Quasiprobability distribution - Revision history

2601:9:2680:A850:4DD4:42F4:5A75:709: Corrected derivative rule to obtain normally ordered moments from characteristic P-function/* Characteristic functions */

2014-12-27T18:32:28Z

Corrected derivative rule to obtain normally ordered moments from characteristic P-functionCharacteristic functions

← Older revision		Revision as of 20:32, 27 December 2014
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	~~The '''join-calculus'''~~ is ~~a [[process calculus]] developed at [[INRIA]]~~. ~~The join-calculus~~ was ~~developed to provide a formal basis for the design of distributed programming languages, and therefore intentionally avoids communications constructs found in other process calculi, such~~ as ~~[[synchronous rendezvous\|rendezvous]] communications, which are difficult to implement in~~ a ~~distributed setting~~.<ref>{{cite paper \| author=Cedric Fournet, Georges Gonthier \| title=The reflexive CHAM and the join-calculus \| year = 1995 \| url=http://citeseer.ist.psu.edu/fournet95reflexive.html}}, pg. 1</ref> Despite this limitation, the join-calculus is as expressive as the full [[Pi-calculus\|<math>\pi</math>-calculus]]. Encodings of the <math>\pi</math>-calculus in the join-calculus, and vice-versa, have been demonstrated.<ref>{{cite paper \| author=Cedric Fournet, Georges Gonthier \| title=The reflexive CHAM and the join-calculus \| year = 1995 \| url=http://citeseer.ist.psu.edu/fournet95reflexive.html}}, pg. 2</ref>		She is known by the name of Myrtle Shryock. Since she was eighteen she's been working as a receptionist but her marketing by no means arrives. To gather cash is what his family and him enjoy. Puerto Rico is exactly where he's always been residing but she needs to transfer because of her family members.<br><br>my web blog [http://inspirationpedi.com/groups/useful-guidance-for-battling-your-yeast-infection/ home std test kit]

	~~The join-calculus is a member of the [[Pi-calculus\|<math>\pi</math>-calculus]]~~ family ~~of process calculi,~~ and can be considered, at its core, an asynchronous <math>\pi</math>-calculus with several strong restrictions:<ref>{{cite paper \| author=Cedric Fournet, Georges Gonthier \| title=The reflexive CHAM and the join-calculus \| year = 1995 \| url=http://citeseer.ist.psu.~~edu/fournet95reflexive.html}}, pg. 19</ref>~~
	*Scope restriction, reception, and replicated reception are syntactically merged into a single construct, the ''definition'';
	*Communication occurs only on defined names;
	*For every defined name there is exactly ~~one replicated reception.~~
	~~However, as a language for programming, the join-calculus offers at least one convenience over the <math>\pi</math>-calculus — namely the use of~~ '~~'multi-way join patterns'', the ability~~ to ~~match against messages from multiple channels simultaneously.~~

	~~==Languages based on the join-calculus==~~

	The [[join-calculus programming language]] is based on the join-calculus process calculus. It is implemented as an interpreter written in [[OCaml]], and supports statically typed distributed programming, transparent remote communication, agent-based mobility, and failure-detection.<~~ref~~>~~{{cite paper \| author=Cedric Fournet, Georges Gonthier \| title=The Join Calculus: A Language for Distributed Mobile Programming \| year = 2000 \| url=http://citeseer.ist.psu.edu/670457.html}}~~<~~/ref~~>

	~~[[JoCaml]] is a version of [[OCaml]] extended with join-calculus primitives.~~

	~~[[Polyphonic C sharp\|Polyphonic C#]] and its successor [[Cω]] extend [[C Sharp (programming language)\|C#]].~~

	[http://~~www.mcsharp.net MC#] and [http://www.parallelcsharp~~.com ~~Parallel C#] extend Polyphonic C#.~~

	~~[[Join Java]] extends [[Java (programming language)\|Java]].~~

	~~The [http://channel.sourceforge.net/ Boost.Join] library is an implementation in C++.~~

	~~A [http:~~//~~research.microsoft.com/en~~-~~us/um/people/crusso/papers/cb.pdf Concurrent Basic] proposal that uses Join~~-~~calculus~~

	~~==References==~~

	~~<references/>~~

	~~==External links==~~
	* INRIA, [http://moscova.inria.fr/join/index.shtml Join Calculus homepage]

	<!-- ~~this is mostly related to parallel programming~~ -->

	~~[[Category:Process calculi]~~]


