D3.1 Visual Analysis for Real Sensing
ASHVIN WP3 “Data fusion for real-time construction monitoring” develops novel algorithms for extracting the required features that are mapped from the real world to the simulated reality. Deliverable 3.1 entitled “Visual analysis for real sensing” was published in September 2022 along with 11 other technical deliverables defining the ASHVIN system. It is related to task […]
D2.2 Evaluation and Recommendations for Evidence-Based Design
ASHVIN WP2 “Design for Productivity and Safety” develops possibilities to allow designers and engineers to account for the aspects of productivity, resource efficiency, and safety early in the design phase. It also experiments with possibilities to establish evidence-based design practices based on historical digital twin data. Deliverable 2.2 entitled “Evaluation and Recommendations for Evidence-Based Design […]
D1.5 Safety and Privacy for Digital Twins in the Construction Industry
ASHVIN WP1 “IoT Driven digital twin platform” focuses on building an industrial open-source, secure, and highly scalable digital twin platform that is fully IoT enabled. Deliverable 1.5 entitled “Safety and Privacy for Digital Twins in the Construction Industry”was submitted in September 2022 along with 11 other major technical deliverables defining the ASHVIN system. This report […]
D1.4 Digital Twin Interoperability in the Construction Industry
ASHVIN WP1 “IoT Driven digital twin platform” focuses on building an industrial open-source, secure, and highly scalable digital twin platform that is fully IoT enabled. Deliverable 1.4 entitled “Digital Twin Interoperability in the construction industry” was published in September 2022 along with 11 other major technical deliverables defining the ASHVIN system. This report is related […]
D1.2 An Ontology for Digital Twin Models for the Construction Industry
ASHVIN WP1 “IoT Driven digital twin platform” focuses on building an industrial open-source, secure, and highly scalable digital twin platform that is fully IoT enabled. Deliverable 1.2 entitled “ An ontology for digital twin models for the construction industry” was published in September 2022 along with 11 other major technical deliverables defining the ASHVIN system. […]
D8.3 IMPACT ASSESSMENT AND EXPLOITATION INTERIM REPORT is out!
This deliverable reports the Interim exploitation activities of the ASHVIN project and the plans of each partner for further exploitation into the future. ASHVIN’s Impact Assessment and Exploitation Plans report has been developed through a creative process of reflection and fermentation among project partners, each of one representing different stakeholder groups, this plan reflects their […]
D5.1 SHM DIGITAL TWIN REQUIREMENTS FOR RESIDENTIAL, INDUSTRIAL BUILDINGS AND BRIDGES IS OUT!
Structural health monitoring (SHM) is required in the definition of Digital Twins (DT) regarding surveying the condition and thus managing decisions related to the built environment. The first leg of any system based on SHM is data collection. However, appropriately embedded data-collection within existing digital twin platforms is still in its infancy. It is necessary […]
D8.2 DISSEMINATION AND COMMUNICATION INTERIM REPORT is out!
Research & innovation is a driving force for economic growth, the creation of new job opportunities and the enhancement of the standard of living. It is therefore important to ensure that the knowledge generated within research and innovation projects is properly diffused and that the means through which such knowledge can be delivered to the […]
D7.1 ASHVIN technology demonstration plan is out!
ASHVIN aims at the digitalization of the construction industry to increase productivity, resource efficiency, and safety. Towards this goal, digital twin technology is only one means to an end. Therefore, the core of all ASHVIN development aims at introducing two major process innovations enabled by the possibility to closely match as-build information with as-designed information […]
D4.1 A set of kpis to plan and monitor productive, resource efficient, and safe construction sites is out!
The work carried out in this report serves to develop a set of Performance Indicators for planning and controlling construction site activities, ranging from supply chain logistic planning, resource allocation, to site layout planning that allow site managers to steer all planning and control activities towards productive, resource efficient, and safe construction. This document summarised […]
