Deliverables
Local study visits/ guided tours in the demonstration sites for building users/tenants from m24 till M36
Contribution to common H2020 ActivitiesContribution to common H2020 Activities in mutual agreement with EASME - PM
Production of promotion materialsProduction of promotion materials: project flyer; final brochure, 8 half-year e-newsletters
MOBISTYLE websiteProduction and maintenance the MOBISTYLE website
Presentations on workshops on international conferencesPresentations on workshops on international conferences, pm – 4 conferences - PM
National and international workshops, and training sessionsNational and international workshops, and training sessions for professionals (national workshops 2nd year, international workshop 2nd year, training 3rd year)
Systematic data exchange approach for energy performance Practical goals: People share same definitions and representations for energy related data to promote data exchange and data use between storages and devices. e.g. the air flow as physical quantity a mean of energy use must be described (measurement, units, accuracy) in the same way in all applications. Other examples are temperature differences, local outside temperature and water flow. Expected results: Framework for a vocabulary of definitions and representations of all physical quantities applied in MOBISTYLE. The result could be a basis European or national institutions for standardization as CEN. Software module and mobile app the MOBISTYLE Expert tool (Leader DMO). Success criteria: Reaching consensus and compromises among stakeholders on definitions of the physical quantities of the (partial) energy flows and other energy related data. Targeted TRL: Development and testing at TRL7; further development and implementation TRL8
Inventory of supplied dataDetailed final monitoring, awareness and information campaigns for the five cases
Developed indicators based on environmental conditions
Applicable platform and database for software and information interoperability
Applicable platform and database for software and information interoperability Practical goals: Enhanced IT solutions —comprising a platform, a database, and the necessary interfaces— to facilitate the integration and interoperability between different types of software tools and mobile apps for measurement, assessment, monitoring and simulation of building condition, energy performance and user behaviours. Expected results: An integration and interoperability platform as an exploitable result from the project; a user-interface to allow building occupants, facility managers and other stakeholders to operate the software tools through their mobile devices; flexible interfaces with databases, Building Information Model (BIM), and Enterprise Resource Planning software systems, and cloud/server components; and automated software testing protocols and tool. Success criteria: Interfaces iteratively designed by involving users in a participatory design process at all stages and will be assessed for usability and user experience; validated specification and design; successful technical and user testing; and accessible documentation comprising: system integration test, user documentation (User Guide), installation instructions, and acceptation test followed by software commissioning. Targeted TRL: Utilized s-o-t-a technologies at TRL 7; further development and testing at TRL 8; operable results at TRL 8+. The basic platform will be operational from month 12 (D4.2) the final platform will be delivered in month 42
Recommendation to implement the results in EP calculationsApplicable hardware and software solutions for sensing technologies
Applicable hardware and software solutions for sensing technologies - Practical goals: Real-time analysis of end-user behaviours, considering expressive and emotional qualities of human movement through multimodal, full-body, non-verbal, social signals. - Expected results: A set of hardware and software with flexible framework for occupancy and pose estimation of a person moving through indoor spaces, applicable to a variety of sensing configurations; algorithms for on-line affect, intent, interest and engagement estimation of a person moving through indoor spaces; and mobiles interfaces for positioning systems of visitors; for user interfaces and applications for mobile devices, NFC (Near Field Communication) will be used to establish radio communication between visitors, experts, and facility supervisors in order to create collective understanding. - Success criteria: Position and pose accuracy; affect, intent, interest, and engagement estimate accuracy, both in laboratory datasets and in the “wild”.
Business plan for the MOBISTYLE PlatformDetailed monitoring and information campaign parameters
Detailed monitoring and information campaign parameters (objectives, data requirements, monitoring tools, information services) based on combined feedback about energy, IEQ and health
Software modules for user interfaces on mobile devices and wearablesSoftware modules for user on mobile devices. Practical goals: A particular focus will be on making innovative applications affordable, robust, inter-operable, and user-friendly. This project will lead to complementing the use of various instruments, easy operation by non-experts, along with cloud-computing for inter-operability of data models and software. Expected results: Software modules and mobile apps, namely the MOBISTYLE Dashboard (Leader HLX), the MOBISTYLE Game (Leader HighSkillz), the MOBISTYLE Office App (Leader HIA). Success criteria: The software module and mobile apps are intuitive for end-users; interfaces will be iteratively designed by involving users in a participatory design process at all stages and will be assessed for usability and user experience. Targeted TRL: Utilized s-o-t-a technologies at TRL 5; further development and testing at TRL 6; prototype results at TRL 7.
