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2021
1 Ghosh, Tamal; Martinsen, Kristian.
A Collaborative Beetle Antennae Search Algorithm Using Memory Based Adaptive Learning. Applied Artificial Intelligence 2021 ;Volum 35.(6) s. 440-475
NTNU Untitled
 
2020
2 Chen, Bo; Wang, Kesheng; Gao, Xiue; Wang, Yi; Chen, Shifeng; Zhang, Tianshu; Martinsen, Kristian; Ghosh, Tamal.
A New Fault Identification Method Based on Combined Reconstruction Contribution Plot and Structured Residual. I: Advanced manufacturing and automation IX. Springer 2020 ISBN 9789811523410. s. 283-291
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3 Gao, Xiue; Chen, Bo; Chen, Shifeng; Wang, Kesheng; Wang, Yi; Xie, Wenxue; Yuan, Jin; Martinsen, Kristian; Ghosh, Tamal.
Collaborative Fault Diagnosis Decision Fusion Algorithm Based on Improved DS Evidence Theory. I: Advanced manufacturing and automation IX. Springer 2020 ISBN 9789811523410. s. 379-387
NTNU Untitled
 
4 Ghosh, Tamal.
Optimal Design of Manufacturing Cells Considering Machine Usage Percentage. Journal of Advanced Manufacturing Systems 2020 ;Volum 19.(03) s. 411-423
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5 Ghosh, Tamal; Martinsen, Kristian.
Deep-learning assisted iterative multi-objective optimisation of yarn production process. International Journal of Experimental Design and Process Optimisation (IJEDPO) 2020 ;Volum 6.(3) s. 234-252
NTNU Untitled
 
6 Ghosh, Tamal; Martinsen, Kristian.
Deploying NSBA algorithm for bi-objective manufacturing cells considering percentage utilisation of machines. International Journal of Intelligent Systems Technologies and Applications 2020 ;Volum 19.(3) s. 257-279
NTNU Untitled
 
7 Ghosh, Tamal; Martinsen, Kristian.
Generalized approach for multi-response machining process optimization using machine learning and evolutionary algorithms. Engineering Science and Technology, an International Journal (JESTECH) 2020 ;Volum 23.(3) s. 650-663
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8 Ghosh, Tamal; Martinsen, Kristian.
Machine Learning Based Heuristic Technique for Multi-response Machining Process. Lecture Notes in Mechanical Engineering 2020 s. 25-35
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9 Ghosh, Tamal; Martinsen, Kristian.
NSGA III for CNC End Milling Process Optimization. Communications in Computer and Information Science 2020 s. 185-195
NTNU Untitled
 
10 Ghosh, Tamal; Yi, Wang; Martinsen, Kristian; Wang, Kesheng.
A Surrogate-Assisted Optimization Approach for Multi-Response End Milling of Aluminium Alloy AA3105. The International Journal of Advanced Manufacturing Technology 2020 ;Volum 111. s. 2419-2493
NTNU Untitled
 
2019
11 Bhattacharjee, Debraj; Ghosh, Tamal; Bhola, Prabha; Martinsen, Kristian; Dan, Pranab.
Data-driven surrogate assisted evolutionary optimization of hybrid powertrain for improved fuel economy and performance. Energy 2019 ;Volum 183. s. 235-248
NTNU Untitled
 
12 Ghosh, Tamal.
Generalized utilization-based similarity coefficient for machine-part grouping problem in cellular manufacturing. Management and Production Engineering Review 2019 ;Volum 10.(4) s. 90-100
NTNU Untitled
 
13 Ghosh, Tamal; Martinsen, Kristian.
CFNN-PSO: An Iterative Predictive Model for Generic Parametric Design of Machining Processes. Applied Artificial Intelligence 2019 ;Volum 33.(11) s. 951-978
NTNU Untitled
 
14 Ghosh, Tamal; Martinsen, Kristian; Dan, Pranab.
Data-Driven Beetle Antennae Search Algorithm for Electrical Power Modeling of a Combined Cycle Power Plant. Advances in Intelligent Systems and Computing 2019 s. 906-915
NTNU Untitled
 
