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Fri, 14 Jun 2013 14:53:48 GMTSlideShare feed for Slideshows by User: bgeronColloquium presentation
https://www.slideshare.net/bgeron/colloquium-presentation
colloquiumpresentation-130614145348-phpapp01 Continuation calculus (CC) is an alternative to lambda calculus, where the order of evaluation is determined by programs themselves. Owing to its simplicity, continuations are no unusual terms. This makes it natural to model programs with nonlocal control flow, as with exceptions and call-by-name functions.
This presentation includes the list multiplication example.]]>
Continuation calculus (CC) is an alternative to lambda calculus, where the order of evaluation is determined by programs themselves. Owing to its simplicity, continuations are no unusual terms. This makes it natural to model programs with nonlocal control flow, as with exceptions and call-by-name functions.
This presentation includes the list multiplication example.]]>
Fri, 14 Jun 2013 14:53:48 GMThttps://www.slideshare.net/bgeron/colloquium-presentationbgeron@slideshare.net(bgeron)Colloquium presentationbgeronContinuation calculus (CC) is an alternative to lambda calculus, where the order of evaluation is determined by programs themselves. Owing to its simplicity, continuations are no unusual terms. This makes it natural to model programs with nonlocal control flow, as with exceptions and call-by-name functions.
This presentation includes the list multiplication example.<img alt="" src="//cdn.slidesharecdn.com/ss_thumbnails/colloquiumpresentation-130614145348-phpapp01-thumbnail-2.jpg?cb=1371397138" style="border:1px solid #C3E6D8;float:right;" /><br> Continuation calculus (CC) is an alternative to lambda calculus, where the order of evaluation is determined by programs themselves. Owing to its simplicity, continuations are no unusual terms. This makes it natural to model programs with nonlocal control flow, as with exceptions and call-by-name functions.
This presentation includes the list multiplication example.

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7980//cdn.slidesharecdn.com/ss_thumbnails/colloquiumpresentation-130614145348-phpapp01-thumbnail-2.jpg?cb=1371397138presentationWhitehttp://activitystrea.ms/schema/1.0/posthttp://activitystrea.ms/schema/1.0/posted0Continuation calculus at Term Rewriting Seminar
https://www.slideshare.net/bgeron/continuation-calculus-at-term-rewriting-seminar
continuation-20calculus-20at-20terese-130529085707-phpapp02 Continuation calculus (CC) is an alternative to lambda calculus, where the order of evaluation is determined by programs themselves. Owing to its simplicity, continuations are no unusual terms. This makes it natural to model programs with nonlocal control flow, as with exceptions and call-by-name functions.]]>
Continuation calculus (CC) is an alternative to lambda calculus, where the order of evaluation is determined by programs themselves. Owing to its simplicity, continuations are no unusual terms. This makes it natural to model programs with nonlocal control flow, as with exceptions and call-by-name functions.]]>
Wed, 29 May 2013 08:57:07 GMThttps://www.slideshare.net/bgeron/continuation-calculus-at-term-rewriting-seminarbgeron@slideshare.net(bgeron)Continuation calculus at Term Rewriting SeminarbgeronContinuation calculus (CC) is an alternative to lambda calculus, where the order of evaluation is determined by programs themselves. Owing to its simplicity, continuations are no unusual terms. This makes it natural to model programs with nonlocal control flow, as with exceptions and call-by-name functions.<img alt="" src="//cdn.slidesharecdn.com/ss_thumbnails/continuation-20calculus-20at-20terese-130529085707-phpapp02-thumbnail-2.jpg?cb=1369821712" style="border:1px solid #C3E6D8;float:right;" /><br> Continuation calculus (CC) is an alternative to lambda calculus, where the order of evaluation is determined by programs themselves. Owing to its simplicity, continuations are no unusual terms. This makes it natural to model programs with nonlocal control flow, as with exceptions and call-by-name functions.