Natural hazards, which have the potential to cause catastrophic damage and loss to
infrastructure, have increased significantly in recent decades. Thus, the construction …

Conventional hydrological modeling is usually based on the assumption that parameters are
statically time-invariant. However, recent studies suggest that the influences of climate …

Flood is one of the deadliest natural hazards worldwide, with the population affected being
more than 2 billion between 1998–2017 with a lack of warning systems according to WHO …

A comprehensive, accurate, and timely expression of earth observation (EO) tasks is the
primary prerequisite for the response to and the emergency monitoring of disasters …

Water level monitoring and forecasting are essential tasks in flood emergency response.
This study proposes an Edge COMputing-based Sensory NETwork (ECOMSNet), an …

A model‐predicted control (MPC) system, which is based on a storm water management
model (SWMM) and uses a multi‐objective particle swarm optimization algorithm, is …

Due to heterogeneous and inconsistent key performance indicators (KPIs) for the
quantitative evaluation of a sustainable city's operational status, it is a great challenge to …

With the fast development of Sensor Network, Internet of Things, mobile devices, and
pervasive computing, enormous amounts of sensor devices are deployed in physical world …

Purpose Current methods for floodway design are predominately based on hydrological and
hydraulic design principles. The purpose of this paper is to investigate a finite element …

Automação na drenagem urbana é um tema que soa como futurista, mas mostraremos
neste revisão bibliográfica que já é um assunto abordado há décadas, com início na …