Proposal - start [kondor.etf.rs]

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WP Leader: TMG Description of work This work package will focus on knowledge transfer primarily among project participants with involvement of external experts. Some of the knowledge transfer activities will be available to public and can be considered as dissemination activities as well. Research workshops and seminars will be organized and the DiaMus Excellence Award will be established to honor the best achievements. T1.1 Development of applications of interest, in six AWS (TL: TMG) – The details of the six different applications will be developed, and a workshop will be held during M1 or M2 in Ljubljana and will be hosted by TMG Slovenia, to present the results. Agenda for the first workshop is as follows: Presentation of each partner’s research activities and research results. Tutorial on system approach to medical-diagnostics by Srdjan Djordjevic Overview of complex medical diagnostics related research and projects funded by the NSF, by an US expert to be determined Research on WSN sensors and actors and mobile sensing platforms in medical diagnostics will be presented by an invited expert speaker to be determined. The second activity will be a seminar held in Belgrade, Serbia, in M4 or M5. The theme of the seminar is Elaboration of the AWs for typical Use-Case in Networked Medical Analysis. Location: Belgrade, Serbia. Topics that should be elaborated (but not limited to) are: Overview of the generated results Sensors and actors generated data in medicine (WSN) Internet generated data in medicine (INT) Acquisition of products data in medicine (PD) Services data in medicine (SV) Human resource data (HR) Novel ideas (NI) Tutorials and lectures will be given by researchers from the project partners and external experts. Additional ex-project members active in this field will be invited as well. Main aspects of the deliverable are: Details of functionalities of chosen applications. Development of requirement specifications. Adversities of use cases. Indications for QoL, QoS, and RoS parameters. T1.2 Definition of CSP and EPP parameters to monitor (TL: TMG) – Definition of parameters of importance for CSP and EAP. Definitions will be created to support the six applications of interest. Deliverables D1.1 (M1 – M6) – Rationales and functionalities D1.2 (M1 – M6) – List of parameters and their definitions
Work package 2 Start date or starting Beginning of number event: M1 Work package title Definition of the system architecture Activity Type 12 SUPP Participant id 1 2 3 7 8 Total Partic. Short name TMG BGDU FERRARA SPACE NI FE Person-months per 15 participant: 30 30 5 5 85 Objectives The main objective of this WP is to create the system architecture that should enable integration of various input data from different sources and communication channels, while providing an easy interface for several building blocks responsible for applying intelligent algorithms on collected data in order to provide to the users valuable information depend on relevant parameters. The specific goals are: Specification of internal data format for collected input data, interface among components, specification for integration(translation/adaptation) of input data source, specification for possible future extension of the system Consideration and specification of necessary hardware requirements for system built as well as required hardware devices used for providing input data or for interaction with the system Specification of necessary communication protocols and standards that will be used for gathering the input data, receiving requests and for publishing response of the system, and for exchanging (exporting and importing) data with other systems Consideration and specification of used software platforms for developing agents that generates input data, software technologies and frameworks for user interaction
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Does the proposal involve NO Human
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• Multiple sensors, of which the
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Appendix 4: Concept Modelling Surve
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think this way either. Of course, w
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Model is represented by a j-dimensi
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intelligence, etc). However, withou
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Figure 6. A concept map graphical p
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Figure 8. The concept structure for
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Figure 12. KeyConcept system archit
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This paper sheds more light on a se
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[MOTIK 2002] Motik, B., Maedche, A.
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Appendix 5: Summary of participant
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