Revision as of 07:34, 3 July 2017

Semantic structure
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SCOTT-NO Semantic Structure

This page explains the semantic structure used in SCOTT-NO to visualise the dependencies and tasks. The high-level structure is as follows. The project is subdivided into:

• Workpackages. See list of all WPs in SCOTT
• Each Workpackage consists of Tasks.
• Each Task has Deliverables.
• Contributions from partners are added through [[UiO contribution::will add xxx ]] , see SCOTT:Partner_contribution

Workpackage

A workpackage is created through Add Workpackage

• Objectives
• Lead part

Tasks

Each task has the following details, and is defined through Form:Task

• Title and a Page Title
• belongs to a Workpackage
• has a Lead partner, being an organisation,
• a Leader, being a person belonging to the Lead partner,
• Contributors, consisting of organisations (partners) contributing to
• Objective,
• Note: FULLPAGENAME is used to allow for a semantic query

Through semantic queries the Task asks for the Deliverables, Building Blocks and the Work item related to the task

Deliverables

A deliverable is created through Add Deliverable

Building Blocks

A Building Block is created through Add Building_Block

List of Building Blocks in SCOTT

• BB23.A, Leader: BB23.A, partners: BB23.A Dependable Wireless Sensor Network (Teresa Riesgo)
• BB23.B, Leader: BB23.B, partners: BB23.B End-to-end assured QoE (Xavier Alberti)
• BB23.C, Leader: BB23.C, partners: BB23.C HW supported security mechanisms (Marco Steger)
• BB23.D, Leader: BB23.D, partners: BB23.D Integrated Safety&Security Development (Silke Holtmanns)
• BB23.E, Leader: BB23.E, partners: BB23.E Safety critical applications via Satcom (Xavier Alberti)
• BB23.F, Leader: BB23.F, partners: BB23.F Out of Band Security (Achim Berger)
• BB23.G, Leader: BB23.G, partners: BB23.G PHY layer security (Andreas Springer)
• BB23.H, Leader: BB23.H, partners: BB23.H Real-time configuration of secure zones (Ken Brown)
• BB23.I, Leader: BB23.I, partners: BB23.I Reinforcement of safety for traffic infrastructures (Francisco Parrilla)
• BB23.J, Leader: BB23.J, partners: BB23.J Reliable Wireless Multi-hop Communications (Salvador Santonja)
• BB23.K, Leader: BB23.K, partners: BB23.K Realiable Wireless PHY and MAC (Egoitz Arruti)
• BB23.L, Leader: BB23.L, partners: BB23.L Routing and scheduling in real-time WSN (Jason Mansell)
• BB23.M, Leader: BB23.M, partners: BB23.M Safety WSN Adapter merged into BB23.I, BB23.G (Salvador Santonja)
• BB23.N, Leader: BB23.N, partners: BB23.N SCOTT Security Library (Marco Steger)
• BB23.O, Leader: BB23.O, partners: BB23.O Security Core - Identification, Authentication and Communication (Silke Holtmanns)
• BB23.P, Leader: BB23.P, partners: BB23.P Spatial-based authorization and authentication (Mateusz Rzymowski)
• BB23.Q, Leader: BB23.Q, partners: BB23.Q Towards a Safe Virtual Coupling (Francisco Parrilla)
