The application of statistical and artificial intelligence (AI) tools in building energy prediction (BEP) is considered one of the most effective advances toward improving energy efficiency …
The quality monitoring technique for Cement stabilised earth blocks (CSEBs) is so challenging that it is often neglected. This study has investigated the possibility of using …
Accurate forecasts of streamflow (Q flow) are crucial for optimal management of water reservoir systems and preparing for catastrophic events such as floods. Although several …
The purpose of present study is to examine how the UPV of pervious concrete changes with three parameters: compaction energy, aggregate size and aggregate-to-cement ratio. The …
Conventional concrete causes significant environmental problems, including resource depletion, high CO 2 emissions, and high energy consumption. Steel slag aggregate (SSA) …
This work is devoted to the investigation of dielectric permittivity which is influenced by electronic, ionic, and dipolar polarization mechanisms, contributing to the material's capacity …
In semi-arid agro-pastoral environments of Africa, beekeeping is widely recognized as an important activity to improve and diversify livelihoods. Although the scientific identification of …
In this paper, we introduce an unsupervised machine learning method for production frontier estimation. This new approach satisfies fundamental properties of microeconomics, such as …
Among recent methodological proposals for efficiency measurement, machine learning methods are playing an important role, particularly in the reduction of overfitting in classical …