Simulation as an Environment for the Knowledge Acquisition of Procedural Expertise (2008)
Adrian Pearce, Claude Sammut, Simon Goss
ABSTRACT: Knowledge engineering is the discipline of encoding the knowledge of an expert into an operational form such as an expert system. Some forms of expertise, "show me "...
3.1.1 Speech Acts................................... 8 (2008)
Olivia Catherine March, Associate Professor, Steven Bird, Dr. Adrian Pearce
Intelligent agents should be able to communicate with each other using an extensible, expressive language. Agents should have the ability work together in a heterogeneous environment to solve complex...
Journal and conference articles Proposals and tenders Memos Tenders (2008)
Academic writing ‘In a conversation or oral presentation there is an opportunity for immediate clarification of points that are unclear. In written work this is not possible. The reader must...
Rulegraphs for Pattern Recognition (2007)
Adrian Pearce, Terry Caelli, Walter F. Bischof
We present and compare two new techniques for Learning Relational Structures (RS) as they occur in 2D pattern and 3D object recognition. The two techniques, Evidence-Based Systems (EBS) and...
On the Efficiency of Learning in Spatial Domains and Relational Evidence Theory. (2007)
this paper two different approaches to evidential learning are investigated in how they apply to generalizing within spatial domains. We present a systematic evaluation of learning to identify...
Efficient Spatial and Temporal Learning Procedures and Relational Evidence Theory (2007)
Adrian Pearce, Terry Caelli, Walter F. Bischof
We present a relational and evidence-based approach to building systems which can learn various identification, location and planning tasks in spatial and temporal domains. This machine learning...
Recognising User Intentions in a Virtual Environment (2007)
Simon Goss, Clint Heinze, Adrian Pearce
: Human-centred design in the adaptive virtual interface is about supporting the intentionality of the user. An operator has a purposeful motivation in undertaking activity in the virtual...
Simulation as an Environment for the Knowledge Acquisition of Procedural Expertise (2007)
Adrian Pearce, Claude Sammut, Simon Goss
: Knowledge engineering is the discipline of encoding the knowledge of an expert into an operational form such as an expert system. Some forms of expertise, "show me" rather than "tell...
From single static to multiple dynamic combinatorial auctions (2005)
Perugini, Don, Lambert, Dale, Sterling, Leon, Pearce, Adrian
We apply the Provisional Agreement Protocol (PAP) as a new approach to single static, single dynamic and multiple combinatorial auction problems, and empirically evaluate PAP. PAP benefits over...
Agent-based global transportation scheduling in military logistics (2004)
Perugini, Don, Lambert, Dale, Sterling, Leon, Pearce, Adrian
Provisional Agreement Protocol (PAP) facilitates decentralised agent planning in open and dynamic domains. PAP is implemented for our global transportation scheduling problem, allowing partial...
Towards reuse in agent oriented information systems: the importance of being purposive (2004)
Goss, Simon, Heinze, Clint, Papasimeon, Michael, Pearce, Adrian, Sterling, Leon
The emergence of large information systems has pushed software specification into the area of business modelling to adequately capture and consider business requirements. At the same time, there has...
Towards Reuse in Agent Oriented Information Systems: (2003)
The Importance Of, Simon Goss, Clint Heinze, Michael Papasimeon, Adrian Pearce, Leon Sterling
The emergence of large information systems has pushed software specification into the area of business modelling to adequately capture and consider business requirements. At the same time, there has...
ROADMAP: Extending the Gaia Methodology for Complex Open Systems (2002)
Thomas Juan, Adrian Pearce, Leon Sterling
This paper is concerned with improving the software engineering of agent-based open systems. It critiques the existing Gaia methodology in the light of a motivating example of intelligent home...
ROADMAP: extending the Gaia methodology for complex open systems (2002)
Juan, Thomas, Pearce, Adrian, Sterling, Leon
This paper is concerned with improving the software engineering of agent-based open systems. It critiques the existing Gaia methodology in the light of a motivating example of intelligent home...
Clinton Heinze, Simon Goss, Adrian Pearce
A view of plan recognition shaped by both operational and computational requirements is presented. Operational requirements governing the level of fidelity and nature of the reasoning process combine...
Clint Heinze, Ian Lloyd, Simon Goss, Adrian Pearce
cognitive modelling; agents; architectures ABSTRACT: One of the difficulties in simulating human decision-making is the requirement to model the wide range of human behaviour from knowledge-based,...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
CLARET: A new Relational Learning Algorithm for Interpretation in Spatial Domains. (1996)
Adrian Pearce, Terry Caelli, Walter Bischof
A new learning algorithm: Consolidated Learning Algorithm based on Relational Evidence Theory (CLARET) is presented, whichintegrates a machine learning methods with graph matching techniques. A...
Relational Evidence Theory and Spatial Interpretation Procedures (1996)
raphs not only reduce the search space but, also improve the uniqueness of the matching process. The system is demonstrated for difficult two-dimensional pattern recognition and threedimensional...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Relational evidence theory and spatial interpretation procedures. (1996)
Spatial interpretation involves the intelligent processing of images for learning, planning and visualisation. This involves building systems which learn to recognise patterns from the content of...
Rulegraphs for graph matching in pattern recognition (1994)
Adrian Pearce, Terry Caelli, Walter F. Bischof
In Pattern Recognition, the Graph Matching problem involves the matching of a sample data graph with the subgraph of a larger model graph where vertices and edges correspond to pattern parts and...