Purpose and scope of the document Sample Clauses

Purpose and scope of the document. This document describes strategies for creating a harmonized description of the PLATOON data sources. Methodological strategies complement the work done in T2.4 to analyze the PLATOON data sources in terms of the concepts from the energy domain that better characterize a dataset. A questionnaire facilitates the participation of the data providers in linking the PLATOON data sources with concepts in the semantic data models. Knowledge extracted from the questionnaires is used to populate a relational database; a set of mapping rules declaratively define the harmonized description of the data sources based on the Data Catalog Vocabulary (DCAT). As a result, an RDF graph representing a unified description of the PLATOON data sources has been created. Semantic connectors are under development to integrate the harmonized descriptions with other services of the PLATOON platform (e.g., the metadata registry from WP3 and the analytical toolbox for WP4). The reported outcomes of task 5.3 show the relevance of the PLATOON semantic data models defined in T2.3 and the role they play in establishing a common understanding of the meaning of concepts that characterize the energy sector. Moreover, the observed results provide evidence of the potential that harmonizing schemas using recommended vocabularies and semantic data models brings into interoperability resolution. Six sections compose this document. Section 2 presents preliminaries on concepts; it includes concepts like data integration systems, the international data space, mapping languages, and semantic data models. Section 3 sketches a methodology for data harmonization and defines the pipeline of generating a unified definition of the PLATOON data sources using DCAT and the PLATOON data models. Section 4 reports on the results of executing the pipeline and the harmonized description of the pilots' data sources is reported in Section 5. Finally, the conclusions and next steps are outlined in Section 6.
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Purpose and scope of the document. The IoT6 research project aims at researching and exploiting the potential of IPv6 to develop a service oriented architecture overcoming the current Internet of Things fragmentation. The presented document is related to Task T1.2 on Architecture design, which specifies the IoT6 architecture. This document will specify the initial version of the IoT6 architecture that will be used to drive research activities in other work packages. The initial architecture will be further detailed and modified during the project based on the output of other work packages as well as developments in the IoT community, through an iterative process.
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Purpose and scope of the document. ‌ The IoT6 research project aims at researching and exploiting the potential of IPv6 and IPv6- related technologies to develop an open service-oriented architecture overcoming the current IoT (Internet of Things) fragmentation. This document is the result of Task 6.3 (T6.3), which explores innovative interactions between STID and IPv6 through IoT6. As described in the Description of Work (DoW), the aim of this task is to research and develop an innovative interaction and integration between IPv6 and STIS. Thus, this deliverable D6.4 reports a design specification describing innovative interaction between Smart Things Information System (STIS) using Smart Things ID (STID) and IPv6. Unlike deliverable D6.3 which deals with CoAP/JSON/oBIX-based interaction between STIS and IoT6, this deliverable reports the development of 6LoWPAN-based active RFID networks, which enables smart things with STID to interact with STIS through the aid of 6LoWPAN and thus allows IoT6 applications (e.g., CMS or Control and Monitoring System) to discover and observe smart things of interest. To achieve this, an IPv6 and STID address management scheme as well as their registration and update operations are addressed with 6LoWPAN. Also, by allowing smart things to have their own STID in their tag memory, the proposed architecture enables non-IP-based as well as IP-based smart things to interact with STIS. The following are the 3 key aspects of this deliverable: • Firstly, this deliverable describes a novel architecture for interaction between smart things with STID and STIS via 6LoWPAN where smart things with STID can be either non-IP-based or IP-based. • Secondly, the way of managing the IPv6 and STID for accessing smart things based on the architecture is described. • Thirdly, this deliverable reports the results of test cases regarding the proposed architecture.
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Purpose and scope of the document. On the 3rd July, the Northern Ireland Authority for Utility Regulation (the Authority) modified the electricity transmission, electricity supply and electricity generation licences for Northern Ireland. These modifications were made, with the consent of the Department of Enterprise, Trade and Investment (DETI), pursuant to its powers under Article 3 of the Electricity (Single Wholesale Market) (Northern Ireland) Order 2007 and Regulation 60 of the Electricity Regulations (Northern Ireland) 2007. In particular changes were made to the generation licences, and to the public electricity supply licence held by Northern Ireland Electricity plc (NIE PES licence), which includes conditions on both the NIE Supply business and the NIE Power Procurement Business (PPB). Following further consideration, the Authority now propose some further minor modifications to the Northern Ireland generation licences.
