IoT and Big Data in Geotechnical Construction: Connecting Drill Rigs to the Cloud
It’s almost impossible these days to escape the fervor and buzz surrounding technologies and concepts such as Big Data, Internet of Things (IoT), Machine Learning (ML), and Artificial Intelligence (AI)....
Leveraging LinkedIn for Business
Advances in Watershed Management and Fluvial Hazard Mitigation Using Artificial Neural Networks and Remote Sensing
Watershed and channel management across spatial and temporal scales requires an informed, interdisciplinary approach by experts and stakeholders, who often have disparate goals and objectives....
Stochastic Conditional Simulation of Berea Sandstone Geophysical Properties with a Counterpropagation Neural Network
The ability of a counterpropagation neural network to produce stochastic conditional simulations is applied and evaluated on a real dataset. This network functions as a nonparametric clustering...
Estimating Streamflow throughout River Networks using Hierarchical Artificial Neural Networks for Determining Fluvial Impairment in Watersheds
Artificial Neural Networks in Water Supply Engineering
Prepared by the Water Supply Engineering Technical Committee of the Infrastructure Council of the Environmental and Water Resources Institute of ASCE. ...
Leakage Control—Finding a New Resource from the Existing One
It is estimated that by the year 2005, one person in two will have an insufficient supply of one of the world's most precious elements: water. Worse still, it is predicted that this shortage...
Panel Discussion: Synthesis - What Does It All Mean?
This final panel and group discussion revisted topics from all of the week's sessions. It was acknowledged that the conference has addressed the threat of terrorism to diverse systems...
Prediction of Pavement Performance—A Neural Network Approach
Application of Artificial Neural Networks for Ungauged Catchments Flood Prediction
The prediction of floods with acceptable accuracy is the most important step in designing flood control structures and operating flood damage mitigation projects. It is more difficult...
Empirical Cost Savings Using an Internet-Based Construction Management System
Socioeconomic Characteristics, Land Use and Travel Patterns of the Municipality of Beijing, China
The Beijing authorities have tackled the inherited problems of access and mobility, and have aimed to cater for increased transport demands and higher expectations of level of service...
Roadspace Reallocation Increasing Bus Use
This paper briefly outlines the history and current development of the role of the bus and how roadspace re-allocation particularly through bus priority is used to increase public transport...
Estimating Pier Scour with Artificial Neural Networks
Three-Dimensional Hydraulic Analysis for Calculation of Scour at Bridge Piers with Fender Systems
Improved Hydraulic of the HEC River Analysis System (HEC-RAS)
Artificial Neural Networks (ANN) Prediction of Combined Sewer Overflows (CSO) Events and Water Quality in Milwaukee, WI
Theoretical Framework for Network Reliability Assessment of Highway Systems under an Earthquake Environment
Further Studies on the Reduction of Seismic Risk in Highway Networks with Limited Resources
Robust Techniques for Extension of Streamflow Records
Longer hydrological records are required for the planning of water resource systems. Sensitivity of a system is studied under various scenarios of hydrological inputs to understand its...
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