Multimedia radiological reports tie together radiographic images and operations on these images with text, voice or graphical annotation. The result is an animated presentation of the radiological examination report. A temporal representation for a multimedia radiological report is introduced which describes the temporal behaviour of the animated report. The temporal behaviour specifies the synchronization requirements for the coordinated presentation of the multimedia report components. The temporal behaviour is encoded in a temporal semantic network which is a network of temporally ordered nodes, where each node represents some primitive behaviour. Automatic creation of the multimedia radiological report consists of the capture, interpretation and storage of the temporal semantics of the radiologist's reporting session in terms of a set of primitive behaviours. Automatic playback of the multimedia radiological report is the orderly traversal of the temporal semantic network, invoking the behaviour associated with each of the nodes in the temporal order described by the interconnecting arcs.
In response to the Calls to Action of the Truth and Reconciliation Commission of Canada a range of Collaborative Indigenous Learning Bundles have been introduced at a Canadian university to provide ways for Indigenous knowledge to be incorporated into courses across the university. One of the first courses in the engineering faculty to use the Indigenous Environment Relations Bundle was a third year project course for the BEng Electrical Engineering program. The use of the bundle, through the learning management system, was part of the lecture series and was used in a class discussion with an optional reflection. The objective was to provide complementary Indigenous knowledge to the discussion of the environmental impact of engineering. A first year introductory engineering course used the First Peoples: A Brief Overview. The response of the students in both courses was respectful and produced thoughtful discussions. Those that undertook the optional reflection produced insightful and often personal thoughts on a particular place. The use of the bundles shows that Indigenous matters and information from knowledge keepers can be integrated into engineering courses.
The research thrust of the Perpetuum project is the use of mobile intelligent agents for network management. Mobile agents are migratory programs that move from one host to another to access remote data and services at their location, rather than transporting the data to a central location. The use of mobile agents affords new opportunities for the distribution of processing and control in network management due to their autonomous and cooperative nature. We envision a network manager as a suite of problem-specific applications that launch andor communicate with autonomous mobile network agents that we call netlets. The intent is to provide an extensible set of tools that shift the operator's focus from MIB browsing to problem-solving. In this poster, we demonstrate this shift by applying mobile agents to network modeling. Instead of regarding the network model as the repository of the network topology, a network model is defined as an application-oriented view of the network. Depending on the application, the view will not only be defined in terms of a set of static components, but also in terms of the dynamic status of these components. The mobile agent implementation of a Network Model Browser is explained, followed by an exploration of innovative extensions that transform this model discovery tool into a problem-browser. 0-7803-4351-4/98/$10.00 0 1998 IEEE
Multimedia radiological reports tie together radiographic images and operations on these images with textual, vocal, or graphic annotation. The result is ah animated presentation of the radiological examination report. A temporal representation fora multimedia radiological report that describes the temporal behavior of the animated report is introduced. The temporal behavior specifies the synchronization requirements for the coordinated presentation of the multimedia report components. The temporal behavior is encoded in a temporal semantic network that is a network of temporally ordered nodes, where each n£ represents some primitive behavior. Automatic creation of the multimedia radiological report consista of the capture, interpretation, and storage of the temporal semantics of the radiologist's reporting session in terms of a set of primitive behaviors. Automatic playback of the multimedia radiological report is the orderly traversal of the temporal semantic network, invoking the behavior associated with each of the nodes in the temporal order described by the interconnecting arcs. 9 1989 bu W.B. Saunders Company.
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