Mobile ECG device, data collection and information processing (mECG solution)

移动心电图设备、数据采集和信息处理（mECG解决方案）

• 批准号: 503545-2016
• 负责人: Jiang, Ning
• 金额: $ 12.17万
• 依托单位: University of Waterloo
• 依托单位国家: 加拿大
• 项目类别: Collaborative Research and Development Grants
• 财政年份: 2018
• 资助国家: 加拿大
• 起止时间: 2018-01-01 至 2019-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=654669
• 关键词: Mobile; ECG; device; data; collection

Millions of Canadians will be connected to an electrocardiogram (ECG) machine during their lifetime. What's interesting is that whether found in a doctor's office, an ambulance, an emergency room or an outpatient setting, today's clinical grade ECG "resting" systems still share one common attribute - they are clumsy and bulky. ****Providing care "closer to home", and "care in the community" are the new mantra of health service delivery. The sad reality is that the design of one today's most useful diagnostic tools - the ECG - is ill equipped to support either care in the home or care in the community. Even commercially available PC-based solutions designed to reduce the heft of dedicated ECG systems still require bulky wiring harnesses, proprietary protocols, and careful power management. Equally problematic is that many systems still rely on lengthy paper printouts that, while easy for "reading", present barriers for digital data management.****Given advances in microcontroller architectures and the pervasiveness of powerful mobile platforms, never has the time been better for a wholesale rethink of the ECG data gathering process. In partnership with a major Canadian diagnostic laboratory, this project will prototype and test a next generation clinical grade mobile ECG data collection device - one expressly designed for use "closer to home." Levering pervasive mobile technologies for signal acquisition analysis and transport, and micro-architectures for harness design, this next generation ECG will allow reliable data collection in settings that were either inaccessible or impractical using traditional technologies.****The market for ECG devices is significant with some estimates suggesting a global market of over $5 billion. All analysts agree that with an aging population, the market will grow. Our industry partner is at the forefront of that growth, and confirms significant efficiency and effectiveness benefits will accrue from the use of an mECG device. Our industry partner commits to not only facilitating field development, but to also move the product into commercial use.****The main outcomes of project are expected to improve patient satisfaction, increase quality of care, reduce turn-around times and cost to healthcare, and improve patient outcomes. The innovative mobile tion the ability to serve more patients who are not currently able to get appropriate diagnosis and treatments due to the fixes ECGs machines and hence fixed ECG services. This solution will provide the required mobility so the provisioning of services is moving to where the need is.

数以百万计的加拿大人将在他们的一生中连接到心电图（ECG）机。 有趣的是，无论是在医生的办公室，救护车，急诊室还是门诊设置中，今天的临床级心电图“休息”系统仍然有一个共同的属性-它们笨拙而笨重。 **** 提供“离家更近”的护理和“社区护理”是提供保健服务的新口号。可悲的现实是，当今最有用的诊断工具之一--心电图--的设计不足以支持家庭护理或社区护理。 即使是商用的基于PC的解决方案，旨在减少专用ECG系统的重量，仍然需要庞大的线束，专有协议和仔细的电源管理。同样有问题的是，许多系统仍然依赖于冗长的纸质印刷品，虽然易于“阅读”，但对数字数据管理构成了障碍。鉴于微控制器架构的进步和强大的移动的平台的普及，现在是全面反思ECG数据收集过程的最佳时机。该项目将与加拿大一家主要诊断实验室合作，制作下一代临床级移动的心电图数据收集设备的原型并进行测试--该设备专门设计用于“离家更近的地方”。“利用用于信号采集分析和传输的勒韦林普及的移动的技术以及用于线束设计的微架构，这种下一代心电图将允许在使用传统技术无法访问或不切实际的环境中进行可靠的数据收集。* ECG设备的市场非常重要，一些估计表明全球市场超过50亿美元。所有分析师都认为，随着人口老龄化，市场将增长。我们的行业合作伙伴处于这一增长的最前沿，并确认使用mECG设备将带来显著的效率和有效性优势。我们的行业合作伙伴不仅致力于促进油田开发，还致力于将产品投入商业使用。*该项目的主要成果预计将提高患者满意度，提高护理质量，减少周转时间和医疗成本，并改善患者预后。创新的移动的技术能够为更多的患者提供服务，这些患者目前由于固定的ECG机器和固定的ECG服务而无法获得适当的诊断和治疗。该解决方案将提供所需的移动性，因此服务的调配将移动到需要的地方。