Ambient spatially-intelligent mobile database critical data, and visual mobile systems for emergency tasks

环境空间智能移动数据库关键数据和用于紧急任务的可视移动系统

• 批准号: 452817-2013
• 负责人: Elezzabi, Abdulhakem
• 金额: $ 1.81万
• 依托单位: University of Alberta
• 依托单位国家: 加拿大
• 项目类别: Engage Grants Program
• 财政年份: 2013
• 资助国家: 加拿大
• 起止时间: 2013-01-01 至 2014-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=541127
• 关键词: Ambient; spatially; intelligent; mobile; database

Today, mobile wireless computing is vastly expanding beyond the domain of professional businesses. Canadians have witnessed accelerating advancement and applications in compact personal wireless technology and information exchange via mobile databases. While the use of mobile technology is exploding, it has yet to reach the 'intelligence' level to fulfill many of Canadian society's critical needs and essential services. Historically, mobile database technology evolved to ensure the individual's personal mobile connectivity rather than for emergency services mobile connectivity (e.g. police & firefighting service, emergency medical service, disaster relief teams, search and rescue teams, etc.). To date, these key services lack the basic mobile cloud wireless 'smart' connectivity for essential lifesaving information exchange and live video linkages. Currently, critical information is exchanged via radio systems and information relayed is basically audio descriptions and often are found to be lacking important crucial details. In the same manner that mobile phones have become pervasive, wirelessly connected computing emergency response team devices soon will be the norm of any emergency operation requiring cautious coordination. The collaboration between the UofA Electrical and Computer Engineering researchers and Digital Fractal Technologies Inc. engineers will seek to develop the first prototype of a 'smart' contextual data and live video acquisition system. The system will have the capability of searching, sifting, and collecting all relevant information and transfer it onto a mobile display screen of the emergency teams onsite. The developed prototype will be generic enough that it can be used by law enforcement police officers, firefighting services, emergency medical services, disaster relief teams, search and rescue teams, and possibly advertising businesses. This ambient spatially-intelligent mobile database critical data, and visual mobile systems for emergency tasks will be unique to Canada and will be beneficial in improving the emergency services across the country.

今天，移动的无线计算正在大大扩展到专业业务领域之外。加拿大人目睹了小型个人无线技术和通过移动的数据库进行信息交换的加速发展和应用。虽然移动的技术的使用正在爆炸式增长，但它尚未达到“智能”水平，以满足加拿大社会的许多关键需求和基本服务。从历史上看，移动的数据库技术的发展是为了确保个人的个人移动的连接，而不是用于紧急服务的移动的连接（例如警察和消防服务、紧急医疗服务、救灾队、搜救队等）。到目前为止，这些关键服务缺乏基本的移动的云无线“智能”连接，无法进行必要的救生信息交换和实时视频链接。目前，关键信息是通过无线电系统交换的，所传递的信息基本上是音频描述，往往缺乏重要的关键细节。以同样的方式，移动的电话已经变得无处不在，无线连接的计算应急响应团队设备很快将成为任何需要谨慎协调的应急行动的规范。 UofA电气和计算机工程研究人员与Digital Fractal Technologies Inc.工程师们将寻求开发“智能”上下文数据和实时视频采集系统的第一个原型。 该系统将具有搜索、筛选和收集所有相关信息的能力，并将其传输到现场应急小组的移动的显示屏上。 开发的原型将足够通用，可用于执法警察，消防服务，紧急医疗服务，救灾队，搜索和救援队，并可能广告业务。这种环境空间智能移动的数据库关键数据和用于紧急任务的可视移动的系统将是加拿大独有的，并将有利于改善全国的紧急服务。