Evaluation of the effectiveness of the deployed tools, apps and combined information servicesTwo documented ‘energy workshops’
MOBISTYLE Modular Information Services for Trust and Privacy
MOBISTYLE Modular Information Services for Trust and Privacy Practical goals: create a logical framework to interact with lower level systems for Real Estate management (T4.2) and Things management (T5.1), with clear Privacy rules Expected results: well defined WebServices and APIs to RE and Things systems Success criteria: documented APIs and WS to 66% of the available WS of RE and Things systems; compliant with privacy rules in Europe Targeted TRL: TRL7
Evaluation on the effectiveness of the combined information and feedback campaignsSpecific sets of data acquisition for the five study and demonstration cases
Detailed communication and dissemination plan
Detailed communication and dissemination plan and subsequent update (first report month 6, continuous updates
Catalogue of personas with user profilesEvaluation method to test the effectiveness of the combined feedback campaigns
Evaluation method to test the effectiveness of the combined energy use, comfort and health feedback campaigns, and of the deployed communication environment, tools and apps
Data on energy use and impact on energy use of the awareness and information campaignsInventory of user needs and expectations
Recommendations for improvement and further development of solutions
MOBISTYLE Things Connector Practical goals: customize, in together with Whirlpool product development team, the Holonix i-LiKe platform to manage the dataflows from smart home appliances, following their lifecycle and providing data to the MOBISTYLE Modular Information Services. Expected results: an easy and quick access to smart home appliances data flows and lifecycle information. Success criteria: acquisition of at least 3 data flows from 3 different home appliances types Targeted TRL: Development and testing at TRL7; further development and implementation TRL8
Operational MOBISTYLE Open Users PlatformOperational MOBISTYLE Open Users Platform Practical goals: develop the IT platform to embed users and behavioural information and to enable deployment of the integrated Mobistyle IT platform by providing safe access to the selected datasets without compromising personal data. Expected results: ad hoc system, able to acquire data from RE and things through MOBISTYLE information services and manage users behaviour information and run algorithms as planned in WP3. APis will be provided to give access to aggegated data to external developers, accordingly with secutiry and privacy constraints and to exploitation plans agreed in the consortium. A report on the platform definition and functionality will be released in M26 in the form of a progress report, while the first working version of the Operational MOBISTYLE Open Users Platform will be published at M36 and final functional solution by M40 integrating the feedbacks from users during the development process (D5.3, OTH, Platform, M40). Targeted TRL: TRL7
MOBISTYLE corporate identityMOBISTYLE corporate identity– corporate colours, logo, type face, tool templates
MOBISTYLE Consumers Advisory BoardPublications
Author(s):
Ana Tisov, Dan Podjed, Simona D’Oca, Jure Vetršek, Eric Willems, Peter Op’t Veld
Published in:
Proceedings, Issue 1/10, 2017, Page(s) 675, ISSN 2504-3900
Publisher:
Proceedings 2017, 1, 675.
DOI:
10.3390/proceedings1070675
Author(s):
Simona d’Oca, Dan Podjed, Jure Vetršek, Slavko Dolinšek, Peter op’t Veld
Published in:
E3S Web of Conferences, Issue 111, 2019, Page(s) 04064, ISSN 2267-1242
Publisher:
E3S Web of Conferences 111, 04064 (2019)
DOI:
10.1051/e3sconf/201911104064
Author(s):
Andrei Vladimir Lițiu, Verena Marie Barthelmes, Cristina Becchio, Valentina Fabi, Mariantonietta Tarantini, Giulia Vergerio, Stefano Paolo Corgnati, Ivo Martinac
Published in:
E3S Web of Conferences, Issue 111, 2019, Page(s) 04060, ISSN 2267-1242
Publisher:
E3S Web of Conferences
DOI:
10.1051/e3sconf/201911104060
Author(s):
Wouter van Marken Lichtenbelt, Mark Hanssen, Hannah Pallubinsky, Boris Kingma, Lisje Schellen
Published in:
Building Research & Information, Issue 45/7, 2016, Page(s) 819-827, ISSN 0961-3218
Publisher:
E. & F.N. Spon
DOI:
10.1080/09613218.2017.1307647
Author(s):
Launonen, Tisov, Germini, Olivadese, Koroleva, Lukasik, Malamou, Arabsolgar, Zacharis, Garbi
Published in:
Proceedings, Issue 20/1, 2019, Page(s) 13, ISSN 2504-3900
Publisher:
Proceedings
DOI:
10.3390/proceedings2019020013
Author(s):
Veronika Zavratnik, Dan Podjed, Jure Trilar, Nina Hlebec, Andrej Kos, Emilija Stojmenova Duh
Published in:
Sustainability, Issue 12/10, 2020, Page(s) 3961, ISSN 2071-1050
Publisher:
MDPI Open Access Publishing
DOI:
10.3390/su12103961
Author(s):
Ana Tisov
Peter op't Veld
Published in:
REHVA Journal, Issue December 2018 / 06 2018, 2018, Page(s) Pages 11 - 16
Publisher:
TEKNİK SEKTÖR YAYINCILIĞI
Author(s):
A.Tisov, R.Olivadese, D.Arabsolgar, M.Margoudi.
Published in:
REHVA Journal, 05/2019, Issue 05/2019, 2019, Page(s) 67-72
Publisher:
REHVA
Author(s):
G. Vergerio, C. Becchio, A. Tisov
Published in:
REHVA Journal, Issue 01/2020, 2020, Page(s) 11-15
Publisher:
REHVA
Author(s):
D’Oca, S.; Podjed, D.; Tisov, A.; Vetršek, J.
Published in:
BEHAVE 2018 - 5th European Conference on Behaviour and Energy Efficiency, 1, 98-99., 2018, Page(s) 98-99
Publisher:
Zürich : ZHAW Zürcher Hochschule für Angewandte Wissenschaften
DOI:
10.21256/zhaw-1370
Author(s):
Verena Barthelmes, Valentina Fabi, Stefano Corgnati, Valentina Serra
Published in:
Proceedings of the 20th Congress of the International Ergonomics Association (IEA 2018) - Volume VIII: Ergonomics and Human Factors in Manufacturing, Agriculture, Building and Construction, Sustainable Development and Mining, Issue 825, 2019, Page(s) 514-525, ISBN 978-3-319-96067-8
Publisher:
Springer International Publishing
DOI:
10.1007/978-3-319-96068-5_58
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