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Conference Themes



The major theme of SimTecT 2001 is Advancing the Technology and Effective Application of Simulation to Enhance Human Performance.



SimTecT 2001 will cover all areas related to simulation, training and modelling in the following sectors:

Defence
 Medical
 Manufacturing


The three main categories are:

  • Applications including training design, modelling, decision support, analysis, mission rehearsal, development of doctrine, tactics and procedures, acquisitions support, design support, prototyping

  • Technology/Methodologies including emerging technologies and techniques, artificial intelligence/ intelligent agents/ computer generated forces, data communications/ networks/connectivity, interoperability/ DIS/ HLA, architectures, environmental representations, human factors, visualisation systems applications of COTS technologies, geographic information systems, simulation databases, low cost simulation, simulation effectivenes Management including acquisition policy and management issues, commercial practices, life cycle issues, source data acquisition, validation, verification and acceptance into service, standards, strategic policy

  • Policy and Management including acquisition policy and management issues, commercial practices, life cycle issues, source data acquisition, validation, verification and acceptance into service, standards, strategic policy







Defence:

Partial Dome Display; courtesy of Air Operations Division, DSTO
  • Capability modelling
  • Simulation Based Acquisition
  • Decision support systems
  • Procedural training
  • Part task trainers
  • Team trainers
  • Maintenance trainers
  • Synthetic environments
  • Training for Peace Keeping
HMAS Watson Bridge Simulator; courtesy of Adacel Technologies



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Medical

3D Image Operated by Haptic Sensor; courtesy of ACSys CRC
  • Telemedicine technologies
  • Robot assisted surgery
  • Computer aided instruction
  • Virtual Reality operations
  • Anatomical modelling
  • Anatomical visualisation
  • Data visualisation




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Manufacturing

Simulated John Deere Front-end Loader created in the Iowa State University Virtual Reality Applications Center
  • Virtual prototyping
  • Plant design
  • Workflow modelling
  • Process control simulation
  • Inventory modelling
  • Destructive testing simulation
  • Operator Training
Virtual Factory; courtesy of Deere & Company





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Simulation Industry Association of Australia Limited A.B.N. 13 087 862 619

Last updated 21 June 2000

Information contained in this document is believed by the SIAA to be accurate at the time of publication. While every care has been taken in its preparation, professional advice should be sought when necessary. The Association cannot be liable for any error or omission in this publication or for damages arising from its supply, performance or use, and makes no warranty of any kind, either expressed or implied in relation to this publication.