4th Floor, CSE Faculty
Professor Dr. S.M. Taohidul Islam is promising and
enthusiastic in academic and research career with challenging career. He conducted his research on soil
characterizations through seismic signal analysis and soil electric resistivity
during his Masters and PhD in Deltin 7 Aviator গেম টাকা ইনকাম Kebangsaan Malaysia. His research innovations got
Malaysian research award (Gold Medal, Best Award & Special Award) for the
research on landslides possibility findings with seismic signal. Now, he is conducting
his research on agricultural disease detection and classification through image
processing, machine learning and IoT based research innovations. He
published more than 26
research articles in indexed and impact journals (including Elsevier, Springer
Link and Willey). His article has been presented in 15 International
Conferences (Including IEEE) in USA, Germany, Malaysia and China. He conducted more than 10 research and
survey project as Principal Investigator (PI) and Co-PI funded by national and
International organizations including TEIN*CC,
Internet of Things (IoT) Enabled Water Flow Monitoring System: From Data to Analytics for Pyra River
Rahman, M. N., Islam, S.M.T., Ashiqussalehin, M. and Maniruzzaman, M. 2020. “Internet of Things (IoT) Enabled Water Flow Monitoring System: From Data to Analytics for Pyra River”, BCS Journal of Computer and Information Technology, Vol. 02 2020.
Improved near surface soil characterizations using multilayer soil resistivity model.
Islam, T., Chik, Z. 2013. Improved near surface soil characterizations using multilayer soil resistivity model. Geoderma 209-210: 136-142 (Impact Factor 2.318, Q1, Elsevier, ISI, SCOPUS).
Soil compaction characterizations through electrical resistivity in field investigations
Chik, Z., Islam, T. 2014. Soil compaction characterizations through electrical resistivity in field investigations. Information Technology in Geo-Engineering D.G. Toll et al. (Eds.) IOS Press 266-271. Doi: 10.3233/978-1-61499-417-6-266
Modeling of Electrical resistivity and maximum dry density in soil compaction measurement.
T.Islam, Z. Chik, M.M. Mustafa, H. Sanusi 2012. Modeling of Electrical resistivity and maximum dry density in soil compaction measurement. Environmental Earth Sciences,DOI 10.1007/s12665-012-1573-7 online -Impact Factor 1.059,ISI,SCOPUS). 67(5):1299-1305(impact Factor 1.05; Q1 in
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