Development, Testing, and Deployment of Simulation-based Stability Training Tools for Commercial Fishing Vessels

商业渔船基于仿真的稳定性训练工具的开发、测试和部署

• 批准号: 10331582
• 负责人: Zhongfu Ge
• 金额: $ 44.88万
• 依托单位: AMERICAN BUREAU OF SHIPPING
• 依托单位国家: 美国
• 财政年份: 2021
• 资助国家: 美国
• 起止时间: 2021-09-01 至 2024-08-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/10331582
• 关键词: Development; Testing; Deployment; Simulation; based

PROJECT SUMMARY/ABSTRACT This proposal focuses on developing and implementing commercial fishing vessel simulation tools to support marine safety training for commercial fishermen in order to help prevent vessel disasters. The work addresses National Institute of Occupational Safety and Health (NIOSH) and U.S Coast Guard (USCG) research objectives in the following areas: (1) helping commercial fishermen identify hazardous conditions that lead to vessel disasters, (2) increase the sensitivity of their situational awareness to such hazards, (3) understand how their work practices affect their risk of a vessel disaster and associated occupational hazards, and (4) learn about the most effective risk mitigation actions in high-risk situations. This project aims to accomplish the following: • Customize models for representative commercial fishing vessels (e.g., crab boat, purse seiner vessel, and/or trawler) • Develop vessel stability simulation models to reflect a wide variety of scenarios such as changing operating conditions (equipment and gear handling, fish storage in live tanks or holds), environmental conditions (e.g., winds, waves, ice accretion), and safety-related incidents (flooding, collision, grounding, etc.) for the selected vessels • Design the interactive training tool in a web interface to cater to different learning styles with videos, photographs, animations, case studies, hands-on experience, and self-evaluations. In particular, the user experience will help fishermen to assess a wide range of realistic incident scenarios and to recognize diminishing safety margins (i.e., high risk situations) and appropriate mitigating strategies. • Transfer and deploy the technology to an industry non-profit training organization that will host online the application/lessons for industry use and integrate them with existing/future training programs The team will use in-house or commercial software packages and procedures for the simulations. Simulations for use case could include: (1) dynamic stability demonstration; (2) ship motion in waves; and (3) structural strength demonstration. Our team will leverage the relationships that industry non-profit training organizations have with commercial fishing vessel captains and instructors for marine safety courses provided for commercial fishermen to identify and engage a set of targeted users to provide input into the design/development process, to test the resulting products, and to further improve the work products based on their feedback.

项目概要/摘要 该提案的重点是开发和实施商业渔船模拟工具 支持商业渔民的海上安全培训，以帮助预防船舶灾难。工作 美国国家职业安全与健康研究所 (NIOSH) 和美国海岸警卫队 (USCG) 致辞 研究目标如下： (1) 帮助商业渔民识别危险状况 导致船舶灾难的因素，(2) 提高其对此类危险的态势感知的敏感性，(3) 了解他们的工作实践如何影响船舶灾难和相关职业的风险 (4) 了解高风险情况下最有效的风险缓解措施。 该项目旨在实现以下目标： • 为代表性商业渔船定制模型（例如捕蟹船、围网船） 船和/或拖网渔船） • 开发船舶稳定性仿真模型以反映各种场景，例如变化 操作条件（设备和装置处理、活鱼箱或货舱中的鱼类储存）， 环境条件（例如风、波浪、积冰）和安全相关事件 所选船舶的（洪水、碰撞、搁浅等） • 在网络界面中设计交互式培训工具，以满足不同的学习风格 视频、照片、动画、案例研究、实践经验和自我评估。在 特别是，用户体验将帮助渔民评估各种现实事件 情景并认识到安全裕度逐渐减小（即高风险情况）并采取适当的措施 缓解策略。 • 将技术转移并部署到行业非营利培训组织，该组织将主办 在线提供供行业使用的应用程序/课程，并将其与现有/未来的培训相结合 节目 该团队将使用内部或商业软件包和程序进行模拟。 用例模拟可包括：（1）动态稳定性演示； (2) 船舶在波浪中的运动；和 (3)结构强度论证。 我们的团队将利用行业非营利培训组织与 商业渔船船长和教练为商业提供海上安全课程 渔民确定并吸引一组目标用户为设计/开发提供意见 过程，测试最终的产品，并根据他们的反馈进一步改进工作产品。