Kyushu University Academic Staff Educational and Research Activities Database
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Takashi Tanaka Last modified date:2018.06.08

Associate Professor / Marine Systems Design
Department of Marine Systems Engineering
Faculty of Engineering


Graduate School
Undergraduate School


E-Mail
Academic Degree
Doctor of Engineering
Field of Specialization
Naval Architecture
Research
Research Interests
  • Study on General Arrangement on Ship's Superstructure for Design Planning
    keyword : Ship's Superstructure, General Arrangement, Design Planning, Evaluation, Optimization, Noise
    2013.01.
  • Observation for Monitoring of Work and Safety at Shipyard
    keyword : Occupational Health and Safety, Risk Assessment, Observation, Image analysis, Deep Neural Networks, Deep Learning
    2007.01.
  • Study on noise prediction and control on ship's superstructure
    keyword : noise, prediction, control, ship's superstructure
    2016.04.
  • Development of method of optimum arrangement for functional design

    keyword : Container Terminal, Functional Design, Optimum Arrangement, Shipyard
    1997.04.
  • Occupational Health and Safety Management at Shipyard Based on Human Factor influence
    keyword : Human Factor, Occupational Health And Safety, Improvement Of Operation
    2006.01.
  • Development of practicable work sampling and analysis for shipyard by Industrial Engineering technology
    keyword : Estimation Of Effects Of Improvements, Improvements Of Operation, Industrial Engineering, Practicable Work Sampling And Analysis, Shipyard
    2005.04.
  • Functional design and functional assessment of container terminal
    keyword : Container Handling Database, Container Terminal, Container Through-put, Functional Evaluation, Improvements Of Operation And Estimation Of Its Effects, Petri's Network Model
    2004.10.
Academic Activities
Papers
1. Study on a Methodology of Extraction of Working Information by Deep Learning for Shipyard.
2. Simulation for Transfer Carrier for ship’s block in Shipyard.
3. Extraction Technique of Working Information by Deep Learning.
4. Extraction Technique of Information of Worker’s Position by Image Analysis.
5. Design Planning with Evaluation Method for General Arrangement on Ship's Superstructure.
6. Evaluation Methodology for Ventilatory Status in the Hold of PCC.
7. Data Analysis by Text Mining for Worker’s Near-miss Report at Shipyard.
8. 篠田 岳思, 田中 太氏, Development of Risk Assessment Methodology for Occupational Safety by Work Observation Technique, Society of Naval Architects and Marine Engineers (SNAME), 32, 3, 139-153, 2016.08.
9. 田中 太氏, 脇田 薫平, 篠田 岳思, Database Analysis for General Arrangement on Ship’s Superstructure for Design Planning, Asia Navigation Conference 2015, 456-464, 2015.11.
10. 田中 太氏, 篠田 岳思, 脇田 薫平, An Evaluation Method for Design Planning for General Arrangement on Ship's Superstructure, 12th International Marine Design Conference 2015, 345-355, 2015.05.
11. Analysis and Evaluation for General Arrangement on Ship’s Superstructure.
12. Study on a Methodology of Work Observation Using Small Size Video Camera.
13. A Methodology of Work Analysis Using Camera Monitoring Image.
14. Evaluation for General Arrangement on Ship’s Superstructure for Design Planning.
15. Evaluation for Safety Assessment on Walkway at Shipyard -Effect on Body Balance of Gradient of Steps -.
16. Estimation Method for Air Exchange Condition in the Hold of PCC.
17. Observation by Image Processing for Monitoring of Work and Safety at Shipyard.
18. Takeshi Shinoda, Takashi Tanaka, Development of Risk Assessment Methodology for Occupational Safety in Using Work Observation Technique, Proceedings of SNAME Annual Meeting 2012, 221-232, 2012.10.
