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The Connexion Platform

The Connexion Platform
连接平台
批准号:
700632
负责人:
金额:
$2.08万
依托单位:
依托单位国家:
英国
项目类别:
GRD Proof of Market
财政年份:
2015
资助国家:
英国
项目状态:
已结题
起止时间:
2015 至 --
关键词:

项目摘要

项目成果

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中文摘要
翻译
整个项目的重点是继续开发已经创建的家庭中风康复的技术知识产权证明;特别是病人自主康复和减少对家庭和照顾者的依赖的概念。Cynaptic的目标是开发一种基于现成硬件、虚拟游戏环境和专有软件/算法的新产品,以跟踪上肢运动和精细的手动灵活性,而不需要标记。这与当前远程医疗的主题一致,并建立在支持上肢持久康复对中风患者有显著益处的研究基础上。该项目旨在了解该产品的市场动态、临床需求和可能的吸收情况。据设想,我们的产品将吸引和激励中风患者,使他们能够在舒适的环境中自主康复,研究表明,支持使用游戏技术来支持老年人的康复。该系统将监测、记录和测量临床相关数据,以告知监督临床医生患者按照规定的康复方案的进展情况。这种产品的效果将是创建一个永久的方法来斯托克康复,提高功能和生活质量,同时不妨碍护理人员和nh物理治疗师的康复
英文摘要
The overall project is focused on the continued development of proof of technologyintellectual property for home stroke rehabilitation that has already been created; in particularthe concept of patients taking ownership of their rehabilitation and reducing dependence ontheir family and carers. Cynaptic’s objective is to develop a new product based on acombination of off-the-shelf hardware, a virtual gaming environment and proprietarysoftware/algorithms to track upper limb movements and fine manual dexterity withoutmarkers. This aligns with current themes for telehealth and builds on research supporting thatenduring rehabilitation of the upper limbs has significant benefit to Stroke patients.This project is to understand the market dynamics, clinical requirements and likely uptake ofsuch a product. It is envisaged that our product will engage and motivate Stroke patients,empowering them to take ownership of their rehabilitation in a comfortable environment,underlined by research that supports the use of gaming technology to support rehabilitation inolder populations. The system will monitor, record and measure clinically relevant data toinform an overseeing clinician of patient progress against prescribed rehabilitation regimes.The effect of such a product would be to create a perpetual approach to Stoke rehabilitation,improving functionality and quality of life, whilst unencumbering the carers and NHSphysiotherapists from rehabilitation
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Data-driven Recommendation System Construction of an Online Medical Platform Based on the Fusion of Information