3D Structure Sensor Technology for Chronic Wound Care & Measurement: Developing a Mobile Application for Clinicians & Patients Using Open-Sourced Tech

用于慢性伤口护理和测量的3D结构传感器技术：使用开源技术为临床医生和患者开发移动应用这项研究建议探索利用3D结构传感器研究领域的最新发展的可行性，以使患者和从业者能够进行准确、高效和非侵入性的伤口测量。作为概念验证和我的最后一年项目的一部分，我开发了一个基本的移动应用程序，使用的是Ocipial 3D结构传感器和Unity Phys-X引擎，旨在提供此类技术在移动平台上部署能力的初步可行性，以及作为WMP的一部分，利用3D结构传感数据来提高测量精度的初步分析。单样本T检验(双尾)假设包括比较数字测量和批准的测量技术(基于尺子)(Health Service Execution 2009；M Fette 2006)。

3D Structure Sensor Technology for Chronic Wound Care and Measurement: Developing a Mobile Application for Clinicians and Patients Using Open-Sourced TechnologiesThis research proposes to explore the feasibility of exploiting recent developments in the 3D structure sensor research domain to enable accurate, efficient and non-invasive wound measurements to be taken by both patients and practitioners. As proof of concept and part of my Final Year Project, I have developed a rudimentary mobile application using the Occipital 3D Structure Sensor and Unity Phys-X Engine, which aimed to provided initial feasibility of the technological deployment capability of such technologies on a mobile platform, and also an initial analysis on utilising 3D structure sensory data to improve the accuracy of measurements as part of the WMP. The One-Sampled T-Test (two tailed) Hypothesis consisted of comparing Digital Measurements vs. approved measurement techniques (Ruler based) (Health Service Executive 2009; M Fette 2006).