Abstract
Crime scene investigation generally involves a substantial amount of time at the scene itself. This is often inconvenient, and there is not enough time or resources to satisfactorily complete the investigation. This may be due to a limitation on the time that the scene can be kept sealed or due to the geographical disparities or schedules of colleagues. Computer graphics has become more common in crime scene investigation, for example in the 3D representation of objects (Little et al.,2000). With computers continually increasing in power, new tools are available that allow the operator to interact, in real time, with a computer-generated virtual environment. This chapter explores the potential use of such real-time virtual environments as an additional tool in crime scene investigation. It discusses an environment that integrates a virtual environment with an intelligent system.
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References
Little, C., Small, D., Peters, R. and Rigdon, J. (2000)
Forensic 3D scene reconstruction. 28th AIPR Workshop: 3D Visualisation for Data Exploration and Decision Making, Proceedings of SPIE,3905, 67–73.
Howard, T. L. J., Gibson, S. and Murta, A. D. (2000) Virtual Environments for scene of crime reconstruction and analysis.Proceedings of SPIE/IS&T T 3960, 41 – 48.
Murta, A. D., Gibson, S., Howard, T. L. J., Hubbold, R. J. and West, A. J. (1998) Modelling and rendering for scene of crime reconstruction: a case study. In Proceedings Eurographics UK, Leeds, March, pp. 169 – 173.
Baldwin, H. B. (1999) Crime scene units: a look to the future. Investigation and Forensic Science Technologies, Proceedings of SPIE,3576, 47 – 50.
ECAI (1998) Proceedings of ECAI98 Workshop on Intelligent Virtual Environments, Brighton.
Applied Artificial Intelligence (2000) Applied Artificial Intelligence: Special Issue on Intelligent virtual Environments,14 (1), January.
DeLeon, V. J. (1999) VRND: Notre-Dame Cathedral: a globally accessible multi-user real-time virtual reconstruction.Proceedings of VSMM99, Dundee, September.
Cavazza, M. and Palmer, I. J. (1999) Natural language control of interactive 3d animation and Computer games.Virtual Systems and Multimedia ’99, Aberdeen, September.
Cavazza, M. and Palmer, I. J. (2000a) High-level interpretation in virtual environments.Applied Artificial Intelligence Special Issue on Intelligent virtual Environments,14 (1), 125 – 144.
Cavazza, M. and Palmer, I. J. (2000b) Natural language control and paradigms of interactivity. In Proceedings of the AAAI Symposium on Artificial Intelligence and Interactive Entertainment, 20–22 March, Stanford University, Palo Alto, California.
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Palmer, I., Robey, D., Chilton, N., Dabeedin, J., Ingham, P., Bramble, S. (2002). The Development of an Intelligent virtual Environment for Training. In: Earnshaw, R., Vince, J. (eds) Intelligent Agents for Mobile and Virtual Media. Springer, London. https://doi.org/10.1007/978-1-4471-0677-7_8
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DOI: https://doi.org/10.1007/978-1-4471-0677-7_8
Publisher Name: Springer, London
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