Functional Programming is a relatively new area of computer science. These proceedings contain 25 papers representing an excellent snapshot of the current state of functional programming and are written by the leading computer scientists in this aera. In some universities, a functional programming language is used as the introductory teaching language and computer architectures are being designed and investigated to support functional languages.
A New Method for Strictness Analysis on Non-Flat Domains.- Backwards Strictness Analysis: Proved and Improved.- Abstract Interpretation of Polymorphic Functions.- An Iterative Powerdomain Construction.- Complexity Analysis for a Lazy Higher-Order Language.- Deriving the Fast Fourier Algorithm by Calculation.- Chemical Reaction as a Computational Model.- Sketching a Constructive Definition of `mix´.- Transformation in a Non-Strict Language: An Approach to Instantiation.- Referentially Transparent Database Languages.- Imperative Effects from a Pure Functional Language.- Designing Data Structures.- Describing Butterfly Networks in Ruby.- Implementation of a Non-Standard Interpretation System.- Simulating Multiprocessor Architectures for Compiled Graph-Reduction.- Dependent Sums Express Separation of Binding Times.- Type Inference and Type Classes.- Implementing Haskell Type Classes.- Implementing Functional Languages on the Transputer.- Hope+ on Flagship.- Expressing and Reasoning About Non-Deterministic Functional Programs.- Evaluation Annotations for Hope+.- Some Ideas On Parallel Functional Programming.- Parsing Using Combinators.- Gerald: An Exceptional Lazy Functional Programming Language.- Geometrization for Interactive Software Development.- Author Index.
A New Method for Strictness Analysis on Non-Flat Domains.- Backwards Strictness Analysis: Proved and Improved.- Abstract Interpretation of Polymorphic Functions.- An Iterative Powerdomain Construction.- Complexity Analysis for a Lazy Higher-Order Language.- Deriving the Fast Fourier Algorithm by Calculation.- Chemical Reaction as a Computational Model.- Sketching a Constructive Definition of 'mix'.- Transformation in a Non-Strict Language: An Approach to Instantiation.- Referentially Transparent Database Languages.- Imperative Effects from a Pure Functional Language.- Designing Data Structures.- Describing Butterfly Networks in Ruby.- Implementation of a Non-Standard Interpretation System.- Simulating Multiprocessor Architectures for Compiled Graph-Reduction.- Dependent Sums Express Separation of Binding Times.- Type Inference and Type Classes.- Implementing Haskell Type Classes.- Implementing Functional Languages on the Transputer.- Hope+ on Flagship.- Expressing and Reasoning About Non-Deterministic Functional Programs.- Evaluation Annotations for Hope+.- Some Ideas On Parallel Functional Programming.- Parsing Using Combinators.- Gerald: An Exceptional Lazy Functional Programming Language.- Geometrization for Interactive Software Development.- Author Index.
Inhaltsverzeichnis
A New Method for Strictness Analysis on Non-Flat Domains.- Backwards Strictness Analysis: Proved and Improved.- Abstract Interpretation of Polymorphic Functions.- An Iterative Powerdomain Construction.- Complexity Analysis for a Lazy Higher-Order Language.- Deriving the Fast Fourier Algorithm by Calculation.- Chemical Reaction as a Computational Model.- Sketching a Constructive Definition of 'mix'.- Transformation in a Non-Strict Language: An Approach to Instantiation.- Referentially Transparent Database Languages.- Imperative Effects from a Pure Functional Language.- Designing Data Structures.- Describing Butterfly Networks in Ruby.- Implementation of a Non-Standard Interpretation System.- Simulating Multiprocessor Architectures for Compiled Graph-Reduction.- Dependent Sums Express Separation of Binding Times.- Type Inference and Type Classes.- Implementing Haskell Type Classes.- Implementing Functional Languages on the Transputer.- Hope+ on Flagship.- Expressing and Reasoning About Non-Deterministic Functional Programs.- Evaluation Annotations for Hope+.- Some Ideas On Parallel Functional Programming.- Parsing Using Combinators.- Gerald: An Exceptional Lazy Functional Programming Language.- Geometrization for Interactive Software Development.- Author Index.
Klappentext
Functional Programming is a relatively new area of computer science. These proceedings contain 25 papers representing an excellent snapshot of the current state of functional programming and are written by the leading computer scientists in this aera. In some universities, a functional programming language is used as the introductory teaching language and computer architectures are being designed and investigated to support functional languages.
Springer Book Archives
