# Evaluation of a Java Computer Algebra System

@inproceedings{Kredel2007EvaluationOA, title={Evaluation of a Java Computer Algebra System}, author={Heinz Kredel}, booktitle={Asian Symposium on Computer Mathematics}, year={2007} }

This paper evaluates the suitability of Java as an implementation language for the foundations of a computer algebra library. [] Key Result We evaluate some key points of our library and differences to other computer algebra systems.

## 13 Citations

### Symbolic Script Programming for Java

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### Generic, Type-Safe and Object Oriented Computer Algebra Software

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### Computer algebra in Java: libraries and scripting

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It is shown that the modeling of the relation between algebraic and real algebraic extension fields using the delegation design concept has advantages over the modeling as sub-types using sub-class implementation.

### Multivariate Greatest Common Divisors in the Java Computer Algebra System

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This paper exemplifies that the type design and implementation of JAS is suitable for the implementation of several greatest common divisor algorithms for multivariate polynomials, and introduces a parallel proxy for gcd implementations which runs different implementations concurrently.

### ON USING GENERICS FOR IMPLEMENTING ALGEBRAIC STRUCTURES

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This article analyzes the suitability of using parametric polymorphism, in an object-oriented programming context, for implementation of algebraic structures, showing some advantages but also some problems.

### Unique Factorization Domains in the Java Computer Algebra System

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This paper describes the implementation of recursive algorithms in unique factorization domains, namely multivariate polynomial greatest common divisors (gcd) and factorization into irreducible partsâ€¦

### How to turn a scripting language into a domain specific language for computer algebra

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The requirements for a scripting language in computer algebra are discussed and whether the languages Python, Ruby, Groovy and Scala meet these requirements are checked and it is concluded that any of the languages is suitable for the purpose.

### Comprehensive GrÃ¶bner Bases in a Java Computer Algebra System

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This work presents an implementation of the algorithms for computing comprehensive Grobner bases in a Java computer algebra system (JAS) that aims at the maximal semantic exploitation of the occurring algebraic structures.

### Distributed Hybrid GrÃ¶bner Bases Computation

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This paper improves the pure distributed algorithm by an hybrid approach where on the compute nodes parallel threads for each available processor can be used, and improves memory footprint by sharing the polynomials in memory between the threads on a node.

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