Are We There Yet?
Rich Hickey advocates the reexamination of basic principles used today like state, identity, value, time, to create new constructs to deal with the massive parallelism and concurrency of the future.
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Domain Specific Languages in Erlang
This presentation looks at several features of Erlang that make it particularly useful as a platform for creating DSL's. Those features include: message passing and dynamic code loading.
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Multicore Programming in Erlang
Ulf Wiger shows typical Erlang programs, patterns that scale well on multicore and patterns that don't, profiling and debugging parallel applications and ensuring correct behaviour with QuickCheck.
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Erlang Concurrency, What’s The Fuss?
Erlang is built on 3 components: language, OTP, and VM. Francesco Cesarini explains the role played by each component in order to ensure Erlang’s highly successful concurrency model.
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Concurrent Programming with Microsoft F#
Amanda Laucher presents a real life enterprise application written in F#. She shows actual code snippets, explaining design decisions and suggesting how to use some of the F# constructs.
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From Concurrent to Parallel
This presentation looks at how Java SE 7 will address the challenges of multi-processor systems and parallelism with extensions to the java.util.concurrent package.
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Functions + Messages + Concurrency = Erlang
This highly technical presentation discusses Erlang and three models of concurrent programming along with challenges posed by concurrency and how Erlang resolves them.
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Concurrency: Past and Present
Brian Goetz discusses the difficulties of creating multithreaded programs correctly, incorrect synchronization, race conditions, deadlock, STM, concurrency, alternatives to threads, Erlang, Scala.
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Erlang - software for a concurrent world
How do you program a multicore computer? Easy - do it in Erlang. Joe introduces Erlang, the ideas of Concurrent Oriented Programming and commercial applications written in Erlang.