	~~{{prog-lang-stub}}~~

en>Cuzkatzimhut: /* Introduction */ typography

2013-09-13T15:33:55Z

Introduction: typography

← Older revision		Revision as of 17:33, 13 September 2013
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	~~Marvella~~ is ~~what you can call her but it's not~~ the ~~most female~~ title ~~out there~~. ~~For many years he's~~ been ~~operating as a meter reader~~ and ~~it's some thing he truly enjoy~~. ~~South Dakota~~ is ~~her beginning location but she needs to move simply because~~ of ~~her~~ family ~~members~~. He is ~~really fond~~ of ~~doing ceramics but he~~ is ~~struggling to find time for it~~.<br><br>~~my page~~; [http://www.~~karachicattleexpo~~.com/~~blog~~/~~56 www~~.~~karachicattleexpo~~.com]		The '''join-calculus''' is a [[process calculus]] developed at [[INRIA]]. The join-calculus was developed to provide a formal basis for the design of distributed programming languages, and therefore intentionally avoids communications constructs found in other process calculi, such as [[synchronous rendezvous\|rendezvous]] communications, which are difficult to implement in a distributed setting.<ref>{{cite paper \| author=Cedric Fournet, Georges Gonthier \| title=The reflexive CHAM and the join-calculus \| year = 1995 \| url=http://citeseer.ist.psu.edu/fournet95reflexive.html}}, pg. 1</ref> Despite this limitation, the join-calculus is as expressive as the full [[Pi-calculus\|<math>\pi</math>-calculus]]. Encodings of the <math>\pi</math>-calculus in the join-calculus, and vice-versa, have been demonstrated.<ref>{{cite paper \| author=Cedric Fournet, Georges Gonthier \| title=The reflexive CHAM and the join-calculus \| year = 1995 \| url=http://citeseer.ist.psu.edu/fournet95reflexive.html}}, pg. 2</ref>

			The join-calculus is a member of the [[Pi-calculus\|<math>\pi</math>-calculus]] family of process calculi, and can be considered, at its core, an asynchronous <math>\pi</math>-calculus with several strong restrictions:<ref>{{cite paper \| author=Cedric Fournet, Georges Gonthier \| title=The reflexive CHAM and the join-calculus \| year = 1995 \| url=http://citeseer.ist.psu.edu/fournet95reflexive.html}}, pg. 19</ref>
			*Scope restriction, reception, and replicated reception are syntactically merged into a single construct, the ''definition'';
			*Communication occurs only on defined names;
			*For every defined name there is exactly one replicated reception.
			However, as a language for programming, the join-calculus offers at least one convenience over the <math>\pi</math>-calculus — namely the use of ''multi-way join patterns'', the ability to match against messages from multiple channels simultaneously.

			==Languages based on the join-calculus==

			The [[join-calculus programming language]] is based on the join-calculus process calculus. It is implemented as an interpreter written in [[OCaml]], and supports statically typed distributed programming, transparent remote communication, agent-based mobility, and failure-detection.<ref>{{cite paper \| author=Cedric Fournet, Georges Gonthier \| title=The Join Calculus: A Language for Distributed Mobile Programming \| year = 2000 \| url=http://citeseer.ist.psu.edu/670457.html}}</ref>

			[[JoCaml]] is a version of [[OCaml]] extended with join-calculus primitives.

			[[Polyphonic C sharp\|Polyphonic C#]] and its successor [[Cω]] extend [[C Sharp (programming language)\|C#]].

			[http://www.mcsharp.net MC#] and [http://www.parallelcsharp.com Parallel C#] extend Polyphonic C#.

			[[Join Java]] extends [[Java (programming language)\|Java]].

			The [http://channel.sourceforge.net/ Boost.Join] library is an implementation in C++.

			A [http://research.microsoft.com/en-us/um/people/crusso/papers/cb.pdf Concurrent Basic] proposal that uses Join-calculus

			==References==

			<references/>

			==External links==
			* INRIA, [http://moscova.inria.fr/join/index.shtml Join Calculus homepage]

			<!-- this is mostly related to parallel programming -->

			[[Category:Process calculi]]


			{{prog-lang-stub}}

en>Cuzkatzimhut: /* Introduction */

2012-08-05T22:13:22Z

Introduction

New page

Marvella is what you can call her but it's not the most female title out there. For many years he's been operating as a meter reader and it's some thing he truly enjoy. South Dakota is her beginning location but she needs to move simply because of her family members. He is really fond of doing ceramics but he is struggling to find time for it.<br><br>my page; [http://www.karachicattleexpo.com/blog/56 www.karachicattleexpo.com]