While linear programming is a common tool in business and industry, there have not been many applications in educational assessment and only a handful of individuals have been actively involved in conducting psychometric research in this area. Perhaps this is due, at least in part, to the complexity of existing software packages. This article presents three applications of linear programming to automate test assembly using an add-in to Microsoft Excel 2007. These increasingly complex examples permit the reader to readily see and manipulate the programming objectives and constraints within a familiar modeling environment. A spreadsheet used in this demonstration is available for downloading
Optimal test construction deals with automated assembly of tests for educational and psychological m...
textEach year the construction of several linear forms of an assessment is required for most large-...
This report contains a review of procedures for computerized assembly of linear, sequential, and ada...
While linear programming is a common tool in business and industry, there have not been many applica...
In psychological and educational assessment, combining items from an existing item pool into new tes...
In optimal assembly of tests from item banks, linear programming (LP) models have proved to be very ...
This paper deals with the problem of selecting tests from item banks. In an item bank, items are sto...
A method of automatically selecting items for inclusion in a test that has constraints on item conte...
In educational testing the work of professional test agencies has shown a trend towards item banking...
It is proposed that the assembly of tests for the measurement of multiple abilities be based on targ...
ABSTRACT. This paper focuses upon how it is possible to create optimal solution to the problem of pr...
This article shows how set covering with item sampling (SCIS) methods can be used in the analysis an...
The advent of computers in educational and psychological measurement has lead to the need for algori...
Linear programming problems with maximally three variables can be solved graphicaly. The aim of this...
The advent of computers in educational and psychological measurement has lead to the need for algori...
Optimal test construction deals with automated assembly of tests for educational and psychological m...
textEach year the construction of several linear forms of an assessment is required for most large-...
This report contains a review of procedures for computerized assembly of linear, sequential, and ada...
While linear programming is a common tool in business and industry, there have not been many applica...
In psychological and educational assessment, combining items from an existing item pool into new tes...
In optimal assembly of tests from item banks, linear programming (LP) models have proved to be very ...
This paper deals with the problem of selecting tests from item banks. In an item bank, items are sto...
A method of automatically selecting items for inclusion in a test that has constraints on item conte...
In educational testing the work of professional test agencies has shown a trend towards item banking...
It is proposed that the assembly of tests for the measurement of multiple abilities be based on targ...
ABSTRACT. This paper focuses upon how it is possible to create optimal solution to the problem of pr...
This article shows how set covering with item sampling (SCIS) methods can be used in the analysis an...
The advent of computers in educational and psychological measurement has lead to the need for algori...
Linear programming problems with maximally three variables can be solved graphicaly. The aim of this...
The advent of computers in educational and psychological measurement has lead to the need for algori...
Optimal test construction deals with automated assembly of tests for educational and psychological m...
textEach year the construction of several linear forms of an assessment is required for most large-...
This report contains a review of procedures for computerized assembly of linear, sequential, and ada...