15 Ghosh, Tamal; Martinsen, Kristian; Dan, Pranab.
Development and correlation analysis of non-dominated sorting buffalo optimization NSBUF II using Taguchi’s design coupled gray relational analysis and ANN. Applied Soft Computing 2019 ;Volum 85.
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2018
16 Ghosh, Tamal.
Modeling and Analysis for Optimal Cell Design in Cellular Manufacturing Systems. Kolkata India: Jadavpur University 2018 202 s.
NTNU Untitled
 
2017
17 Ghosh, Tamal; Doloi, B; Dan, Pranab.
Utilization-based grouping efficiency and multi-criteria decision approach in designing of manufacturing cells. Proceedings of the Institution of mechanical engineers. Part B, journal of engineering manufacture 2017
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2016
18 Ghosh, Tamal; Doloi, B; Dan, Pranab.
An Immune Genetic algorithm for inter-cell layout problem in cellular manufacturing system. Production Engineering 2016 ;Volum 10.(2) s. 157-174
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19 Ghosh, Tamal; Doloi, B; Dan, Pranab.
Applying soft-computing techniques in solving dynamic multi-objective layout problems in cellular manufacturing system. The International Journal of Advanced Manufacturing Technology 2016 ;Volum 86.(1-4) s. 237-257
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2014
20 Ghosh, Tamal; Sengupta, Sourav; Doloi, B; Dan, Pranab.
AI-based techniques in cellular manufacturing systems: a chronological survey and analysis. International Journal of Industrial and Systems Engineering 2014 ;Volum 17.(4) s. 449-476
NTNU Untitled
 
2013
21 Ghosh, Tamal; Chattopadhyay, Manojit; Dan, Pranab.
Hybrid principal component analysis technique to machine-part grouping problem in cellular manufacturing system. International Journal of Advanced Operations Management (IJAOM) 2013 ;Volum 5.(3) s. 237-
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22 Ghosh, Tamal; Sengupta, Sourav; Chattopadhyay, Manojit; Dan, Pranab; mazumdar, S.
Neuro-genetic impact on cell formation methods of Cellular Manufacturing System design: A quantitative review and analysis. Computers & industrial engineering 2013 ;Volum 64.(1) s. 256-272
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2012
23 Dan, Pranab; Ghosh, Tamal; Sengupta, Sourav.
Application of Soft-Computing Methods in Cellular Manufacturing. IGI Global 2012 43 s.
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24 Ghosh, Tamal; Dan, Pranab.
Modelling of Optimal Design of Manufacturing Cell Layout Considering Material Flow and Closeness Rating Factors. 4th International & 25th AIMTDR Conference; 2012-12-14 - 2012-12-16
NTNU Untitled
 
25 Ghosh, Tamal; Dan, Pranab.
Particle swarm optimisation in development of component families using classification and coding system: a case study in an Indian manufacturing firm. International Journal of Services and Operations Management 2012 ;Volum 13.(4) s. 441-456
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26 Ghosh, Tamal.
Soft Computing Based Techniques in Cellular Manufacturing Systems: Various State-of-the-art Heuristics to Manufacturing Cell Formation Problems. Germany: LAP Lambert Academic Publishing 2012 (ISBN 3659245763) 122 s.
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27 Sengupta, Sourav; Ghosh, Tamal; Dan, Pranab.
A neuro-agglomerative approach to strategic design of a manufacturing cell. International Journal of Intelligent Enterprise 2012 ;Volum 1.(3/4)
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2011
28 Ghosh, Tamal; Dan, Pranab.
An Effective Machine-Part Grouping Algorithm to Construct Manufacturing Cells. National Conference on Industrial Engineering (NCIE 2011); 2011-02-10 - 2012-12-12
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29 Ghosh, Tamal; Dan, Pranab.
Applying improved median linkage heuristic for cell formation problem considering binary data. International Journal of Modelling in Operations Management 2011 ;Volum 1.(4) s. 344-358
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30 Ghosh, Tamal; Dan, Pranab.
EFFECTIVE CLUSTERING METHOD FOR GROUP TECHNOLOGY PROBLEMS: A SHORT COMMUNICATION. E-Journal of Science & Technology 2011 ;Volum 6.(4) s. 23-28
NTNU Untitled
 
