Scholarlink

<p>Issues related to control using hand movements in space flight (SF) are extremely important. The safety of SF depends on the success of the operator’s activities. The influence of the SF factor (support unloading) was studied using a ground-based model of “dry” immersion (DI). The study was conducted in conditions of DI lasting seven days. A visual-motor task consisting of using a joystick to move a cursor from the center of the screen to randomly appearing peripheral targets was used to assess the effect of DI on cursor movement parameters in four directions in 10 subjects. Differences in task performance time and accuracy depending on the direction of hand movement were found in control studies, and these persisted during and after the effect of DI. In the first days of DI, most of the cursor movement parameters assessed worsened, regardless of direction; restoration occurred by the end of immersion. The extent of the impact of DI on cursor movement parameters differed depending on the direction of hand movement and was greatest in the first days of DI. The smallest impact of DI was on the movement from left to right.</p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Effect of “Dry” Immersion on the Performance Characteristics of a Visual-Motor Task Using a Joystick Depending on the Direction of Hand Movement

  • 期刊论文

  • 发表日期：

    2025年10月1日

查看全文
  • L. N. Zobova,
  • N. V. Miller

摘要

Issues related to control using hand movements in space flight (SF) are extremely important. The safety of SF depends on the success of the operator’s activities. The influence of the SF factor (support unloading) was studied using a ground-based model of “dry” immersion (DI). The study was conducted in conditions of DI lasting seven days. A visual-motor task consisting of using a joystick to move a cursor from the center of the screen to randomly appearing peripheral targets was used to assess the effect of DI on cursor movement parameters in four directions in 10 subjects. Differences in task performance time and accuracy depending on the direction of hand movement were found in control studies, and these persisted during and after the effect of DI. In the first days of DI, most of the cursor movement parameters assessed worsened, regardless of direction; restoration occurred by the end of immersion. The extent of the impact of DI on cursor movement parameters differed depending on the direction of hand movement and was greatest in the first days of DI. The smallest impact of DI was on the movement from left to right.