Outputs (6)

An investigation into distributed channel mobility support for Communicating Process Architectures. (2009)
Presentation / Conference Contribution
Chalmers, K., & Kerridge, J. (2009). An investigation into distributed channel mobility support for Communicating Process Architectures. In P. H. Welch, F. R. M. Barnes, G. S. Stiles, J. F. Broenink, H. Roebbers, & A. T. Sampson (Eds.), Communicating Proc

Localised mobile channel support is now a feature of Communicating Process Architecture (CPA) based frameworks, from JCSP and C++CSP to occam-pi. Distributed mobile channel support has also been attempted in JCSP Networking and occam-pi via the pony... Read More about An investigation into distributed channel mobility support for Communicating Process Architectures..

An application of CoSMoS design methods to pedestrian simulation. (2009)
Presentation / Conference Contribution
Clayton, S., Urquhart, N., & Kerridge, J. (2009). An application of CoSMoS design methods to pedestrian simulation. In P. H. Welch, H. Roebbers, J. F. Broenink, F. R. M. Barnes, C. G. Ritson, A. T. Sampson, …B. Vinter (Eds.), Communicating Process Archi

In this paper, we discuss the implementation of a simple pedestrian simulation that uses a multi agent based design pattern developed by the CoSMoS research group. Given the nature of Multi Agent Systems (MAS), parallel processing techniques are inev... Read More about An application of CoSMoS design methods to pedestrian simulation..

Application of CoSMoS parallel design patterns to a pedestrian simulation. (2009)
Presentation / Conference Contribution
Clayton, S., Urquhart, N. B., & Kerridge, J. (2009). Application of CoSMoS parallel design patterns to a pedestrian simulation. In R. Wyrzykowski, J. Dongarra, K. Karczewski, & J. Wasniewski (Eds.), Parallel Processing and Applied Mathematics (505-512). h

In this paper, we discuss the implementation of a simple pedestrian simulation that uses a multi agent based design pattern developed by the CoSMoS research group. Given the nature of Multi Agent Systems (MAS), parallel processing techniques are inev... Read More about Application of CoSMoS parallel design patterns to a pedestrian simulation..

JCSP agents-based service discovery for pervasive computing. (2009)
Presentation / Conference Contribution
Kosek, A., Kerridge, J., Syed, A., & Armitage, A. (2009). JCSP agents-based service discovery for pervasive computing. In P. H. Welch, H. Roebbers, J. F. Broenink, F. R. M. Barnes, C. G. Ritson, A. T. Sampson, & G. S. Vinter (Eds.), Communicating Process

Device and service discovery is a very important topic when considering pervasive environments. The discovery mechanism is required to work in networks with dynamic topology and on limited software, and be able to accept different device descriptions... Read More about JCSP agents-based service discovery for pervasive computing..

Let's Meander Through a Measured Space (2009)
Book Chapter
Kerridge, J. (2009). Let's Meander Through a Measured Space. In Exploration of Space, Technology, and Spatiality: Interdisciplinary Perspectives (17-25). IGI Global. https://doi.org/10.4018/978-1-60566-020-2.ch002

This chapter concerns the question of how people navigate through a space in which other people are also present. Issues addressed include how the space itself affects the way people navigate, how this is changed by the presence of others in the spac... Read More about Let's Meander Through a Measured Space.

A dynamic connection capability for pervasive adaptive environments using JCSP (2009)
Presentation / Conference Contribution
Kosek, A., Syed, A., Kerridge, J., & Armitage, A. (2009, April). A dynamic connection capability for pervasive adaptive environments using JCSP. Paper presented at AISB 2009 Convention

The house, office or warehouse environment is full of devices that make users’ life and work easier. People nowadays use personal computers, laptops, Personal Digital Assistants, mobile phones and many more devices with ease. The mechanism to connec... Read More about A dynamic connection capability for pervasive adaptive environments using JCSP.