• BB23.R, Leader: BB23.R, partners: BB23.R Trust Trust Anchor and Trust Indicators (Marco Steger)
• BB24.A, Leader: BB24.A, partners: BB24.A Remote Configuration of Infrastructure (Linda Firveld)
• BB24.B, Leader: BB24.B, partners: BB24.B Addressing and Mobility Management of Devices (Joachim Hillebrand)
• BB24.C, Leader: BB24.C, partners: BB24.C Application Layer Protocols and Cloud Architectures (Pedro Ruiz)
• BB24.D, Leader: BB24.D, partners: BB24.D Big Data Analytics (Antonio Lagarda)
• BB24.E, Leader: BB24.E, partners: BB24.E Cloud computing services for mobility applications (Ignacio Gurría)
• BB24.F, Leader: BB24.F, partners: BB24.F Cross-technology synchronisation (Peter Priller)
• BB24.G, Leader: BB24.G, partners: BB24.G Mobile Edge Computing (Longin Kawolski)
• BB24.H, Leader: BB24.H, partners: BB24.H Mobility Prediction (Ken Brown)
• BB24.I, Leader: BB24.I, partners: BB24.I Semantic Attribute Based Access Control (S-ABAC) (Christian Johansen)
• BB24.J, Leader: BB24.J, partners: BB24.J Wireless Vehicle Interface (Pawel Czernecki)
• BB24.K, Leader: BB24.K, partners: BB24.K Trustable Passenger Vehicle Data Logging System (Alexander Stocker)
• BB24.L, Leader: BB24.L, partners: BB24.L Adaptable network slicing (Do van Thanh)
• BB25.A, Leader: BB25.A, partners: BB25.A Energy efficient security implementation in WSNs (Andreas Springer)
• BB25.B, Leader: BB25.B, partners: BB25.B Energy efficient & resource optimized component concepts for WSNs (Stefan Drude)
• BB25.C, Leader: BB25.C, partners: BB25.C Energy storage for WSNs (Rafael C. Socorro Hernández)
• BB25.D, Leader: BB25.D, partners: BB25.D Energy supply to on track segment (Javier Uceda)
• BB25.E, Leader: BB25.E, partners: BB25.E Improved energy harvesting (Rafael C. Socorro Hernández)
• BB25.F, Leader: BB25.F, partners: BB25.F In-vehicle WSN (Achim Berger)
• BB25.G, Leader: BB25.G, partners: BB25.G System level availability (Willem van Driel)
• BB26.A, Leader: BB26.A, partners: BB26.A Autonomous Wireless Network (Francisco Parrilla)
• BB26.B, Leader: BB26.B, partners: BB26.B Cloud computing service platform (Ignacio Gurría)
• BB26.C, Leader: BB26.C, partners: BB26.C Smart routing for WSN on trains (Xavier Alberti)
• BB26.D, Leader: BB26.D, partners: BB26.D Infrastructure design and security threat analysis (Ramiro Robles)
• BB26.E, Leader: BB26.E, partners: BB26.E Interoperability and secure cross-domain application development (Ramiro Robles)
• BB26.F, Leader: BB26.F, partners: BB26.F Measurable security and privacy (Maunya Doroudi Moghadam)
• BB26.G, Leader: BB26.G, partners: BB26.G Privacy labels (A-F) (Christian Johansen)
• BB26.H, Leader: BB26.H, partners: BB26.H Methods for wireless vehicular data links (Thomas Zemen)
• BB26.I, Leader: BB26.I, partners: BB26.I Ontology for secure wireless data transfer (Ramiro Robles)
• BB26.J, Leader: BB26.J, partners: BB26.J - IoT/M2M over satellite (Xavier Alberti)

