Is It An Interpretation or Revelation?

In my Life, I heard many times "Coriolan" Overture " (Beethoven), but this interpretation is a magic . Here comes maestro Carlos Kleiber to conduct :
http://www.youtube.com/watch?v=KB_-zFcy-hM&feature=related
Enjoy

State Monad in F#

I watched Brain Beckman's Web Cast "The Zen of Stateless State"
http://channel9.msdn.com/shows/Going+Deep/Brian-Beckman-The-Zen-of-Expressing-State-The-State-Monad/
and wrote example code for State Monad in F#. Please Check
http://www.paul-abraham.com/MonadsInFSharp.doc

iPod=Horse

Now, I know, why I don't have an iPod. Thank you Maestro Riccardo Mutti for valuable Insights:)
http://www.youtube.com/watch?v=2fyUGY5i9aQ

Enjoy
http://www.youtube.com/watch?v=-AgfCW4r82A

http://www.youtube.com/watch?v=Xvdig4N0bpk :)

Concurrent Quicksort in Erlang and F#

Moore’s Law is no more applicable ( http://en.wikipedia.org/wiki/Moore's_law ) since processors are not getting faster and faster. We have now multicore-processors and developers are confronted with new reality. There are dedicated frameworks like Parallel Extension ,Task Parallel Library(by-product of Microsoft Robotics) for Microsoft.net or dedicated programming languages such as Erlang, but the crucial ingredient for success is to modify algorithms to work parallel as possible. We can gauge achieved improvements by applying Amdahls Law(http://en.wikipedia.org/wiki/Amdahl). I am going to implement these algorithms in F# and Erlang.
Please read  more www.paul-abraham.com/ConcurrentProgramming.doc

A Giant Rock

Do I need to use synchronize primitives in F# MailboxProcessor ?

We don’t need any synchronizing primitives or additional synchronizing efforts to use F# Mailboxprocessor. I like to share a simple program which demonstrates that you don’t need care about synchronizing issues. Read more ....
www.paul-abraham.com/FSharpMailboxProcessor.doc

Data Abstraction in F#

Data abstraction deals with the question, how to compose compound data from primitive types. SICP states : Data abstraction is a methodology that enables us to isolate how a compound data object is used from the details of how it is constructed from primitive data object. We will firstly implement a solution which is similar to the SICP text book (http://mitpress.mit.edu/sicp/). It uses tuples as primitive data structure. Indeed, tuples are very straightforward and powerful primitive data structure in functional programming ,but on the other hand, we have to consider, whether these primitives are suitable for .Net platform in the era of SOA or cloud computing.
Please check http://www.paul-abraham.com/FSharpCode2SICP.doc to get the whole series .