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  Concurrency on a single thread Introduction F# has the async computation expression for writing parallel programs. Async achieves concurrency by using the CLR ThreadPool to queue work items for each logical thread created in an async expression (e.g., through Async.spawn or Async.parallel).... 08-03-2008, 2:40 by gneverov to Hell Is Other Languages

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  Investing in F# - Making the tools and language better still The F# team at Microsoft Research and Microsoft are currently working hard towards our planned CTP release of F#. This is a follow up to the 1.9.4 release of F# as a research language. When it comes, this release will be the first release... 07-26-2008, 9:50 by dsyme to Heart of Sharpness (The MSR F# Team's blog at The Hub)

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  F# Support for ASP.NET and Notes on Samples (This article is cross-posted from http://tomasp.net/articles/aspnet-in-fsharp.aspx) As I mentioned earlier, I spent three months as an intern in Microsoft Research in Cambridge last year and I was working with Don Syme and James Margetson from the F#... 03-08-2008, 14:36 by tomasp to My F# Notes

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  Using computation expressions to control monitor locks Using computation expressions to control monitor locks C# has the lock statement to support the use of .NET monitor synchronization. lock(this) { x--; } This curly-brace delimited block of atomic statements is easily identified in code. However having... 02-17-2008, 5:40 by gneverov to Hell Is Other Languages

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  Software Transactional Memory for F# I have written a library for using software transactional memory in F#. The library exposes memory transactions as a monad using F#’s new computation expression feature. It can be downloaded here. Software transactional memory (STM) is an approach to... 01-15-2008, 6:11 by gneverov to Hell Is Other Languages