• WP01 (WP01, WP1 - Requirements Management, Partner NXP AT, Acciona, ISEP, Nokia, Politechnika Gdanska, Smart Innovation Norway, Telenor, UiO, Virtual Vehicle Research Center)
• WP02 (WP02, WP2 - Requirements on Security & Safety, Partner Nokia, AVL, CENTRIA, CISC, CIT, EAB, FSC, Tecnalia, IK4-TEKNIKER, INDRA, Instituto Tecnologico de Informatica, INTEGRASYS, Johannes Kepler Universität, Klas Telecom, Linz Center of Mechatronics GmbH, PRE, Politechnika Gdanska, RD VELHO, SBA, Tyco, University College Cork, UiO, Universidad Politécnica de Madrid, Virtual Vehicle Research Center, VEMCO)
• WP03 (WP03, WP3 - Requirements on Distributed Cloud Integration, Partner Telenor, AVL, CENTRIA, CISC, FSC, INDRA, Instituto Tecnologico de Informatica, INTEGRASYS, JIG ES, Wolffia, PRE, RD VELHO, RTE, Smart Innovation Norway, IMEC NL, TU Delft, TellU, VTT, Tyco, University College Cork, UiO, EyeNetworks, Virtual Vehicle Research Center, VEMCO)
• WP04 (WP04, WP4 - Requirements Autonomy of Devices, Partner Acciona, CENTRIA, Tecnalia, INTEGRASYS, Linz Center of Mechatronics GmbH, NXP AT, NXP NL, Philips Lightning, RD VELHO, TU Delft, TU/e, Universidad Politécnica de Madrid, Virtual Vehicle Research Center)
• WP05 (WP05, WP5 - Requirements Reference Architecture, Partner ISEP, CISC, CIT, EAB, EyeNetworks, Tecnalia, INDRA, Instituto Tecnologico de Informatica, JIG ES, Johannes Kepler Universität, Klas Telecom, KTH, Wolffia, Qplox, Siemens, Smart Innovation Norway, TU Delft, VTT, Telenor, UiO, Virtual Vehicle Research Center, VEMCO)
• WP06 (WP06, WP6 - Industrial Use Cases, Partner INDRA, Acciona, AVL, EMBRAER, EAB, EyeNetworks, NXP AT, PRE, Politechnika Gdanska, VTT, UiO, Virtual Vehicle Research Center, VEMCO)
• WP07 (WP07, WP7 - Air Quality Monitoring, Partner VTT, CENTRIA, FSC, Instituto Tecnologico de Informatica, Nokia, Qplox, RD VELHO, Smart Innovation Norway, IMEC NL, TU Delft, UiO)
• WP08 (WP08, WP8 Managed Wireless, Partner EyeNetworks, CISC, Wolffia, Smart Innovation Norway, Telenor, UiO)
• WP09 (WP09, WP9 - Secure Connected Facilities Management, Partner CISC, EyeNetworks, Politechnika Gdanska, Tyco, University College Cork, UiO, VEMCO)
• WP10 (WP10, WP10 - Logistics Management using Collaborative Robots, Partner EAB, HH, KTH, RTE)
• WP11 (WP11, WP11 - Secure Cloud Services for Novel Connected Mobility Applications, Partner AVL, AIT, CISC, FEV, FEV PL, INDRA, JIG ES, Bosch, SBA, SICS, IMEC NL, Virtual Vehicle Research Center)
• WP12 (WP12, WP12 - Ubiquitous Testing of Automotive Systems, Partner AVL, Johannes Kepler Universität, Linz Center of Mechatronics GmbH, NXP AT, NXP NL, Politechnika Gdanska, SBA, TU Graz)
• WP13 (WP13, WP13 - Trustable Wireless In-vehicle Communication Network, Partner AVL, EyeNetworks, HH, TU Graz, Virtual Vehicle Research Center)
• WP14 (WP14, WP14 - Secure Car Access Solution, Partner NXP AT, NXP NL, UiO)
• WP15 (WP15, WP15 - Vehicle-as-a-Sensor within Smart Infrastructure, Partner Politechnika Gdanska, CISC, UiO, Virtual Vehicle Research Center, VEMCO)
• WP16 (WP16, WP16 - Secure Wireless Avionics Intra Communications, Partner EMBRAER, ISEP, GMVIS SKYSOFT, Virtual Vehicle Research Center)
• WP17 (WP17, WP17 - Safe Freight and Traffic Management in Intermodal Logistic Hubs, Partner Acciona, Tecnalia, INTEGRASYS)
• WP18 (WP18, WP18 - Autonomous Wireless Network for Rail Logistics, Partner INDRA, CIT, IK4-TEKNIKER, Instituto Tecnologico de Informatica, JIG ES, Klas Telecom, Siemens, TU Delft, Universidad Politécnica de Madrid)