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Purpose and scope of the document. In the frame of the Horizon 2020 (H2020) call of the European Commission (EC), the project “Warning and Mitigation Technologies for Travelling Ionospheric Disturbances Effects” (TechTIDE) develops a system for the mitigation for the detection and monitoring and alert for Travelling ionospheric disturbances (TIDs). TIDs constitute a threat for operational systems using HF or transionospheric propagation. TIDs can impose disturbances of an amplitude of 20% of the ambient electron density and a Doppler shift of the level of 0.5Hz. Consequently, the direct and timely identification of TIDs is a clear customer’s requirement for the Space Weather segment of the ESA SSA Programme. The objective of this proposal is to address this need with setting up an operational system for the identification and tracking of TIDs, the estimation of their effects in the bottomside and topside ionosphere and for the issuing warnings to the users with estimated parameters of TID characteristics. Based on the information released from this warning system, the users, depending on their applications, will develop mitigation procedures. Workpackage 7 addresses dissemination, exploitation and communication activities. This document is an output from this workpackage and provides the delivery D7.1. This document has been prepared by X. Xxxxxxx in the frame of EU project TechTIDE - DLV- 776011 with contribution from X. Xxxxxxxx and X. Xxxxxxxx. Dissemination activities in TechTIDE project refer to sharing research results with potential users - peers in the research field, organizations operating services for the citizen’s safety and security, other commercial players and policymakers. Exploitation activities concerns with the use of results in public policymaking and with the investigation of its future commercialization potential. In this context, dissemination activities feed into exploitation. During the kick off meeting of TechTIDE, the consortium discusses the strategy proposed for the dissemination, exploitation & communication activities, given the latest developments in the field. The dissemination, exploitation and communication plan will be updated at least once during the project lifetime, at month 18.
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Purpose and scope of the document. ‌ The IoT6 research project aims at researching and exploiting the potential of IPv6 to develop a service oriented architecture overcoming the current Internet of Things fragmentation. The presented document is related to Task T1.2 on Architecture design, which specifies the IoT6 architecture. This document represents an update of deliverable D1.2 [47]. It further specifies the initial IoT6 architecture based on the output of other work packages as well as developments in the IoT community. The architecture will be further updated during the last year of the project. NOTE: This document is not a delta document of deliverable D1.2 (Initial IoT6 architecture), but the full document which replaces D1.2.
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Purpose and scope of the document. The IoT6 research project aims at researching and exploiting the potential of IPv6 and IPv6- related technologies to develop an Open Service-oriented architecture overcoming the current Internet of Things fragmentation. This document is related to Task T3.1 on Open Service Layer design, which is defining and adopting the global IoT6 architecture defined in the D1.2 in order to provide the service layer and mechanism for discovery, look-up and integration of services from Smart Objects among the different platforms, clients and devices found around the world connected via IPv6. In addition, it will be shown how the proposed architecture allows for this indexing mechanism to be integrated with common existing ones, such as Digital Object Identifier (DOI) and Electronic Product Code (EPC) in order to offer a homogenous Open Service Layer through the IPv6-based technologies. Specifically, this document describes the design issues for the Open Service Layer proposed from the IoT6 point of view, in order to offer a global discovery and look-up platform based on IPv6 technologies such as DNS. This document will also describe the APIs and functions being offered by the Open Service Layer defined in order to provide functions for look-up and discovery, context-awareness and resource repository and access control solutions including privacy management. Finally, integration with non-IP technologies, i.e. legacy and proprietary technologies, as was done for IPv6 connectivity in Deliverable D2.1 is also described.
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Purpose and scope of the document. This deliverable presents the main features of the developed methods and reports on pilots 1a, 2a, 3a, and 4a. In addition to the executive summary and this introduction, this document is organized as follows: Section 2 introduces the preliminary concepts required to understand the techniques applied in knowledge base creation. Section 3 describes a generic pipeline that comprises a semantic connector and a federated query processing engine. Two implementations are presented for the generic pipeline; one is based on a semantic connector built on top of SPARQL-Generate and another is based on the SDM-RDFizer. The knowledge bases of pilots 1a, 3a, and 4a have been created following the pipeline with SPARQL-Generate; Sections 4, 6, and 7 report on the results of these pilots, respectively. In pilot 2a, the knowledge base has been generated using the SDM-RDFizer; the results are presented in Section 5. The federated query processing techniques implemented in task T2.4, are empirically evaluated over pilot 2a knowledge; Section 8 reports on these results. Finally, conclusions reached in task T2.4 are outlined in Section 9.
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Purpose and scope of the document. ‌ The IoT6 research project aims at researching and exploiting the potential of IPv6 to develop a service oriented architecture overcoming the current Internet of Things fragmentation. The presented document is related to Task T1.2 on Architecture design, which specifies the IoT6 architecture. This document represents an update of deliverables D1.2 “First version of IoT6 Architecture and SOA specifications” [47] and D1.3 “Updated version of IoT6 Architecture and SOA [61]. It further specifies the initial IoT6 architecture based on the output of other work packages as well as developments in the IoT community. NOTE: Deliverable D1.3 is not a delta update of deliverable D1.2 (Initial IoT6 architecture), but the full document which replaces D1.2, while this document D1.4 is delta document to deliverable D 1.3.
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