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Nerey H. Mvungi
Researcher at University of Dar es Salaam
Publications - 85
Citations - 897
Nerey H. Mvungi is an academic researcher from University of Dar es Salaam. The author has contributed to research in topics: Smart grid & Power-line communication. The author has an hindex of 14, co-authored 82 publications receiving 791 citations. Previous affiliations of Nerey H. Mvungi include University of Dodoma & University of Leeds.
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A Survey on Non-Intrusive Load Monitoring Methodies and Techniques for Energy Disaggregation Problem
TL;DR: An up to date overview of NILM system and its associated methods and techniques for energy disaggregation problem is presented and the review of the state-of-the art NILm algorithms are reviewed.
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Channel Model for Broadband Power-Line Communication
TL;DR: In this article, the channel frequency responses of a single-phase power-line channel with interconnections are derived considering different loading at different branches. And the model is verified using Alternative Transients Program-Electromagnetic Transients program (ATP-EMTP).
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The Influence of Load Impedance, Line Length, and Branches on Underground Cable Power-Line Communications (PLC) Systems
TL;DR: In this article, the effects of load impedance, line length, and branches on power-line networks found in Tanzania were investigated, and the channel capacity for such PLC channels for various conditions was investigated.
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The Effects of Load Impedance, Line Length, and Branches in the BPLC—Transmission-Lines Analysis for Medium-Voltage Channel
TL;DR: In this article, the effects of load impedance, line length and branches on the performance of an indoor voltage broadband power line communications (BPLC) network were investigated in Tanzania, where the power line network topology adopted here is similar to that of the system found in Tanzania.
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Broadband Power-Line Communications: The Channel Capacity Analysis
TL;DR: In this article, the effects of channel capacity in relation to the number of branches and with different terminal loads for a given type of channel were quantified and characterized, and it was shown that there could be a significant loss in channel capacity if a ground return was used instead of a conventional adjacent conductor return.