• WP19 (WP19, WP19 - Smart Train Composition Coupling, Partner INDRA, AIT, Instituto Tecnologico de Informatica, Siemens, Universidad Politécnica de Madrid)
• WP20 (WP20, WP20 - Trustable Warning System for Critical Areas, Partner INDRA, AIT, Instituto Tecnologico de Informatica, JIG ES, Siemens, Universidad Politécnica de Madrid)
• WP21 (WP21, WP21 Assisted living and community care, Partner PRE, Politechnika Gdanska, TU/e, TellU, UiO, Xetal, Philips, OsloMet, Telenor, Wolffia, VEMCO)
• WP22 (WP22, WP22 - Technology Lines - Development and Implementation, Partner Movation, Acciona, AVL, ISEP, UiO, Virtual Vehicle Research Center)
• WP23 (WP23, WP23 - Security and Safety, Partner Nokia, AVL, CENTRIA, CISC, CIT, EAB, FSC, Tecnalia, IK4-TEKNIKER, INDRA, Instituto Tecnologico de Informatica, Johannes Kepler Universität, Klas Telecom, KTH, Linz Center of Mechatronics GmbH, PRE, Politechnika Gdanska, RD VELHO, SBA, TU/e, Tyco, University College Cork, UiO, Universidad Politécnica de Madrid, Virtual Vehicle Research Center, VEMCO)
• WP24 (WP24, WP24 - Distributed Cloud Integration, Partner UiO, Telenor, AVL, CENTRIA, CISC, FSC, FEV PL, INDRA, Instituto Tecnologico de Informatica, INTEGRASYS, JIG ES, KTH, Wolffia, PRE, RD VELHO, RTE, SICS, Smart Innovation Norway, IMEC NL, TU Delft, TU Graz, TellU, VTT, Tyco, University College Cork, Virtual Vehicle Research Center, VEMCO)
• WP25 (WP25, WP25 - Autonomy of Devices, Partner Acciona, AVL, CENTRIA, Tecnalia, HH, Johannes Kepler Universität, Linz Center of Mechatronics GmbH, NXP AT, NXP NL, Philips Lightning, RD VELHO, IMEC NL, TU Delft, TU/e, TU Graz, Universidad Politécnica de Madrid, Virtual Vehicle Research Center)
• WP26 (WP26, WP26 - Reference Architecture / Reference Implementations, Partner ISEP, AIT, AVL, CISC, CIT, EAB, Tecnalia, HH, INDRA, Instituto Tecnologico de Informatica, JIG ES, Johannes Kepler Universität, Klas Telecom, KTH, Wolffia, Qplox, SICS, Smart Innovation Norway, TU Delft, VTT, Telenor, UiO, Virtual Vehicle Research Center, VEMCO)
• WP27 (WP27, WP27 - Project Management, Partner Acciona, AVL, INDRA, ISEP, Nokia, NXP AT, PRE, Politechnika Gdanska, Virtual Vehicle Research Center)
• WP28 (WP28, WP28 - Building Trusted Systems, Partner Acciona, AVL, CIT, EMBRAER, EyeNetworks, FSC, INDRA, ISEP, INTEGRASYS, JIG ES, Klas Telecom, KTH, PRE, Politechnika Gdanska, VTT, Tyco, University College Cork, Virtual Vehicle Research Center, VEMCO)
• WP29 (WP29, WP29 - Dissemination and Exploitation, Partner AVL, Acciona, AIT, CENTRIA, CISC, CIT, EMBRAER, EAB, EyeNetworks, FSC, FEV, FEV PL, Tecnalia, IK4-TEKNIKER, HH, INDRA, ISEP, Instituto Tecnologico de Informatica, INTEGRASYS, JIG ES, Johannes Kepler Universität, Klas Telecom, KTH, Linz Center of Mechatronics GmbH, Wolffia, Movation, Nokia, NXP AT, NXP NL, PRE, Philips Lightning, Politechnika Gdanska, RD VELHO, Bosch, RTE, SBA, Siemens, Smart Innovation Norway, IMEC NL, TU Delft, TU/e, TU Graz, TellU, VTT, Telenor, Tyco, University College Cork, UiO, Universidad Politécnica de Madrid, GMVIS SKYSOFT, Virtual Vehicle Research Center, VEMCO)
• WP30 (WP30, WP30 - Open Innovation and Stakeholder Engagement, Partner Acciona, AVL, FSC, INDRA, ISEP, PRE, Politechnika Gdanska, Smart Innovation Norway, Telenor, UiO, Virtual Vehicle Research Center)
• WP31 (WP31, WP31 - Standardization, Regulation, Certification, Partner CISC, INDRA, ISEP, PRE, Philips Lightning, SBA, TU Delft, Virtual Vehicle Research Center)

Testing graphics