This paper presents the software framework JStatCom which is geared towards the development of rich GUI clients for numerical procedures. The concept is to solve all recurring tasks with the help of reusable Java components. Optionally, one can delegate the execution of special numerical algorithms to external programs, for example Gauss or Matlab. This way it is possible to reuse an already existing code base for numerical routines written in different programming languages and to link them with the Java world. A reference application for JStatCom is the econometric software package JMulTi, which will shortly be introduced
We identify principles and practices for writing and publishing statistical software with maximum be...
Along with many others, we agree that a modern education in statistics needs to incorporate the prac...
Abstract: We want to create a working tool for mathematics teachers and a corresponding learning too...
This paper presents the software framework JStatCom which is geared towards the development of rich ...
Es wird das Software Framework JStatCom vorgestellt, welches die Enwicklung von leistungsfähigen gr...
Conceiving software solutions for statistical processing and algorithmic data analysis involves hand...
Numerical computation, knowledge discovery and statistical data analysis integrated with powerful 2D...
This paper examines the issue of computational languages and environments as software tools for the ...
Dynamic program analyses, such as profiling, tracing and bug-finding tools, are essential for softw...
We describe some progress toward a common framework for statistical analysis and software developmen...
The Java programming language has added a new tool for delivering computing applications over the Wo...
The fast turnover of software technologies, in particular in the domain of interactivity (covering u...
We present an object-oriented software framework allowing to specify, solve, and estimate nonlinear ...
This paper proposes an idea for building a Java Application Programming Interface (API) that allows ...
Many mathematical and statistical questions require the use of computational assistance. The propose...
We identify principles and practices for writing and publishing statistical software with maximum be...
Along with many others, we agree that a modern education in statistics needs to incorporate the prac...
Abstract: We want to create a working tool for mathematics teachers and a corresponding learning too...
This paper presents the software framework JStatCom which is geared towards the development of rich ...
Es wird das Software Framework JStatCom vorgestellt, welches die Enwicklung von leistungsfähigen gr...
Conceiving software solutions for statistical processing and algorithmic data analysis involves hand...
Numerical computation, knowledge discovery and statistical data analysis integrated with powerful 2D...
This paper examines the issue of computational languages and environments as software tools for the ...
Dynamic program analyses, such as profiling, tracing and bug-finding tools, are essential for softw...
We describe some progress toward a common framework for statistical analysis and software developmen...
The Java programming language has added a new tool for delivering computing applications over the Wo...
The fast turnover of software technologies, in particular in the domain of interactivity (covering u...
We present an object-oriented software framework allowing to specify, solve, and estimate nonlinear ...
This paper proposes an idea for building a Java Application Programming Interface (API) that allows ...
Many mathematical and statistical questions require the use of computational assistance. The propose...
We identify principles and practices for writing and publishing statistical software with maximum be...
Along with many others, we agree that a modern education in statistics needs to incorporate the prac...
Abstract: We want to create a working tool for mathematics teachers and a corresponding learning too...