Greg Michaelson – författare

This well-respected text offers an accessible introduction to functional programming concepts and techniques for students of mathematics and computer science. The treatment is as nontechnical as possible, assuming no prior knowledge of mathematics or functional programming. Numerous exercises appear throughout the text, and all problems feature complete solutions. 1989 edition.

Nobody doubted that atoms were real once atomic energy was developed, but in the early 20th-century and before their existence was widely doubted. Defending Materialism follows the political and theoretical background of this intense philosophical controversy, defending atomistic and mechanical materialism against idealist paradigms. These accounts range from the explicit idealism criticised by Lenin and Einstein to the implicit Hegelian idealism that influenced Soviet dialectical materialism.Following several key threads, the authors trace how the idea of atoms has changed over the centuries, how ideology has influenced both sides of the idealism/materialism divide, and how the nature of time in physics, biology and human society can give a fresh view of historical materialism. Starting from the origins of materialism in ancient Greek thought and moving through its revival in Isaac Newton and Charles Darwin gives a full picture of the links between the Marxist tradition and the ‘coarse materiality’ to which the worlds of science and philosophy have found themselves both subscribed and averse.

Nobody doubted that atoms were real once atomic energy was developed, but in the early 20th-century and before their existence was widely doubted. Defending Materialism follows the political and theoretical background of this intense philosophical controversy, defending atomistic and mechanical materialism against idealist paradigms. These accounts range from the explicit idealism criticised by Lenin and Einstein to the implicit Hegelian idealism that influenced Soviet dialectical materialism.Following several key threads, the authors trace how the idea of atoms has changed over the centuries, how ideology has influenced both sides of the idealism/materialism divide, and how the nature of time in physics, biology and human society can give a fresh view of historical materialism. Starting from the origins of materialism in ancient Greek thought and moving through its revival in Isaac Newton and Charles Darwin gives a full picture of the links between the Marxist tradition and the ‘coarse materiality’ to which the worlds of science and philosophy have found themselves both subscribed and averse.

This book brings together leading researchers and practitioners in the field of functional programming. The work presented here covers many aspects of the field, including:language design proof and transformationsemantics and modelsimplementationapplicationstype systemsparallelism and distributionperformance modelling and profilingprogramming methodologiesThe Editors provide a substantial introduction to a wide ranging set of papers, arranged by subject area. Appropriate overviews and summaries bring strong thematic links between chapters and sections covering:Parallel Systems and ProgrammingType SystemsArchitectures and ImplementationsApplicationsTheoryThe articles themselves are drawn from the First Scottish Functional Programming Workshop, held in Stirling in 1999. Central Scotland has been very influential in the development of functional programming, with notable contributions including the design, implementation and use of the SASL, Standard ML and Haskell languages. The Workshops provide an international forum, linking a vibrant Scottish core with the wider community. As a product of this forum, the book brings a broad perspective on current research trends and practice in the field.

This is a survey of research trends in parallel functional programming. The text is divided into two sections: the first section gives comprehensive introductions to key issues such as: foundations, programming constructs, proof, architectures, and implementations; the second comprises shorter summaries of research areas which are either of particular interest at the moment, or which promise to provide key developments in the near future. Topics covered here include: coordination languages, performance monitoring data flow programming explicit parallelism BSP and cost modelling. Contributions have been commissioned by key researchers and practitioners in the area, including several from the US and Canada where this is an area of increasing interest.

Functional programminghas a long history,reaching back through early reali- tions in languages like LISP to foundational theories of computing, in particular ?-calculus and recursive function theory. In turn, functional programming has had wide in?uence in computing, both through developments within the dis- pline, such as formal semantics, polymorphic type checking, lazy evaluation and structural proof, and as a practical embodiment of formalized approaches, such as speci?cation, transformation and partial application. One of the engaging features of functional programming is precisely the crossover between theory and practice. In particular, it is regarded as ess- tial that all aspects of functional programming are appropriately formalized, especially the speci?cation and implementation of functional languages. Thus, specialist functional programming events like the International Workshop on the Implementation of Functional Languages (IFL) attract contributions where strong use is made of syntactic, semantic and meta-mathematical formalisms to motivate, justify and underpin very practical software systems.IFL grew out of smaller workshops aimed at practitioners wrestling with the nuts and bolts of making concrete implementations of highly abstract l- guages. Functional programming has always been bedeviled by an unwarranted reputation for slowand ine?cient implementations. IFL is one venue where such problemsaretackledheadon,alwaysusing formaltechniques to justify practical implementations.