TY - JOUR
AU - 
AB - A product or technology is perceived easily in case it has a high level of usability. This means users have no difficulties or encounter problems while using. The purpose of this study is to conduct usability testing of vision sensor-based working time measurement technology. It is meant to determine the ability of the technology to conduct work time measurement functions with the same results as the conventional process using a stopwatch. The study involves an experimental method with two factors. Based on the results of the ANOVA Two-Way Analysis (within-subject design), the first and second levels in apparatus factor shows there is no difference in the average value of the cycle time between work measurements with and without the vision sensor technology (F (4,1) < F (5,12)). Therefore, the technology designed is capable of measuring obtained critical the same work as manual measurement. Keywords: Cycle time, Vision sensor technology, Usability testing. INTRODUCTION Time is a variable widely used as a measurable parameter (tangible) and directly represents the duration a work cycle is carried out. Cycle time referred to the period needed from beginning to the end of a task and is related to the completion of a work function. 
TI - Usability Testing Vision Sensor Based Work Time Measurement Technology
JF - Jurnal PASTI
DO - 10.22441/pasti.2020.v14i2.001
DA - 2020-11-09
UR - https://www.deepdyve.com/lp/unpaywall/usability-testing-vision-sensor-based-work-time-measurement-technology-uSNT3nd6Hy
DP - DeepDyve
ER -