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Browsing Faculty of Science and Engineering by Author "Quigley, Aaron"

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Browsing Faculty of Science and Engineering by Author "Quigley, Aaron"

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  • Shannon, Ross; Quigley, Aaron; Nixon, Paddy (Association for Computing Machinery, 2006)
    As visualizations of large systems get more and more complex, larger collaborative spaces are required so that a team of designers may work together while visualising their system. This paper describes the outfitting ...
  • Buckley, Jim; Exton, Chris; Quigley, Aaron; LeGear, Andrew (2007)
    This paper introduces, and provides a cognitive basis for, a prototype meta-modeling process called ESCAPE. This process involves users explicitly stating their own model of an entity of interest, CAPturing an alternative ...
  • Dobson, Simon; Bailey, Eoin; Knox, Stephen; Shannon, Ross; Quigley, Aaron; SFI (IEEE Computer Society, 2007)
    Control systems must increasingly be designed to involve collections of hardware and software components, both of which may evolve over the lifetime of the system, and which are expected to provide self-managing, adaptive, ...
  • Shannon, Ross; Quigley, Aaron; Nixon, Paddy (Association for Computing Machinery, 2010)
    Network visualisations use clustering approaches to simplify the presentation of complex graph structures. We present a novel application of clustering algorithms, which controls the visual arrangement of the vertices in ...
  • Vassev, Emil; Hinchey, Mike; Quigley, Aaron (2009)
    Autonomic computing augurs great promise for deep space exploration missions, bringing onboard intelligence and less reliance on control links. As part of our research on the ASSL (Autonomic System Specification Language) ...
  • Vassev, Emil; Hinchey, Mike; Quigley, Aaron (2009)
    We address the need to realize a runtime self-modifiable architecture for autonomic systems, specified and generated with the ASSL (Autonomic System Specification Language) framework. This framework generates such systems ...
  • Clear, Adrian K.; Shannon, Ross; Holland, Thomas; Quigley, Aaron; Dobson, Simon; Nixon, Paddy (Springer, 2009)
    One of the key challenges faced when developing context- aware pervasive systems is to capture the set of inputs that we want a system to adapt to. Arbitrarily specifying ranges of sensor values to respond to will lead ...
  • Shannon, Ross; Quigley, Aaron; Nixon, Paddy (2006)
    The pervasive computing systems inside modernday automobiles are made up of hundreds of interconnected, often replaceable components. These components are put together in a way specified by the customer during ...
  • Kenny, Eugene; Shannon, Ross; Quigley, Aaron (2008)
    Social interactions among a group of friends will typically have a certain recurring rhythm. Most people interact with their own circle of friends at a range of different rates, and through a range of different modalities ...
  • Vassev, Emil; Hinchey, Mike; Quigley, Aaron (2009)
    Autonomic computing has been recognized as a valid approach to the development of large-scale self-managing complex systems. The Autonomic System Specification Language (ASSL) is an initiative for the development of autonomic ...
  • Knox, Stephen; Clear, Adrian K.; Shannon, Ross; Coyle, Lorcan; Dobson, Simon; Quigley, Aaron; Nixon, Paddy (2007)
    Context-aware systems that rely on mobile devices for user interaction must address the low bandwidth of both communications and more importantly the user’s limited attention, which will typically be split between several ...
  • Nestor, Daren; O'Malley, Luke; Quigley, Aaron; Sikora, Ernst; Thiel, Steffen (2007)
    Using a product line approach allows companies realize significant improvements in time-to-market, cost, productivity, and quality. One fundamental problem in software product line engineering is related to the fact ...
  • Nestor, Daren; O'Malley, Luke; Healy, Patrick; Quigley, Aaron; Thiel, Steffen (Associaton for Computing Machinery, 2007)
    Adopting a software product line approach al-lows companies to realise significant improve-ments in time-to-market, cost, productivity, and system quality. A fundamental problem in soft-ware product line engineering is the ...
  • Shannon, Ross; Williamson, Graham; Quigley, Aaron; Nixon, Paddy (2007)
    Ubiquitous computing systems which include wireless devices in their networks rely on sometimes frag- ile ah-hoc communication channels between heteroge- neous devices to operate. To maintain stability and ro- bustness, ...

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