Sediment deposition has a substantial effect on the hydraulic capacity of channels in urban
drainage and sewer systems. In this sense, the self-cleaning concept has been extensively …

The sewer system is a critical component of urban infrastructure, responsible for transporting
wastewater and stormwater away from populated areas. Proper design and management of …

The presence of vegetation in the water bodies has a profound effect on the flow velocity in
an open channel due to the resistance offered by it. In rivers, estuaries, and coastal …

Forecasting the time-dependent scour depth (dst) is very important for the protection of
bridge structures. Since scour is the result of a complicated interaction between structure …

Fog computing has emerged as the most popular technology for processing delay-sensitive
tasks in the Internet of Things platform. However, offloading tasks to suitable fog nodes (FNs) …

The amount of water that can flow through a channel is affected by sediment deposition in
water drainage. Because of this, the self-cleaning mechanism is used a lot in sewer systems …

In hydrology, maintaining self-cleaning capabilities in drainage systems is crucial to prevent
sediment deposition at the bottom of channels. This deposition can disrupt the hydraulic …

Sewer systems are usually built with a self-cleaning system that keeps the bottom of the
channel free of sediment to lessen the effects of the constant buildup of sediment particles …

Sediment load includes bed and suspended loads. Bed load is sediment on a river's bottom,
while a suspended load is sediment floating in water currents. The nonlinear and …

The effectiveness of various threshold-based segmentation algorithms is examined in this
study utilizing aerial images, with a focus on accuracy metrics including intersection over …