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Implementing Functional Logic Languages Using Multiple Threads and Stores Andrew Stomach apt cs.PDX.edu Sergio Anton cs.PDX.edu Marius Nita Marius cs.PDX.edu Dept. of Computer Science, Portland State
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We implement a minimal functional logic language based on the CTM library, which we interpret as a multi-threaded, transactional, logical language. This language is used to demonstrate several new features of lazy functional languages, including non-determinism, a monodic environment, nondeterministic computation, and fairness. This is the first publication of a paper based on a TLA+ implementation of a functional logic language.

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Implementing functional logic languages refers to the process of creating and developing programming languages that combine functional programming and logic programming concepts to solve computational problems.
Implementing functional logic languages can be developed by individuals or teams of software developers, researchers, and computer scientists who specialize in programming language design and implementation.
Filling out implementing functional logic languages involves designing and coding programming language features that support both functional and logic programming paradigms, testing and debugging the language implementation to ensure correctness and efficiency, and documenting the language specification and usage guidelines for developers.
The purpose of implementing functional logic languages is to provide programming languages that offer a powerful combination of functional programming's ability to express complex computations and logic programming's capacity to reason about and solve logical problems. These languages can be used in various domains, such as artificial intelligence, theorem proving, and application development.
When reporting on implementing functional logic languages, information such as the language's design principles, syntax, semantics, supported programming constructs, type system, execution model, and examples of how to use the language to solve problems must be provided.
The deadline to file implementing functional logic languages in 2023 may vary depending on the specific context or organization. It is recommended to check with relevant authorities or project guidelines to determine the exact deadline.
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