Complex Surgical Skill Acquisition Using Audio/Visuo/Haptic Interfaces

使用音频/视觉/触觉接口获取复杂的手术技能

• 批准号: RGPIN-2018-04269
• 负责人: Boulanger, Pierre
• 金额: $ 4.08万
• 依托单位: University of Alberta
• 依托单位国家: 加拿大
• 项目类别: Discovery Grants Program - Individual
• 财政年份: 2022
• 资助国家: 加拿大
• 起止时间: 2022-01-01 至 2023-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=750489
• 关键词: Complex; Surgical; Skill; Acquisition; Using

Learning complex surgical tasks requires that novice surgeons collaborate with expert surgeons and a surgical team. To collaborate efficiently, these partners must construct a Common Frame-of-Reference (CFR). The CFR is a representation of the shared situation, which is updated continuously by an information exchange between the learner and the team. The CFR allows the teachers and the learner to understand each other and to organize their action in a common framework. A grounding process occurs when the team partners exchange information and share signs of understanding to develop their CFR. Depending on the task, the partners may use different communication channels (voice, vision, and haptics) to develop their CFR. The main goal of this discovery grant is to explore how audio-visuo-haptic virtual interfaces can be used to learn complex surgical skills by creating an optimal CFR. For fine motor skills, we will continue the exploration of the concept of What-You-Feel-Is-What-I-Feel (WYFIWIF) and for collaborative skills we will explore how Collaborative Virtual Environment (CVE) using proxy-haptics can be used to learn complex interactions between multiple participants like a surgical team. In both cases, the main hypothesis is that by combining audio-visuo-haptic perceptions in a CFR one can improve surgical skills transfer more efficiently and realistically.

学习复杂的手术任务需要新手外科医生与专家外科医生和手术团队合作。为了有效地合作，这些合作伙伴必须建立一个共同的参考框架（CFR）。CFR是共享情况的代表，通过学习者和团队之间的信息交换不断更新。CFR允许教师和学习者相互理解，并在一个共同的框架内组织他们的行动。当团队合作伙伴交换信息并分享理解的迹象以发展他们的CFR时，就会发生基础过程。根据任务的不同，合作伙伴可能会使用不同的沟通渠道（语音，视觉和触觉）来开发他们的CFR。这项发现补助金的主要目标是探索如何通过创建最佳CFR来使用视听触觉虚拟界面学习复杂的手术技能。对于精细运动技能，我们将继续探索“你感觉是什么我感觉是什么”（WYFIWIF）的概念，对于协作技能，我们将探索如何使用代理触觉的协作虚拟环境（CVE）可用于学习多个参与者（例如手术团队）之间的复杂交互。在这两种情况下，主要的假设是，通过在CFR中结合视听触觉感知，可以更有效和更现实地提高手术技能转移。