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Introduction
I'am Md. Fazle Rabbi Sweet. I've published several research papers in reputed journals. I am doing research on IoT, DNA Computing and Quantum Computing , Autonomous Robotics, Power Electronic.
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Publications
Publications (10)
The idea of "smart homes" has been completely transformed by the Internet of Things' (IoT) rapidly expanding technological capabilities, which allow for seamless automation and remote device control. Because of Python's strong and versatile programming features, this thesis discusses the design and simulation of IoT frameworks and device communicat...
This study describes a smart solar water pumping system that uses an induction motor drive and has grid-interactive characteristics. Solar PVs (SPV) may power up the irrigation and agricultural loads, reducing the load on the electrical grid. In addition to supplying the rated water discharge, the system is made to feed excess electricity back into...
The goal of the project is to address the difficulties faced by chicken farmers in properly controlling the environmental conditions of their farms through the design and implementation of an Internet of Things-based weather monitoring system. It investigates how Internet of Things (IoT) technology can be used to remotely monitor and regulate weath...
Everyday, non-renewable energy sources are being depleted while energy use rises. In response to these arguments, we ought to generate more renewable energy. But a big problem with renewable energy is that its production is weather-dependent. In overcast and unfavorable weather, the energy generated on the grid side is insufficient to match the dem...
The emergence of AMRs has altered our perspective and relationship with automation. At the heart of this transition is navigation and obstacle avoidance, both of which are important needs for deploying AMRs in a variety of scenarios. This comprehensive review looks at the latest advances in navigation and collision avoidance for AMRs, including a w...
The operation of the buck-boost converter as a power factor correction controller useful for battery charging in electric car applications is covered in this study. Depending on the rectified voltage at the input side and the battery voltage at the load side, this design can operate in either the boost or buck modes. In order to achieve a power fac...
The operation of the buck-boost converter as a power factor correction controller useful for battery charging in electric car applications is covered in this study. Depending on the rectified voltage at the input side and the battery voltage at the load side, this design can operate in either the boost or buck modes. In order to achieve a power fac...
This paper presents Highest Suffix method for solving the classical symmetric traveling salesman problem. This concept is an alternative method for solving Traveling Salesman problem (TSP). It is possible to further improve a TSP tour that cannot be improved by other local search methods. To test the performance of the proposed method, two examples...
As the realms of DNA computing and cryptographic techniques converge, the need for secure and privacy-preserving data processing in DNA-based computations becomes paramount. This research explores the integration of homomorphic encryption, a revolutionary cryptographic paradigm, into DNA computing environments. Termed as "Cryptogenomic Shield," thi...
