TY - JOUR T1 - Adaption and Standardization of the Test of Visual-Motor Skills Revised TT - انطباق و هنجاریابی نسخه بازبینی‌شده آزمون مهارت‌های بینایی-حرکتی JF - USWR JO - USWR VL - 5 IS - 1 UR - http://rehabilitationj.uswr.ac.ir/article-1-142-en.html Y1 - 2004 SP - 39 EP - 48 KW - Standardization KW - Visual-motor skills KW - Validity KW - Reliability N2 - Objective: This research has been carried out with the aim of adaptation, standardization and finding the validity and reliability of Visual-Motor Skills-revised Test for children. Materials & Methods: A multi-stage sampling from the children of the city of Tehran resulted in a sample of 1281 subjects, ages 2,11 through 13,11.the test consisted of 23 geometric designs and each of the designs was assessed through a definite criteria and was scored as errors(weakness) and accuracies(strength).For adaptation and standardization of this test, at first step the examiner`s manual and the test items were translated into Farsi. The final form of the test was obtained after performing the pre-tryout and tryout stages, and doing the data analysis by classic model of reliability. Internal consistency coefficients of the subtests were obtained by Cronbach`s Alpha time consistency of the subtests and compound scores were obtained by test-retest. Alpha coefficients for the compound scores were obtained by Guilford formula, which is designed for estimating the compound scores. To obtain the content validity, criterion-related validity and construct validity of the subtests and compound scores, appropriate methods were used. Results: The results obtained ensure the applicability of this test for the evaluation of visual-motor skills of children of Tehran. Conclusion: According to the findings, this test can be used for the disorders in eye-hand coordination, the identification of children with disorders in visual – motor skills. It can also be used for the documentation of the development of fine – motor skills specially in visual – motor skills in 3-14 years – old children. M3 ER -