kmiita2SR

<code>kmiita2SR</code> takes the result of a <code>DAKS::iita()</code> call and
delivers the matrix of the computed surmise relation.

Knowledge space theory by Doignon and Falmagne (1999)
<doi:10.1007/978-3-642-58625-5> is a set- and order-theoretical
framework, which proposes mathematical formalisms to operationalize
knowledge structures in a particular domain. The 'kstMatrix' package
provides basic functionalities to generate, handle, and manipulate
knowledge structures and knowledge spaces. Opposed to the 'kst'
package, 'kstMatrix' uses matrix representations for knowledge
structures. Furthermore, 'kstMatrix' contains several knowledge spaces
developed by the research group around Cornelia Dowling through
querying experts.

Cord Hockemeyer

kstMatrix

Basic Functions in Knowledge Space Theory Using Matrix
Representation

Peter Steiner

Wai Wong

kmiita2SR function

<dl><dt>ii</dt>
<dd><code>iita()</code> result</dd>
<dt>names</dt>
<dd>Vector of item names (default NULL)</dd>
<dt>items</dt>
<dd>Minimal number of items (default 0)</dd></dl>

Arguments

Convert an IITA result into a surmise relation matrix — kmiita2SR

<dl>

<dt>ii</dt>
<dd><code>iita()</code> result</dd>


<dt>names</dt>
<dd>Vector of item names (default NULL)</dd>


<dt>items</dt>
<dd>Minimal number of items (default 0)</dd>

</dl>

kmiita2SR: Convert an IITA result into a surmise relation matrix

Description

Usage

Value

Arguments

See Also