Proposal - start [kondor.etf.rs]

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Success criteria: • Opinion of beneficiaries on the need for the generated applications, based on their knowledge about where the major unknowns are • Opinion of beneficiaries about the functionalities provided • Opinion of beneficiaries about optimal values of parameters involved. Objective 2: To develop the system architecture, to determine the functionalities of all building blocks, and to develop hardware (HW), communications, and software (SW) requirements. All details related to hardware, software, and communications have to be developed. Software details include issues like data mining, semantic web, and concept modelling. Details imply algorithm, procedures, and the operating system. The suggested DiaMus HW module will acquire various physical quantities using remote sensors. The interpretation of acquired data is a demanding task, which requires a skilled expert. The main objective is to develop a system (software platform) for automatic signal processing, pattern recognition and final interpretation of processed data. SW platform is determined by the data acquisition process, mode of communication with HW module and methods used for signal processing and data interpretation. On that basis a suitable data model, GUI, report contents and views will be specified. All measurements will be performed in controlled laboratory conditions that will enable the construction of the knowledge database. Success criteria: • Potential speed of processing and communications, • Software and hardware architecture which permits easy expandability • Compatibility with existing platforms Objective 3: Adding intelligence to the system (for all six types of AW, for a relatively large number of application scenario, to define CSP and EAP parameters, and to develop related KEP procedures, appropriate CEA algorithms, and business-oriented RRG generators) For all use cases mentioned, specific algorithms, procedures, and operating system routines will be defined, to incorporate elements of artificial intelligence (AI), using the concept modelling (CM) approach (coauthored by the members of this consortium, A Survey of Concept Modelling, submitted to IEEE Computer, 2009, and given in Appendix 4). For all of them, optimal values of related parameters will be determined and built into the algorithms,
procedures, and the operating system. Developed software module will perform automatic data interpretation based on signal processing and pattern recognition algorithms. Success criteria: • The number of CSP and EAP parameters defined, for a holistic coverage of major issues, • The number of application scenario for which the KEP, CEA, and RRG are developed, • Compatibility of the developed KEP, CEA, and RRG with the underlying architecture. Objective 4: To design detailed hardware, communications, and software schematics, to encompass all the introduced CSPs and EAPs, all KEPs, CEAs, and RRGs, for a general future product, (which is not within the scope of this project). For all system elements defined above, precise UML schematics will be developed. For all project activities, in the widest sense, CMMI structures will be developed. The UML schematics will be compatible with CMMI structures, and will be considered a subset thereof. This objective will gather design and implementation of a POC prototype of portable DiaMus HW module. Basic requirements for this module are: • real time acquisition of data from different sensors (wired or wireless), • real time basic data processing (data sampling, decimation, filtering, …), • temporary storage of acquired data, • real time wireless communication with portable computer or other base unit (access point), • small enough dimensions and weight of the prototype to be used for testing • energy autonomy for testing in real environment. Success criteria: • For hardware, minimal transistor count • For communications, maximal flexibility, and • For software, error-free structure easy to expand with plug-in software. Objective 5: To realize a simplified PoC (proof of concept) demo, with a reduced set of functionalities, but large enough for experimenting in selected business scenario. The starting point for this activity is the definition of the full blown system. The subset for implementation will be selected in cooperation with partner SMEs active in related fields.
Page 1 and 2: SEVENTH FRAMEWORK PROGRAMME Proposa
Page 3 and 4: Table of contents: 1. Scientific an
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Page 11 and 12: s. Diagnostics of neuropathy and mi
Page 13 and 14: c. Feedback-improved existing appli
Page 15 and 16: Activities are performed by well de
Page 17 and 18: Figure 4: List of past and current
Page 19: • Artificial neural networks exte
Page 23 and 24: • Number of participants at works
Page 25 and 26: It is generally impossible to measu
Page 27 and 28: unning or other cyclic movement; au
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Page 31 and 32: • WP5 Development of a PoC, as a
Page 33 and 34: WP5 Architecture and design in CMMI
Page 35 and 36: WP3 Definitions of RRG generators W
Page 37 and 38: WP2 SW infrastructure WP3 Definitio
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Page 41 and 42: Task#03: The first annual symposium
Page 43 and 44: execution of research activities, i
Page 45 and 46: WP3 Adding intelligence RTD 1 70 M1
Page 47 and 48: D6.2 Report on testing results 6 in
Page 49 and 50: M2.2 M2.3 Checking on SW and HW arc
Page 51 and 52: M7.4 Checking on number WP7 M36 of
Page 53 and 54: Person-months participant: per 15 2
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Page 61 and 62: Description of work WP Leader: FERR
Page 63 and 64: Description of work (WP leader: BGD
Page 65 and 66: Description of work WP Leader: ORTO
Page 67 and 68: Description of work WP Leader: MEDI
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1.3.5. Describe any significant ris
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Project manager The Project Manager
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The objective for the decisions mak
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training process of top sportspeopl
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Resources in Slovenian Armed Forces
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management using scalable file syst
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(FP7 STREP). The participation of M
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the most significant ones are suppo
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His research findings have been pub
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students are fully registered. Rese
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• Secretary of Society of Univers
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activities are financed mostly thro
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Parallel Architectures at the under
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In January 2007 she joined OUR SPAC
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Estimates from EU Member States of
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External dissemination and exploita
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as possible researchers and researc
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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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