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A Proposal for a Standard With Innovation Management System

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İpek Koçoğlu; Salih Zeki İmamoğlu and Hüseyin İnce<br />

factor load of lower than 0.50 and those having collinearity with more than one factor, were removed<br />

one by one while continuing the factor analysis until reaching the ideal factor table. The results of the<br />

factor analysis are naturally gathered in ten factors of which one belongs to trust, one to commitment,<br />

four are part of IS and the final four constitute SCP.<br />

Table 1 shows that the factor loadings are between 0.590 and 0.889, with a total variance explained<br />

66.31%. Furthermore, the Kaiser-Meyer-Olkin test which in<strong>for</strong>ms the researchers about the adequacy<br />

level of the scales has been found as KMO= 0.91 and the Bartlett's test of sphericity testing if the<br />

correlations between variables are as expected has been found significant p= .000. Consequently, the<br />

presented items of the measurement scale were found to be appropriate to measure the variables<br />

given in the model.<br />

Table 1: The results of the exploratory factor analysis<br />

KMO: 0.91<br />

Bartlett's Test of<br />

Sphericity: .000<br />

Total Variance<br />

Explained: 66.31% Managerial<br />

Commitment<br />

<strong>System</strong>s<br />

Perspective<br />

Openness and<br />

Experimentation<br />

Knowledge<br />

Transfer and<br />

Integration<br />

Product<br />

<strong>Innovation</strong><br />

Process<br />

<strong>Innovation</strong><br />

MC1 .784<br />

MC 2 .775<br />

MC 3 .740<br />

MC 4 .653<br />

MC 5 .645<br />

SP 1 .888<br />

SP 2 .865<br />

SP3 .833<br />

OE 1 .854<br />

OE 2 .828<br />

OE 3 .748<br />

OE 4 .717<br />

KTI 1 .800<br />

KTI 2 .704<br />

KTI 3 .577<br />

KTI 4 .546<br />

PRDI 1 .889<br />

PRDI 2 .887<br />

PRDI 3 .856<br />

PRDI 4 .806<br />

PRDI 5 .752<br />

PRDI 6 .655<br />

PRCI 1 .879<br />

PRCI 2 .848<br />

PRCI 3 .838<br />

PRCI 4 .760<br />

PRCI 5 .673<br />

FP 1 .848<br />

FP 2 .773<br />

FP 3 .770<br />

FP 4 .759<br />

FP 5 .752<br />

FP 7 .590<br />

Next, we calculated means and standard deviations <strong>for</strong> each variable and created a correlation matrix<br />

as shown in Table 2. Moreover, Cronbach`s Alpha values representing reliability of each variable are<br />

shown on the diagonal of the table. Hence the variables are adequately reliable being all above 0.70<br />

as suggested by Nunnally (1978) with the exception of knowledge transfer and integration. The<br />

means and standard deviations are within the expected ranges. It is also seen as a result of the<br />

correlation analysis that all of the constructs each differing from each other as a factor, are<br />

significantly related to each other when one-to-one correlations are considered; and the relatively lowto-moderate<br />

correlations provide further evidence of discriminant validity. Especially the high<br />

389<br />

Firm Per<strong>for</strong>mance

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