Computer vision technology has made great progress in practice in recent years, and it also
has broad application prospects in turbidity detection. Turbidity detection plays an important …

Computer vision (CV) technologies have been applied extensively in turbid water
assessment. However, the accuracies of CV to detect turbidity is limited by several factors …

Water turbidity stands as a pivotal water quality indicator for water quality monitoring, but
conventional contact monitoring equipment is expensive and challenging to maintain. The …

Recent advancements have significantly improved turbidity and absorbance measurement
techniques, crucial for municipal and industrial wastewater quality monitoring. This …

Recently, cameras of mobile have phones emerged as an alternative for quantifying water
turbidity. Most of these studies lack a strategy to determine the water turbidity for new …

Water quality monitoring is indispensable for safeguarding human health. One aspect of
water quality is turbidity, the measurement of which typically involves on-site water sampling …

Research on environmental sustainability in HCI is investigating the opportunities and
hindrances technologies pose on living sustainably, beyond direct material impact of …

The lack of robust water quality data in drinking water services in many low-income settings
can be attributed to inadequate funding for regular monitoring using analytical equipment …

Real-time monitoring of the aquaculture water state is essential for shrimp aquaculture, and
it plays a vital role in the growth of shrimp. The main purpose of this research is to find an …

Water quality monitoring is an important activity to create a good environment quality with
clean and healthy water sources. Various monitoring methods that are generally used such …