Advanced Disaster, Emergency and Rapid Response Simulation

根据加拿大公共安全局的说法，2014-2015年间，不断上升的自然灾害成本和渥太华的经济负担是该国最大的公共安全风险。与此同时，由于缺乏有组织和协调的培训和研究，加拿大在迅速增长的公共安全和应急管理市场上正在落后。拟议的高级灾害、应急和快速反应模拟(ADERSIM)CREATE行业流计划将通过创新培训、研究和发展最先进的模拟和应急管理信息系统方面的专业人员，提高加拿大在公共安全和应急管理方面的能力。ADERSIM计划将培训72名加拿大下一代HQP，他们拥有强大的跨学科理论、技术和专业技能，涉及高级和灾害及应急数据挖掘、信息管理、建模、模拟，以满足加拿大当前和未来在应急管理和公共安全行业的需求。ADERSIM研究将基于综合使用Web数据挖掘和信息检索、基于代理的建模(ABM)、动态和自适应优化、WebGIS和3D可视化的最新发展，开发可定制、可扩展和易于使用的灾难模拟。我们将我们的研究活动组织到灾害风险模拟和灾害规划和行动模拟领域。研究和开发活动将涉及开发最先进的技术和工具，用于模拟灾害风险(自然、技术和人为)以及灾害规划和行动(即紧急警报和疏散、影响评估、搜索和救援、灾害后勤、志愿人员和捐赠管理、碎片管理以及恢复和重建规划和监测)。研究团队由国内和国际著名的学术参与者、行业合作伙伴和最终用户组成。

According to Public Safety Canada "the rising cost of natural disasters and the financial burden on Ottawa is the country's biggest public safety risk" for the 2014-2015. At the same time Canada is falling behind in the rapidly growing public safety and emergency management market due to the lack of organized and coordinated training and research. The proposed Advanced Disaster, Emergency, and Rapid Response Simulation (ADERSIM) CREATE industry stream program will enhance Canada's capacities in public safety and emergency management through innovative training, research, and development of professionals in state-of-the-art simulations and emergency management information systems. The ADERSIM program will train 72 next generation of Canadian HQPs with strong interdisciplinary theoretical, technical, and professional skills in advanced and disaster and emergency data mining, information management, modelling, simulations to meet Canada's current and future demands in emergency management and public safety industry. The ADERSIM research will develop customizable, scalable, and easy to use disaster simulations based on an integrated use of the latest developments in Web Data Mining and Information Retrieval, Agent-Based Modelling (ABM), Dynamic and Adaptive Optimization, WebGIS, and 3D Visualization. We organize our research activities into Disaster Risk Simulations and Disaster Planning and Operations Simulations areas. Research and development activities will involve developing state-of-the-art technologies and tools for simulating disaster risks (natural, technological and human made) and disaster planning and operations (i.e. emergency warning and evacuation, impact assessment, search and rescue, disaster logistics, volunteer and donation management, debris management, and recovery and reconstruction planning and monitoring. The research team consists of distinguished national and international academic participants, industrial partners, and end-users.