Category Archives: Dataflow

M&P New, Updated and Removed Articles

osted on June 25, 2015 by Herman E. Dolder

Updated

New

Removed

  • M&P H5J Concurrency in Javascript
  • IM&P H5J Declarative Composition of Concurrent Operations
  • M&P H5J Declarative Composition of Concurrent Operations,  Part 2
  • M&P H5J Declarative Composition of Concurrent Operations, Part 3
  • M&P Logic BLOCKS

M&P BXaml in .NET, Part 3

Posted on July 31, 2013 by Herman Dolder
 
IBLGBXamle
 

In the article titled “M&P H5J Declarative Composition of Concurrent Operations, Part 1″ we introduced an example coded in TypeScript in wich we declaratively composed a simple “pipeline” dataflow of concurrent-asynchronous operations.

In this article we present the same example ported to .NET (coded in C#) using the same BXaml code than in TypeScript and also we include some important comments.

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M&P H5J Distributed Processing on Internet

Posted on July 11, 2013 by Herman Dolder
 
IBLGMPDistProc
 

The main obje of the M&P plataform is to maximize the adaptability of applications in situations of high complexity and rapidly changing demands.

The schema of Distributed Processing of M&P provides the flexibility and modularity required to achieve this objective.

In M&P different parts of an application can run simultaneously on two or more computers. The parts communicate with each other over peer-to-peer (P2P) Real Time channels mainly on Internet.

The peer-to-peer channels of M&P are based on WebSockets available in a wide range of Operating Systems.

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M&P H5J More Concepts and Facilities

Posted on March 14, 2013 by Herman Dolder
Updated on February 19, 2014
 
IBLGMPConcepts
 

In the previous article titled “Concepts and Facilities” we presented a bird’s-eye view of the basics of M&P H5J, and in this article we will take a second tour to broaden and deepen some topics as preparation for future more specialized articles.

The M&P platform seeks to maximize the adaptability and the performance of applications by using a modular dataflow architecture based on interchangeable plug-and-play BLOCKS.

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M&P H5J Concepts and Facilities

Posted on March 4, 2013 by Herman Dolder
Updated on February 18, 2014
 
IBLGMPConcepts
 

The M&P plataform seeks to maximize the adaptability of applications in situations of high complexity demanding, for optimal users interaction, a maximum cross-platform portability, distributed processing on Internet, parallel processing, and the use of mobile devices.To resolve these situations of high complexity, which are becoming more frequent, M&P proposes a modular dynamic dataflow architecture that uses plug-and-play components.

In this post we describe the main concepts and facilities of the M&P H5J platform.

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See some images …