19. Construction of Network Camera Observation System for Work and Safety Improvement at Shipyards.
20. Evaluation for Safety Assessment on Walkway at Shipyard -Effect on Body Balance of Slat Space of NC Conveyor-.
21. Safety Evaluation for Walking Environment on NC Conveyor at Shipyard.
22. Development of Safety Assessment for Environment of Walking Way on NC Conveyor Line at Shipyard.
23. Study on Work and Safety Observation by Network Camera at Shipyard.
24. Evaluation for Safety Assessment by Gait Analysis on Walkway at Shipyard - Application to Working on NC Cutting Machine Conveyor Line -.
25. Construction of the Work and Safety Observation System by Network Camera at Shipyard.
26. Study of Thermal Environmental Design for Thermal Comfort and Energy Saving at Ship's Cabin.
27. Experimental Simulation for Exhaust Gas Flow Condition on Loading at the Hold of PCC and its Ventilation Control.
28. Takeshi SHINODA, Takashi TANAKA, Yoshiki KANO, Risk Analysis for Occupational Safety Management at Shipyard, Proceedings of the Twentieth (2010) International Offshore and Polar Engineering Conference, 581-588, 2010.06.
29. Evaluation for Safety Assessment on Walkway at Shipyard by Fluctuation Analysis
- Application of Working on NC Cutting Machine Conveyor Line -.
30. Study of Risk Assessment on Occupational Safety at Shipyard by Work and Safety Observation.
31. Safety Assessment for Environment of Working Walkway by Fluctuation Analysis on Instability Motion of Human Body.
32. Evaluation for Safety Assessment on Walkway at Shipyard - Body Balance during Working on NC Conveyor Line -.
33. Risk Assessment on Occupational Safety for Safety Improvements at Shipyard.
34. A Method of Optimization for Design Planning of General Arrangement on Ship's Cabin.
35. Functional Assessment on Container Handling Operation at Container Terminal.
36. Trouble Analysis for Design and Industrial Work on Shipbuilding by Text Mining Technology.
37. Evaluation for Safety Assessment on Walkway for Occupational Environment at Shipyard.
38. Takeshi Shinoda, Takashi Tanaka, Shogo KITAJIMA, Analysis of Container Handling Operation by Observational Data of Work at Container Terminal, Proceedings of IMAM 2009(International Maritime Association of the Mediterranean 2009), 2009.10.
39. Safety Assessment for Environment of Working Walkway by Chaos Analysis on Instability Motion of Human Body.
40. Takashi Tanaka, Takeshi Shinoda, Applied Chaos Theory to Evaluation for Walking Environment on Occupational Safety Management at Shipyard, Proceedings of ISOPE-2009, pp.688-694, 2009.06.
41. Applied Chaos Theory to Evaluation for Walkway Environment on Safety Assessment for Occupational Environment at Shipyard.
42. Structural Analysis for Mistakes in Deign and Industrial Work on Shipbuilding by Text Mining Technology.
43. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
(Part3) Evaluation for Walking Environment by Fluctuation Property Analysis.
44. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
(Part2) Evaluation for Safety Walking Environment at Shipyard..
45. Study on Physical Distribution Management System at Shipyard by Simplified Experiments on Resemble Factory Distribution..
46. Study on Database Analysis of Transfer Crane Container Handling System at Container Terminal..
47. Chaos Analysis of Walking and Working Environment for Occupational Health and Safety Management at Shipyard.
48. Evaluation for Safety Walking Environment at Shipyard by Human Model Analysis on Transferring Platform mock-up.
49. Takeshi Shinoda, Takashi Tanaka, Hwayoung Kim, Construction of Container Handling Simulation Model in Container Terminal by Database Analysis, Proceedings of IMAM 2007(International Maritime Association of the Mediterranean 2007), 2007.09.
50. A Conceptual Design and Feasibility Study of Floating Container Terminal at Chang Jiang River Zone.
51. Construction of Database and Risk Analysis on Industrial Accident of Shipyard.
52. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
-Time Series Analysis of Walking Exeperiment-.
53. Evaluation by Human Model Analysis on Transferring Platform for Work Environment at Shipyard.
54. Chaos Analysis of Walking Experiment for Occupational Health and Safety Management.
55. Study on Risk Analysis for Occupational Health for Shipyard Workers
- Construction of Data Base and Analysis of Walking Experiment -.
