Amal Barman was born in Balurghat, India. He earned his Bachelor's (B.E.E.) and Master's (M.E.E.) degrees in electrical engineering from Jadavpur University, Kolkata, West Bengal, India, in 1993 and 1996, respectively. He successfully completed his Ph.D. in the Computer Science and Technology Department at IIEST, Shibpur, in 2024. The title of his thesis is "Integration and Information Exchange of Heterogeneous Sources Using Directory Service and a Graph-Based Approach." His areas of interest include high-performance computation in electrical engineering and Open Source Software.
After a brief stint in ERLDC, Powergrid Corporation of India Limited, he joined the faculty of Electrical Engineering, Bengal Engineering College, Deemed University (now Indian Institute of Engineering Science and Technology, Shibpur), Howrah, West Bengal, India in 1998. He is currently working as an Associate Professor there.
Prof. Barman is a Fellow (Life) of Indian Society of Lighting Engineers, Life Member of Institute of Engineers (India), Member of ACM and Member of IEEE.
He has organised various workshops as listed below:
Public Key [GnuPG]
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Fingerprint [GnuPG]
6EE1 C955 F5CC FE89 E48D B34B BF1C 36B1 D96C 37D3
SSH Public Key [id_rsa.pub]
ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQDFfPXTknkKPnkkFGHsTIpZ68Sf+jSkHhVM0xRVHpcsAwawUtkD4DgatFZLOYioEtN9iLVOFUjezkaVHEP7KsvPF0s1m7sexO1cf8IFxXiycY9XmsLJ+peWzQ9qY6P7aZA0TUQ3qJjWx/8H4xU7/yZUlQuaJjVHX+4DW7gG8Ect3RE4Pce5AbWllrUgOMBCfI9miOuTf1omoWXUEjOjxFi2nvR9rOT0qvkPWG8HJdCWKBBy+i0MKK1NXkSvMAGGEMiDBjveUVC/J0h8sp2SLGvrNS1gGC91cdTXFwzdpQiiMEZf7nsVEGxhRYy/OpAr6876UaVDZ6LlAfpb6xe9xSY3 ab@ee.iiests.ac.in
He has a pet supercomputer of Bramble Class, where he runs a climate modelling simulation program, PLASIM of Hamburg University :-)
Ph.D. (2024) from Computer Science and Technology Department, IIEST,Shibpur, India
M.E.E. (1996) (specialization: Measurement and Process Control) from Electrical Engineering Department, Jadavpur University, India
B.E.E. (1993) from Electrical Engineering Department, Jadavpur University, India
Research Statement:
In the realm of electrical engineering, computer science and related fields, my research interests and expertise are deeply rooted in several prominent areas, each offering rich opportunities for innovation and advancement. I am particularly passionate about the following research domains:
1. High Performance Computing (HPC):
My research in HPC focuses on the development of advanced techniques, algorithms, and architectures aimed at maximizing the performance of computational systems. By exploring novel approaches to parallel computing and optimization, I strive to enable computers to tackle complex problems efficiently, thereby pushing the boundaries of computational capabilities.
2. Artificial Intelligence (AI):
Within the domain of AI, my research endeavors revolve around the design and implementation of intelligent algorithms and systems. By leveraging machine learning, deep learning, and cognitive modeling techniques, I aim to develop AI solutions capable of performing tasks that traditionally require human intelligence, such as reasoning, learning, perception, and problem-solving.
3. LDAP (Lightweight Directory Access Protocol):
In the field of LDAP, my research explores various aspects of directory services, authentication mechanisms, and security protocols. Through the development of optimization techniques and innovative approaches to managing directory information, I seek to enhance the efficiency, reliability, and security of LDAP-based systems.
4. Open Source Software:
My research in open-source software delves into the methodologies, governance models, and societal impacts of collaborative software development. By investigating topics such as community dynamics, licensing, and sustainability, I strive to understand the factors driving the success of open-source initiatives and their implications for society and industry.
5. Computer Applications in Power Systems:
Within the domain of power systems, my research focuses on the application of computational techniques and software tools to address critical challenges in modeling, simulation, optimization, and control. By developing innovative solutions tailored to the unique requirements of power systems, I aim to enhance their reliability, efficiency, and sustainability.
6. Internet of Things (IoT):
In IoT research, I am dedicated to developing technologies and frameworks for seamlessly connecting and coordinating a diverse array of physical devices and sensors. By leveraging the power of the internet to enable communication, data exchange, and automation, my research aims to unlock new opportunities for innovation across various domains.
7. Website and Web-based Applications:
Finally, in the realm of website and web-based applications, my research encompasses a wide range of topics, including web development frameworks, user interface design, accessibility, performance optimization, and security. By addressing emerging challenges in web application development, I strive to create user-centric solutions that are both robust and secure.
Through my ongoing research endeavors and contributions to the scholarly community, I am committed to advancing knowledge and driving positive change in these dynamic and impactful research areas.
Created: 23 November 2019
Vidwan