Atsiliepimai
Aprašymas
This book addresses the growing complexity of 21st-century disasters through geospatial AI and intelligent technologies. It demonstrates how AI, machine learning, GIS, remote sensing, and IoT transform disaster risk reduction and resilience building, particularly in the Global South and India. This multidisciplinary approach to disaster studies includes AI-driven damage assessment, machine learning for poverty mapping, deep learning flood classification, predictive modeling of economic impacts, coastal vulnerability assessment, earthquake resilience analysis, glacier monitoring, IoT landslide systems, and AI-enhanced logistics for disaster response.
Features
This book is for emergency management professionals, disaster risk reduction experts, climate change specialists, urban planners and resilience officers, government agencies, NGOs, researchers, academics, and graduate students involved with disaster studies.
This book addresses the growing complexity of 21st-century disasters through geospatial AI and intelligent technologies. It demonstrates how AI, machine learning, GIS, remote sensing, and IoT transform disaster risk reduction and resilience building, particularly in the Global South and India. This multidisciplinary approach to disaster studies includes AI-driven damage assessment, machine learning for poverty mapping, deep learning flood classification, predictive modeling of economic impacts, coastal vulnerability assessment, earthquake resilience analysis, glacier monitoring, IoT landslide systems, and AI-enhanced logistics for disaster response.
Features
This book is for emergency management professionals, disaster risk reduction experts, climate change specialists, urban planners and resilience officers, government agencies, NGOs, researchers, academics, and graduate students involved with disaster studies.
Atsiliepimai