56. Functional Consideration for Safety and Reliability with aim of Establishing the Handling Support System of Liquid Cargo.
57. Nobuyoshi Fukuchi, Takashi Tanaka, Non-periodic Motions and Fractals of Circular Arch under Follower Forces with Small Disturbances, STEEL AND COMPOSITE STRUCTURES, Volume 6(Number2), pp.87-101, 2006.05.
58. Simulated Analysis on Transportation Mode and Strategic Bridgehead for International Logistics Service.
59. Methodology of Evaluation for Risk Assesment on Marine Transportation.
60. Value Improvements of Physical Distribution at Sea by Application of Ubiquitous Technology.
61. Occupational Health and Safety Management at Shipyard Based on Human Factor Influence
-Analysis on Walking Experiment by Motion Capturing Technology-.
62. Study on Improvement for Container Throughput by Data Base Analysis on Container Handling.
63. Nobuyoshi Fukuchi, Takashi Tanaka, Chaotic and Fractal Dynamics of a Circular Arch under Follower Forces with Small Disturbances, Proceedings of The Second International Conference on Steel & Composite Structures '04, pp.809-821, 2004.01.
64. A Characteristic Analysis on Dynamic Stability of Form-resistant Structures in Non-conservative System
(Part2)Chaotic Dynamics and Correlation Dimensions of Circular Arch.
65. Correlation Dimensions Corresponding to Dynamic Behaviors of Circular Arch Subjected to Follower Forces with Small Disturbances.
66. A Characteristic Analysis on Oscillatory and Chaotic Behavior of a Circular Arch subjected to Follower Forces with Small Disturbances.
67. Nobuyoshi Fukuchi, Takashi Tanaka, Koichi Okada, A Characteristic Analysis on Dynamic Stability of Shell-like Lattice Structures subjected to Follower Forces, Advances in Computational Engineering Sciences, 2000(Vol.2), pp.1816-1821, 2000.01.
68. A Characteristic Analysis on Dynamic Stability of Form-resistant Structures in Non-conservative System
(Part1)Chaotic Dynamics of Circular Arch subjected to Follower Forces.
69. Establishing the Algorithm and Designing Tools for the Optimum Arrangement.
Presentations
1. Study on a Methodology of Extraction of Working Information by Deep Learning for Shipyard.
2. Simulation for Transfer Carrier for ship’s block in Shipyard.
3. Design Planning with Evaluation Method for General Arrangement on Ship's Superstructure.
4. Extraction Technique of Working Information by Deep Learning.
5. Extraction Technique of Information of Worker’s Position by Image Analysis.
6. Evaluation Methodology for Ventilatory Status in the Hold of PCC.
7. Data Analysis by Text Mining for Worker’s Near-miss Report at Shipyard.
8. 田中 太氏, 脇田 薫平, 篠田 岳思, Database Analysis for General Arrangement on Ship’s Superstructure for Design Planning, Asia Navigation Conference 2015, 2015.11.
9. 田中 太氏, 篠田 岳思, 脇田 薫平, An Evaluation Method for Design Planning for General Arrangement on Ship's Superstructure, 12th International Marine Design Conference 2015, 2015.05.
10. Analysis and Evaluation for General Arrangement on Ship’s Superstructure.
11. Study on a Methodology of Work Observation Using Small Size Video Camera.
12. A Methodology of Work Analysis Using Camera Monitoring Image.
13. Evaluation for General Arrangement on Ship’s Superstructure for Design Planning.
14. Evaluation for Safety Assessment on Walkway at Shipyard -Effect on Body Balance of Gradient of Steps -.
15. Estimation Method for Air Exchange Condition in the Hold of PCC.
16. Observation by Image Processing for Monitoring of Work and Safety at Shipyard.
17. Takeshi Shinoda, Takashi Tanaka, Development of Risk Assessment Methodology for Occupational Safety in Using Work Observation Technique, SNAME Annual Meeting 2012, 2012.10.
