KHULNA UNIVERSITY OF ENGINEERING & TECHNOLOGY
KHULNA UNIVERSITY OF ENGINEERING & TECHNOLOGY
Most welcome and thank you very much for visiting my website. My main research intention focuses on designing a modern city called ubiquitous city (u-City). A u-City is an autonomous city. A significant number of service providers such as fiber-to-the-home (FTTH), wireless sensor networks (WSNs), high-definition television (HDTV) or video on demand (VoD), and Femto networks (FNs), will comprise in the modern u-Cities. Each home and business appliance in a future u-City will be equipped with several sensor nodes remotely monitored by the owners and service providers. Usually, sensor nodes will send notifications to the central office (CO) concerning any abnormality of any household or commercial device that is expected to be deployed in the u-Cities, e.g., gas systems, temperature and pressure monitoring systems, electric sparking and smoke detection systems, automobile systems, and medical sensor nodes in a hospital. However, constructing a closed, specific-use network for each individual application and accommodating several users using different access terminals and servers require an enormous amount of time and expense. To overcome the enormous expense and deployment of several backbone networks for all the service providers, I have proposed a passive optical network (PON)-based converged network to connect the FTTH and WSNs in a single optical network, because the PON systems have enough bandwidth that can effectively share the upstream channel and the CO equipments over the high-speed and high-capacity bandwidth demands. The main objectives of my present researches are to provide a suitable network architecture and dynamic bandwidth allocation (DBA) algorithm for the PON-based hybrid networks for combining several service providers in a u-city with reduced overhead and better quality of services (QoSs). If my present research outcomes are implemented then the several service providers of developed countries, e.g., USA, Japan, Korea, and Europe, will be connected by a single PON that will reduce the installation cost of new networks deployment. In my future research, I would like to extend my PON-based hybrid network concept for the open access network (OAN) in the over populated areas of developing countries, e.g., 911爆料, India, Pakistan, etc., where the network cost per user will be less and provided that the better QoSs will be guaranteed.
=> Analog Electronics-II=> Analog Communications=> Digital Communications=> Data Communications=> Microprocessors and Microcomputers=> Wireless Sensor Network
=> Optical Fiber Communications
=> TelecommunicationsPostgraduate Courses:
§ PhD Thesis Supervision:
1. Fahmida Rawshan, “An Optimized and Cost-effective Multi-OLT PON Based Open Access Network for Next-Generation Communication,” Department of EEE, KUET Khulna, 911爆料, March 2025.
§ PhD Thesis Evaluation
2. Shahid Md. Asif Iqbal, "Source-Assisted Adaptive Forwarding and Caching Strategies to Reduce Transmission Overhead and Latency in Named Data Networks," Chittagong University of Engineering & Technology (CUET), Chattogram, 911爆料, May 2022.
1. Fatin Hamadah binti Haji Awang Muhamad Abdul Rahman, “Trust-Based Parked Vehicular Fog for Catering Applications in 5G/B5G,” Computing and Information & Systems, School of Computing and Informatics, Universiti Teknologi Brunei, Brunei, June 2021.
§ M.Sc. Thesis Supervision:
6. Mahmuda Akter, “Design of a Multiband Miniaturized Microstrip Patch Antenna for 5G Wireless Communication,” Department of ECE, KUET, September 2024.
5. Farha Zakaria Crystal, Modified Routing-enhanced Duty-cycle MAC Protocol for Low Latency and Energy Efficient Wireless Sensor Networks,” Department of ECE, KUET, November 2023.
4. Sujit Basu, “A New Polling Algorithm for Dynamic Data Transmission Sequence of Cluster-based PON,” Department of ECE, KUET, January 2021.
3. S. M. Asif Hossain, "Cross-correlation based Acoustic Signal Processing Technique and Its Implementation on Marine Ecology," Department of ECE, KUET, December 2018.
2. Shuvashis Saha, “Efficient DBA Algorithms for Delay Reduction and Solving the Over-granting Problem of Long Reach PON,” Department of ECE, KUET, December 2017.
