Intelligent Production Machines and Systems - 2nd I*PROMS Virtual International Conference 3-14 July 2006

Pham, Duc T.; Eldukhri, Eldaw E.; Soroka, Anthony J.

In stock
Regular price 133.250 KD inc. VAT
License
Table of contents
  • Contentsv
  • Sponsorsxiii
  • Prefacexv
  • Introductionxvii
  • Programme and Organising Committeesxix
  • Special Session Organisersxix
  • Special Session Chairs and Co-Chairsxix
  • Refereesxx
  • I*PROMS Central Coordination and MEC Teamsxxii
  • Part I: Advanced Machine Tool Technologies1
  • Chapter 1. Advanced signal processing in acoustic emission monitoring systems for machining technolo1
  • Chapter 2. Innovative signal processing for cutting force based chip form prediction7
  • Chapter 3. Monitoring of slowly progressing deterioration of CNC-machine axes13
  • Chapter 4. The monitoring of the turning tool wear process using an artificial neural network20
  • Chapter 5. Use of interprocess communication in parallel neural networks for monitoring complex syst26
  • Part II: Collaborative and Responsive Manufacturing Systems33
  • Chapter 6. Collaborative research on new manufacturing technologies organization33
  • Chapter 7. Six sigma training programmes to help SME's improve39
  • Chapter 8. The alignment of collaboration and the importance of integrated performance measurement45
  • Chapter 9. The cultural and trust aspects of collaborative supply chains52
  • Part III: Concurrent Engineering59
  • Chapter 10. BM_Virtual enterprise architecture reference model for concurrent engineering and produc59
  • Chapter 11. Collaborative design review in a distributed environment65
  • Chapter 12. Implementing manufacturing feature based design in CAD/CAM71
  • Chapter 13. Learning and reasoning techniques for automatic feature recognition from CAD model77
  • Chapter 14. Machining of large dies based on the prediction of the press/die deformation83
  • Part IV: Digital Manufacturing89
  • Chapter 15. A model-based graphical user-interface for process control systems in manufacturing89
  • Chapter 16. Product lifecycle management and information tracking using smart embedded systems appli95
  • Chapter 17. Product support knowledge101
  • Chapter 18. Visual simulation of grinding process107
  • Part V: E-manufacturing E-business and Virtual Enterprises113
  • Chapter 19. Collaborative analysis among virtual teams: an experience113
  • Chapter 20. Collaborative virtual research environment to support integration & steering of multi-si120
  • Chapter 21. e-Cat–Members profiling and competency management tool for virtual organization breedi126
  • Chapter 22. E-collaboration: a literature analysis132
  • Chapter 23. Learning the users view: information retrieval in a semantic network138
  • Chapter 24. Leonardo da Vinci programme supports the development of e-learning methods in applicatio144
  • Chapter 25. User-interface architectures for VE dynamic reconfiguration: an initial analysis150
  • Chapter 26. Using semantic web technologies to discover resources within the intranet of an organiza158
  • Part VI: Innovative Production Machines and Systems165
  • Chapter 27. Design of precision desktop machine tools for meso-machining165
  • Chapter 28. Designing agent-based household appliances171
  • Chapter 29. Governance, innovation and performance179
  • Chapter 30. KOBAS: Integration of applications in machines185
  • Chapter 31. On-line modal identification of a CNC machining system based on surface roughness laser191
  • Chapter 32. Selective laser sintering of metal and ceramic compound structures198
  • Chapter 33. The effect of the punch radius in dieless incremental forming204
  • Part VII: Intelligent and Competitive Manufacturing211
  • Chapter 34. Air bearings based on porous ceramic composites211
  • Chapter 35. CBN grinding wheel inventory sizing through non-shortsighted flexible tool management st217
  • Chapter 36. Flow front analysis in resin infusion process223
  • Chapter 37. Forces analysis in sheet incremental forming and comparison of experimental and simulati229
  • Chapter 38. Neural network based system for decision making support in orthodontic extraction235
  • Chapter 39. Optimization of a hydroforming process to realize asymmetrical aeronautical components b241
  • Chapter 40. Optimization of friction stir welds of aluminium alloys247
  • Chapter 41. Personalized ankle-foot orthoses design based on reverse engineering253
  • Chapter 42. Quality evaluation of thermoplastic composite material single-lap joints258
  • Chapter 43. Springback prediction with FEM analysis of advanced high strength steel stamping process264
  • Part VIII: Intelligent Automation Systems271
  • Chapter 44. A distributed stand-in agent based algorithm for opportunistic resource allocation271
  • Chapter 45. A low-cost 3-d laser imaging system277
  • Chapter 46. Filter selection for multi-spectral image acquisition using the feature vector analysis283
  • Chapter 47. Global sensor feedback for automatic nanohandling inside a scanning electron microscope289
  • Chapter 48. Print-through prediction using ANNs295
  • Chapter 49. Visual servoing controller for robot handling fabrics of curved edges301
  • Part IX: Intelligent Decision Support Systems307
  • Chapter 50. A novel self-organised learning model with temporal coding for spiking neural networks307
  • Chapter 51. An algorithm based on the immune system for extracting fault classes from instance histo313
  • Chapter 52. Control Chart Pattern Recognition using Spiking Neural Networks319
  • Chapter 53. Engineering applications of clustering techniques326
  • Chapter 54. Fusing neural networks, genetic algorithms and fuzzy logic for diagnosis of cracks in sh332
  • Chapter 55. Optimization of assembly lines with transportation delay using IPA338
  • Chapter 56. Prediction of workpiece surface roughness using soft computing344
  • Chapter 57. Service orientation in production control350