18. Construction of Network Camera Observation System for Work and Safety Improvement at Shipyards.
19. Evaluation for Safety Assessment on Walkway at Shipyard -Effect on Body Balance of Slat Space of NC Conveyor-.
20. Safety Evaluation for Walking Environment on NC Conveyor at Shipyard.
21. Development of Safety Assessment for Environment of Walking Way on NC Conveyor Line at Shipyard.
22. Study on Work and Safety Observation by Network Camera at Shipyard.
23. Evaluation for Safety Assessment by Gait Analysis on Walkway at Shipyard - Application to Working on NC Cutting Machine Conveyor Line -.
24. Construction of the Work and Safety Observation System by Network Camera at Shipyard.
25. Study of Thermal Environmental Design for Thermal Comfort and Energy Saving at Ship's Cabin.
26. Experimental Simulation for Exhaust Gas Flow Condition on Loading at the Hold of PCC and its Ventilation Control.
27. Study of Risk Assessment on Occupational Safety at Shipyard by Work and Safety Observation
.
28. Evaluation for Safety Assessment on Walkway at Shipyard by Fluctuation Analysis
- Application of Working on NC Cutting Machine Conveyor Line -.
29. Evaluation for Safety Assessment on Walkway at Shipyard - Body Balance during Working on NC Conveyor Line -.
30. Risk Assessment on Occupational Safety for Safety Improvements at Shipyard.
31. A Method of Optimization for Design Planning of General Arrangement on Ship's Cabin.
32. Functional Assessment on Container Handling Operation at Container Terminal.
33. Trouble Analysis for Design and Industrial Work on Shipbuilding by Text Mining Technology..
34. Evaluation for Safety Assessment on Walkway for Occupational Environment at Shipyard..
35. Applied Chaos Theory to Evaluation for Walking Environment on Occupational Safety Management at Shipyard.
36. Structural Analysis for Mistakes in Deign and Industrial Work on Shipbuilding by Text Mining Technology.
37. Applied Chaos Theory to Evaluation for Safety Assessment on Walkway for Occupational Environment at Shipyard.
38. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
(Part3) Evaluation for Walking Environment by Fluctuation Property Analysis.
39. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
(Part2) Evaluation for Safety Walking Environment at Shipyard.
40. Study on Physical Distribution Management System at Shipyard by Simplified Experiments on Resemble Factory Distribution.
41. Study on Database Analysis of Transfer Crane Container Handling System at Container Terminal.
42. Chaos Analysis of Walking and Working Environment for Occupational Health and Safety Management at Shipyard.
43. Construction of Container Handling Simulation Model in Container Terminal by Database Analysis.
44. A Conceptual Design and Feasibility Study of Floating Container Terminal at Chang Jiang River Zone.
45. Construction of Database and Risk Analysis on Industrial Accident of Shipyard.
46. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
-Time Series Analysis of Walking Exeperiment-.
47. Evaluation by Human Model Analysis on Transferring Platform for Work Environment at Shipyard
.
48. Chaos Analysis of Walking Experiment for Occupational Health and Safety Management.
49. Simulated Analysis on Transportation Mode and Strategic Bridgehead for International Logistics Service.
50. A Characteristic Analysis on Dynamic Stability of Form-resistant Structures in Non-conservative System
(Part2)Chaotic Dynamics and Correlation Dimensions of Circular Arch.
51. Correlation Dimensions Corresponding to Dynamic Behaviors of Circular Arch Subjected to Follower Forces with Small Disturbances.
52. A Characteristic Analysis on Oscillatory and Chaotic Behavior of a Circular Arch subjected to Follower Forces with Small Disturbances.
53. A Characteristic Analysis on Dynamic Stability of Form-resistant Structures in Non-conservative System
(Part1)Chaotic Dynamics of Circular Arch subjected to Follower Forces.
54. Establishing the Algorithm and Designing Tools for the Optimum Arrangement.
Membership in Academic Society
  • The Japan Society of Naval Architects and Ocean Engineers
  • Japan Ergonomics Society