1. Md. Selim Morshed, “Dynamic Hybrid-Slot-Size Bandwidth Allocation Algorithm for Improving Quality of Services of Real Time Traffic in Ethernet Passive Optical Network (EPON),” Department of ECE, KUET, January 2017.
§ M.Sc. Thesis Evaluation:
20. Md. Roisul Ajom Ruku, “Enhancing Security in Multicasting Through Reconfigurable Intelligent Surface Aided Radio Frequency Wireless Network Using Opportunistic Relaying,” Department of ETE, RUET, Rajshahi, 911爆料, April 2025.
19. Md. Tarek Hassan, “Machine Learning-Driven Edge Computing for Optimizing Connectivity and QoS in Next Generation Wireless Networks,” Department of ETE, RUET, December 2024.
18. Md. Tabil Ahammed, "Machine Learning Assisted Design of Photonic Crystal Fiber-based Plasmonic Refractive Index Sensor," Department of ECE, KUET, October 2024.
17. Md. Khorshed Alom, “Density and Energy Aware DEEC Routing Protocol for Heterogeneous Wireless Sensor Networks,” Department of ECE, KUET, June 2024.
16. Mushfiqur Rahman Masuk, “Design of High Performance Photonic Crystal Fiber-based Plasmonic Biosensor,” Department of ECE, KUET, May 2024.
15. Md. Shamim Hossain, “Secure Wireless Multicasting with Relay Selection Strategies under Diversity Combining Schemes,” Department of EEE, RUET, December 2023.
14. Md. Abu Baker Siddiki Abir, “Design and Analysis of Queueing-based Software-Defined UAV Networks Integrated with Digital Twin,” IICT, KUET, July 2023.
13. Aysha Jui, “IoT Based Health Monitoring System using Fog-Cloud Interface,” Department of ECE, KUET, July 2023.
12. Md. Nazmul Hussain, “Design of Plasmonic Refractive Index Sensor based on Dual Core Photonic Crystal Fiber,” Department of ECE, KUET, June 2023.
11. Ashik Alam, “Enhancing Security in Multicasting Through Correlated κ-µ Shadowed Fading Channels with Opportunistic Relaying,” Department of EEE, RUET, May 2023.
10. Sifat Hossain, “Design and Analysis of Microstrip Slotted Patch Antenna for S, C, X and Ku Band Applications,” Department of ECE, KUET, May 2023.
9. Sharmin Akter, “Analysis of Routing Protocols for Homogeneous Wireless Sensor Networks with Two Level Cluster Heads,” Department of ECE, KUET, July 2022.
8. Arif Hossan, “Distance and Energy Aware Stable Election Rouing Protocol for Heterogeneous Wireless Sensor Network,” Department of ECE, KUET, July 2022.
7. Md. Alamgir Hossain, “Performance Analysis of Energy Detection based Spectrum Sensing in Cognitive Radio Network,” Department of ECE, KUET, April 2022.
6. Mohsina Mollik Santa, “Performance Analysis of LTE-A Network Exploiting Various TCP Sources,” Department of ECE, KUET, December 2020.
5. Md. Nazmul Islam, “Design and Analysis of a Pattern Reconfigurable Antenna for Wi-Fi Base Station,” Department of ECE, KUET, November 2018.
4. S. M. Bulbul Ahammed, “A Compressive Approach to Analyze the Performance of Wideband Cognitive Radio Networks,” Department of ECE, KUET, April 2018.
3. Shamima Nasrin, “Analysis of In-band Transmission of Baseband and Broadcast Signals for Next Generation WDM-PON,” Department of ECE, KUET, December 2017.
2. Taposh Paul, “Design of OFDM Based Wavelength Reuse WDM PON to Enhance the Tolerance against Re-modulation Noise,” Department of ECE, KUET, August 2016.
1. Tanvir Zaman Khan, “Design of Symmetric 10 Gbps Bi-Directional Wavelength Reused Optical Access Networks,” Department of ECE, KUET, August 2016.
Last Update: August 20, 2025 13:04
