This book proposes a framework and strategies for reliable end-to-end post-disaster services using smartphone-based delay-tolerant networks, which can operate even in the absence of conventional network connectivity. It explores various aspects of this challenge, ranging from accurate need assessment, to timely need accumulation, efficient resource allocation, and reliable data dissemination. The book offers insightful reading for all technologists and researchers working in the domain of ICT-based disaster management in developing countries, and will help them grasp the challenges involved in providing post-disaster services in an extremely difficult network scenario, while also offering possible solutions. The book will also benefit disaster management authorities, government agencies, NGOs and other stakeholders, helping them enhance their preparedness through the intelligent use of wireless technologies coupled with smart devices.
This book proposes a framework and strategies for reliable end-to-end post-disaster services using smartphone-based delay-tolerant networks, which can operate even in the absence of conventional network connectivity. It explores various aspects of this challenge, ranging from accurate need assessment, to timely need accumulation, efficient resource allocation, and reliable data dissemination. The book offers insightful reading for all technologists and researchers working in the domain of ICT-based disaster management in developing countries, and will help them grasp the challenges involved in providing post-disaster services in an extremely difficult network scenario, while also offering possible solutions. The book will also benefit disaster management authorities, government agencies, NGOs and other stakeholders, helping them enhance their preparedness through the intelligent use of wireless technologies coupled with smart devices.
Provides real-world disaster data, which researchers can use to validate new protocols and applications Proposes resource-planning strategies to support disaster management practitioners Offers secure knowledge-sharing schemes that can be readily implemented as smartphone applications Outlines future research directions for ICT-based disaster management
Souvik Basu
Post Disaster Communication Network Smartphone Based DTN Disaster Management Services PCR Based Resource Demand Forecasting CBR Based Need Validation Post Disaster Need Accumulation over DTN Emergency Resource Planning Utility Driven Resource Allocation Reliable Data Dissemination over DTN Secured PRoPHET Routing Protocol quality control, reliability, safety and risk