Prototype implementation of a language Push, accompanying our recently submitted paper. The prototype is implemented and prepared by Ta-Chung Tsai.
While studying XML stream processing, we noticed that programmers need concurrency to save space, especially in a lazy language. We propose the idea of pushing datatypes — when a pushing closure is demanded, all expressions referring to it are evaluated concurrently to weak head normal forms. The closure is no more alive and may thus be garbage collected.
Research
Agda Approximation Bidirectional Updating Burrows-Wheeler Transform Concurrency Converse-of-a-Function Theorem Curry-Howard Data Structure Dependent Type Fibonacci GADT Galois Connection Greedy Theorem Haskell HaXML Imperative Programs Indirect Equality List Homomorphism Logic Logic Programming Optimisation Problems Program Derivation Program Inversion Quantum Programming Quine Regular Expression Segment Problems Termination Thinning Theorem Types XML Streaming λ calculusRecent Comments
- Matt on A Survey of Binary Search
- Shin on The Maximum Segment Sum Problem: Its Origin, and a Derivation
- Shin on The Maximum Segment Sum Problem: Its Origin, and a Derivation
- minime on Beamer Article Mode Does Not Save Paper?
- wren ng thornton on Proving the Church-Rosser Theorem Using a Locally Nameless Representation