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Confirmation of the Instrumental Difference for Each Ion-Sensitive Field-Effect Transistors to Evaluate Mental Workload.

, , and . SMC, page 1803-1808. IEEE, (2020)

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A characteristic of target cognition using marine radar., and . SMC (3), page 2741-2745. IEEE, (2004)Evaluation of ship navigator's mental workload for ship handling based on salivary NO3-., , , , , , , , and . SMC, page 1531-1535. IEEE, (2012)Evaluation of Marine Simulator Training Based on Heart Rate Variability., , , , , , , , and . SMC, page 233-238. IEEE, (2009)An evaluation of mental workload for effective navigation., and . Interact. Technol. Smart Educ., 5 (1): 29-38 (2008)Study on Evaluation Support System for Ship Handling Simulator Training., , , , , and . WAC, page 277-282. IEEE, (2021)Evaluation of Mental Workload for Ship Handling Using Physiological Indices., and . ICETET, page 604-608. IEEE Computer Society, (2009)Toward Universalizing Common Skills of Ship Navigators., , and . SMC, page 814-818. IEEE, (2006)The Effect of Motion-Induced Factor on the Operator Performance during Ship's Watch., , , , , and . SMC, page 4595-4600. IEEE, (2013)Evaluation of Pilot Mental Workload for Simulator Based Training Using Heart Rate Variability., , and . SMC, page 4601-4605. IEEE, (2013)Marine pilot trainee's mental workload for simulator based training using R-R interval., , and . SMC, page 1522-1526. IEEE, (2014)