31 Ghosh, Tamal; Dan, Pranab.
Renewable energy scenario and disregarded petition of rural populace of an Indian island: A critical survey and concept of an inexpensive artifact. The International Journal of Energy and Environment 2011 ;Volum 2.(3) s. 515-524
NTNU Untitled
 
32 Ghosh, Tamal; Dan, Pranab.
TAGUCHI’S ORTHOGONAL DESIGN BASED SOFT COMPUTING METHODOLOGY TO SOLVE CELL FORMATION PROBLEM ON PRODUCTION SHOP FLOOR. Acta Technica Corvininesis 2011 ;Volum 4.(4) s. 81-88
NTNU Untitled
 
33 Ghosh, Tamal; Dan, Pranab; Chattopadhyay, Manojit; Sengupta, Sourav.
Hybrid Fuzzy-ART based K-Means Clustering Methodology to Cellular Manufacturing Using Operational Time. International Conference on Operational Excellence for Global Competitiveness; 2011-02-05 - 2011-02-07
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34 Ghosh, Tamal; Dan, Pranab; Sengupta, Sourav.
A hybrid neural network approach to cell formation in cellular manufacturing. International Journal of Intelligent Systems Technologies and Applications 2011 ;Volum 10.(4)
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35 Ghosh, Tamal; Dan, Pranab; Sengupta, Sourav.
Fa-walca-cf : a Novel Method to Machine-part Grouping Problems. Advances in Production Engineering & Management 2011 ;Volum 6.(4) s. 249-258
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36 Ghosh, Tamal; Modak, M; Dan, Pranab.
SAPFOCS: a metaheuristic based approach to part family formation problems in group technology. international journal of management science and engineering management 2011 ;Volum 6.(3) s. 231-240
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37 Modak, M; Ghosh, Tamal; Dan, Pranab.
Solving component family identification problems on manufacturing shop floor. International Journal of Advancements in Technology 2011 ;Volum 2.(1) s. 39-56
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38 Sengupta, Sourav; Ghosh, Tamal; Dan, Pranab.
Fuzzy ART K-Means Clustering Technique: a hybrid neural network approach to cellularmanufacturing systems. International journal of computer integrated manufacturing (Print) 2011 ;Volum 24.(10) s. 927-938
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2010
39 Ghosh, Tamal; Chattopadhyay, Manojit; Dan, Pranab; Sengupta, Sourav.
Meta-heuristics in cellular manufacturing: A state-of-the-art review. International Journal of Industrial Engineering Computations 2010 ;Volum 2.(1) s. 87-122
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40 Ghosh, Tamal; Dan, Pranab.
Application of analytic hierarchy process and heuristic algorithm in solving vendor selection problem. Business Intelligence Journal 2010 ;Volum 4.(1) s. 167-177
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41 Ghosh, Tamal; Dan, Pranab; Chattopadhyay, Manojit; Sengupta, Sourav.
Genetic rule based techniques in cellular manufacturing (1992-2010): a systematic survey. International Journal of Engineering, Science and Technology 2010 ;Volum 2.(5) s. 198-215
NTNU Untitled
 
42 Ghosh, Tamal; Dan, Pranab; Sengupta, Sourav.
A hybrid heuristic based clustering algorithm to design manufacturing cell. Management and Production Engineering Review 2010 ;Volum 1.(4) s. 26-37
NTNU Untitled
 
43 Ghosh, Tamal; Modak, M; Dan, Pranab.
Coding and classification based heuristic technique for workpiece grouping problems in cellular manufacturing system. International Transaction Journal of Engineering, Management, & Applied Sciences & Technologies 2010 ;Volum 2. s. 53-72
NTNU Untitled