A Generic Programming Extension for Haskell by Hinze, R

Comparing Datatype Generic Libraries in Haskell by Kiselyov, B

Stream fusion on Haskell Unicode strings by Harper, T

Quantitative information flow with Monads in Haskell by Gibbons, J, McIver, A, Morgan, C, Schrijvers, T

“…Monads are a popular feature of the programming language Haskell because they can model many different notions of computation in a uniform and purely functional way. …”

Proceedings of the 2001 ACM SIGPLAN Haskell Workshop

Standard Libraries for the Haskell 98 Programming Language by [editor], P, Simon, [editor], J, Augustsson, L, Barton, D, Boutel, B, Burton, W, Fraser, S, Fasel, J, Hammond, K, Hinze, R, Hudak, P, Johnsson, T, Jones, M, Launchbury, J, Meijer, E, Peterson, J, Reid, A, Runciman, C, Wadler, P

Standard Libraries for the Haskell 98 Programming Language by Augustsson, L, Barton, D, Boutel, B, Burton, W, Fraser, S, Fasel, J, Hammond, K, Hinze, R, Hudak, P, Johnsson, T, Jones, M, Launchbury, J, Meijer, E, Peterson, J, Reid, A, Runciman, C, Wadler, P

BioShake: a Haskell EDSL for bioinformatics workflows by Justin Bedő

Subjects: “…Haskell…”
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Hybrid eager and lazy evaluation for efficient compilation of Haskell by Maessen, Jan-Willem

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Experience Report: A Haskell interpreter for CellML by Cooper, J, McKeever, S

“…In this paper we present our use of functional programming (FP), specifically Haskell, to provide an operational semantics for a domain-specific language, CellML, that describes mathematical models of biological processes. …”

Experience Report: A Haskell Interpreter for CellML by Cooper, J, McKeever, S

Investigating STM in Haskell as an Alternative to Programming Systems with Shared Memory by Ernâni Teixeira Liberali, Juliana Kaiser Vizzotto

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Generating multithreaded code from Parallel Haskell for symmetric multiprocessors by Caro, Alejandro

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Haskell 98 — A Non−strict‚ Purely Functional Language by [editor], P, Simon, [editor], J, Augustsson, L, Barton, D, Boutel, B, Burton, W, Fraser, S, Fasel, J, Hammond, K, Hinze, R, Hudak, P, Johnsson, T, Jones, M, Launchbury, J, Meijer, E, Peterson, J, Reid, A, Runciman, C, Wadler, P

On the inverse problem for earthquake rupture: the Haskell-type source model by Das, S, Suhadolc, P

“…We construct synthetic accelerograms in the vicinity of an earthquake for a discrete analog of the Haskell-type rupture model with a prescribed rupture velocity in a layered medium. …”

On the inverse problem for earthquake rupture: The Haskell-type source model by Das, S, Suhadolc, P

“…We construct synthetic accelerograms in the vicinity of an earthquake for a discrete analog of the Haskell-type rupture model with a prescribed rupture velocity in a layered medium. …”

Scala for generic programmers Comparing Haskell and Scala support for generic programming by Oliveira, B, Gibbons, J

“…Most approaches to DGP are developed in pure functional programming languages such as Haskell. We argue that the functional object-oriented language Scala is in many ways a better choice. …”

The sculptor speaks : Jacob Epstein to Arnold L Haskell : a series of conversations on art / by 466241 Epstein, Jacob

The religious attitude and life in Islam : being the Haskell lectures on comparative religion delivered before the University of Chicago in 1906 / by MacDonald, Duncan Black, 1863-1943

Effect of non-uniform station coverage on the inversion for earthquake rupture history for a Haskell-type source model by Sarao, A, Das, S, Suhadolc, P

“…In order to determine how reliably one can invert accelerograms to determine the rupture process details, when the station configuration is less than optimal, we use the vertical component of synthetic accelerograms for a Haskell-type earthquake rupture model, at stations in the vicinity of a dip-slip fault and solve the inverse problem. …”