  • Chapter 58. Statistical approach to numerical databases: clustering using normalised Minkowski metri356
  • Chapter 59. Technology readiness model for enterprises362
  • Part X: Intelligent Design Systems375
  • Chapter 60. A critical analysis of current engineering design methodologies from a decision making p
  • Chapter 61. A novel method of measuring the similarity of designs375
  • Chapter 62. An I-Ching-TRIZ inspired tool for retrieving conceptual design solutions381
  • Chapter 63. Design for Rapid Manufacturing, functional SLS parts389
  • Chapter 64. Life cycle and unit cost analysis for modular re-configurable flexible light assembly sy395
  • Chapter 65. Material–driven solution finding- functional materials in the design process401
  • Chapter 66. Neuro-fuzzy case-based design: An application in structural design407
  • Chapter 67. Process planning support for intermediate steps design of axisymmetric hot close-die for413
  • Chapter 68. Smart design for assembly using the simulated annealing approach419
  • Chapter 69. Virtual environment auditory feedback techniques to aid manual material handling Tasks425
  • Part XI: Intelligent Optimisation Techniques for Production Machines and Systems431
  • Chapter 70. An efficient meta-heuristic for the single machine common due date scheduling problem431
  • Chapter 71. Evolutionary approach to measure production performance436
  • Chapter 72. Feature selection for SPC chart pattern recognition using fractional factorial experimen442
  • Chapter 73. Optimization of fixture layout by means of the genetic algorithm448
  • Chapter 74. The bees algorithm–a novel tool for complex optimisation problems454
  • Part XII: Intelligent Supply Chains461
  • Chapter 75. Agents in the supply chain: lessons from the life sciences461
  • Chapter 76. Coordination model in the supply chain468
  • Chapter 77. Incorporating delay and feedback in intelligent manufacturing strategy selection474
  • Chapter 78. Towards a reconfigurable supply network model481
  • Part XIII: Reconfigurable Manufacturing Systems487
  • Chapter 79. A novel adaptive process planning framework487
  • Chapter 80. An advanced engineering environment for distributed & reconfigurable industrial automati493
  • Chapter 81. Analysis of wireless technologies for automation networking499
  • Chapter 82. Engineering modular automation systems505
  • Chapter 83. Linking production paradigms and organizational approaches to production systems511
  • Chapter 84. Responsive system based on a reconfigurable structure517
  • Chapter 85. Towards reconfiguration applications as basis for control system evolution in zero- down523
  • Part XIV: Novel Human Machine Interfaces - Tangible Acoustic Interfaces529
  • Chapter 86. Acoustic source localization for design of tangible acoustic interfaces529
  • Chapter 87. Ambient intelligence in manufacturing535
  • Chapter 88. Localisation of impacts on solid objects using wavelet transform and maximum541
  • Chapter 89. Modelling elastic wave propagation in thin plates548
  • Chapter 90. Pattern Matching for Tangible Acoustic Interfaces556
  • Chapter 91. Tracking Target Using Wideband Cox Comb Signals for Human Computer Interaction562
  • Part XV: Robotics568
  • Chapter 92. An Intuitive Teaching Method for Small and Medium Enterprises568
  • Chapter 93. From robotic arms to mobile manipulation: on coordinated motion schemes572
  • Chapter 94. Fuzzy and neuro-fuzzy based co-operative mobile robots578
  • Chapter 95. Multi-agent snake-like motion with reactive obstacle avoidance584
  • Chapter 96. Path planning in weighted regions using the Bump-Surface concept590
  • Chapter 97. Self-organising Locally Interpolating Map for the control of mobile microrobots596
  • Chapter 98. Spectral characterization of digital cameras using genetic algorithms602
  • Chapter 99. Towards more agility in robot painting through 3d object recognition608
  • Part XVI: Sustainable Manufacturing Systems614
  • Chapter 100. Key technologies and strategies for creating sustainable manufacturing organisations614
  • Chapter 101. An integrated approach to TPM and six sigma development in the castings industry620
  • Chapter 102. Characterising SME attitudes to technological innovation626
  • Chapter 103. Maximising the effectiveness of introducing advanced technologies632
  • Chapter 104. On the importance of maintenance costing638
  • Chapter 105. Roadmapping as a strategic manufacturing tool644
  • Chapter 106. The design of a sustainable manufacturing system: A case study of its importance to pro650
  • Chapter 107. Traceability requirements in electronics assembly656
Book details
  • Vendor Elsevier S & T
  • SKU 9780080451572
  • ISBN-13 9780080556345
  • Author Pham, Duc T.; Eldukhri, Eldaw E.; Soroka, Anthony J.
  • Category Technology & Engineering
  • Subject Industrial Technology

Do you have questions about this book?

Ask an expert!

I*PROMS 2005 is an online web-based conference. It provides a platform for presenting, discussing, and disseminating research results contributed by scientists and industrial practitioners active in the area of intelligent systems and soft computing techniques (such as fuzzy logic, neural networks, evolutionary algorithms, and knowledge-based systems) and their application in different areas of manufacturing. Comprised of 100 peer-reviewed articles, this important resource provides tools to help enterprises achieve goals critical to the future of manufacturing.

I*PROMS is an European Union-funded network that involves 30 partner organizations and more than 130 researchers from universities, research organizations, and corporations.

* State-of-the-art research results
* Leading European researchers and industrial practitioners
* Comprehensive collection of indexed and peer-reviewed articles in book format supported by a user-friendly full-text CD-ROM with search functionality