This document presents the users’ feedback from the 1st CURE Demonstration Workshop held on Friday 15th October 2021. This Workshop provided the basis for the demonstration of the cross-cutting urban planning apps developed in CURE following initial development of products and apps. The aim was to get user feedback and assess operational feasibility, usability and effectiveness (see Deliverable D5.1) of CURE urban resilience apps for city partner user communities, and at the same time the interface and feasibilities regarding the Copernicus Core Services
The Community Urgent Response Environment (CURE) concept is a new technology system developed to sup...
In this paper we propose the concept of ‘open-source resilience’ as a promising path towards urban t...
Digitaltechnologiesandsocialnetworksofferseveralpossibilitiesfor improving the quality of life in Sm...
The Copernicus for Urban Resilience in Europe (CURE) 2nd Demonstration Workshops (2nd Demos) were he...
This document is the deliverable D3.4 of the CURE (Copernicus for Urban Resilience in Europe) Projec...
This document presents CURE stakeholder needs and requirements to shape the development of CURE cros...
This document aims to describe in more detail the CURE cross-cutting applications and to summarize t...
This document provides a review of current methodologies, which can be of use in the implementation ...
The urban community faces a significant obstacle in effectively utilising Earth Observation (EO) int...
This document provides an overview of the published material of the CURE project (Copernicus for Urb...
This document aims to describe the final updated methodology of the CURE Cross-Cutting Applications ...
Sample Products from the CURE project Copernicus cross-cutting applications focusing on climate chan...
This document presents the CURE demonstration and evaluation methodology. The deliverable based on T...
Digital technologies and social networks offer several possibilities for improving the quality of li...
The starting point of this paper is to develop new ubiquitous and participative services for sustain...
The Community Urgent Response Environment (CURE) concept is a new technology system developed to sup...
In this paper we propose the concept of ‘open-source resilience’ as a promising path towards urban t...
Digitaltechnologiesandsocialnetworksofferseveralpossibilitiesfor improving the quality of life in Sm...
The Copernicus for Urban Resilience in Europe (CURE) 2nd Demonstration Workshops (2nd Demos) were he...
This document is the deliverable D3.4 of the CURE (Copernicus for Urban Resilience in Europe) Projec...
This document presents CURE stakeholder needs and requirements to shape the development of CURE cros...
This document aims to describe in more detail the CURE cross-cutting applications and to summarize t...
This document provides a review of current methodologies, which can be of use in the implementation ...
The urban community faces a significant obstacle in effectively utilising Earth Observation (EO) int...
This document provides an overview of the published material of the CURE project (Copernicus for Urb...
This document aims to describe the final updated methodology of the CURE Cross-Cutting Applications ...
Sample Products from the CURE project Copernicus cross-cutting applications focusing on climate chan...
This document presents the CURE demonstration and evaluation methodology. The deliverable based on T...
Digital technologies and social networks offer several possibilities for improving the quality of li...
The starting point of this paper is to develop new ubiquitous and participative services for sustain...
The Community Urgent Response Environment (CURE) concept is a new technology system developed to sup...
In this paper we propose the concept of ‘open-source resilience’ as a promising path towards urban t...
Digitaltechnologiesandsocialnetworksofferseveralpossibilitiesfor improving the quality of life in Sm...