AbstractThis paper introduces TILC: the interactive lambda-calculus tracer. TILC aims to be a friendly user graphical application that helps teaching/studying the main basic concepts of pure untyped lambda-calculus. This is achieved by allowing users to graphically interact with a sort of parse-tree of the lambda-terms and automatically reproducing these interactions in the lambda-term. This graphical interaction encourages students to practice with lambda-terms easing the learning of the syntax and of the operational semantics of lambda-calculus.TILC has been built using HASKELL, and the tools wxHaskell and Happy. It can be freely downloaded from http://ima.udg.edu/~villaret/tilc/
AbstractWe present the Lambda Context Calculus. This simple lambda-calculus features variables arran...
AbstractWe describe lambda calculus reduction strategies using big-step operational semantics and sh...
this paper and the LF. In particular the idea of having an operator T : Prop ! Type appears already ...
AbstractThis paper introduces TILC: the interactive lambda-calculus tracer. TILC aims to be a friend...
We introduce and study graphic lambda calculus, a visual language which can be used for representing...
Algorithm visualization is a subset of computer science in which educators build visual representati...
The Lambda Calculus is a formal system, originally intended as a tool in the foundation of mathemati...
The lambda calculus is a formal symbolic term rewrite system that has been used for many years both ...
The main objective of this research is to generate a mobile aiding tool that can help students with ...
We present the type rules for a dependently typed core calculus together with a straight-forward imp...
abstract: Natural Language Processing is a subject that combines computer science and linguistics, a...
Lambda-calculus is a language introduced by Church in 1930 aiming to build a logical basis for mathe...
The lambda-bar-mu-mu-tilde-calculus, introduced by Curien and Herbelin, is a calculus isomorphic to ...
untyped lambda calculus was introduced around 1930 by Church [11] as part of an investigation in the...
We present the Lambda Context Calculus. This simple lambda-calculus features variables ar-ranged in ...
AbstractWe present the Lambda Context Calculus. This simple lambda-calculus features variables arran...
AbstractWe describe lambda calculus reduction strategies using big-step operational semantics and sh...
this paper and the LF. In particular the idea of having an operator T : Prop ! Type appears already ...
AbstractThis paper introduces TILC: the interactive lambda-calculus tracer. TILC aims to be a friend...
We introduce and study graphic lambda calculus, a visual language which can be used for representing...
Algorithm visualization is a subset of computer science in which educators build visual representati...
The Lambda Calculus is a formal system, originally intended as a tool in the foundation of mathemati...
The lambda calculus is a formal symbolic term rewrite system that has been used for many years both ...
The main objective of this research is to generate a mobile aiding tool that can help students with ...
We present the type rules for a dependently typed core calculus together with a straight-forward imp...
abstract: Natural Language Processing is a subject that combines computer science and linguistics, a...
Lambda-calculus is a language introduced by Church in 1930 aiming to build a logical basis for mathe...
The lambda-bar-mu-mu-tilde-calculus, introduced by Curien and Herbelin, is a calculus isomorphic to ...
untyped lambda calculus was introduced around 1930 by Church [11] as part of an investigation in the...
We present the Lambda Context Calculus. This simple lambda-calculus features variables ar-ranged in ...
AbstractWe present the Lambda Context Calculus. This simple lambda-calculus features variables arran...
AbstractWe describe lambda calculus reduction strategies using big-step operational semantics and sh...
this paper and the LF. In particular the idea of having an operator T : Prop ! Type appears already ...