The current document is the first version of the deliverable defining the approach and planning of the integration activities alongside with the corresponding deliverables within the integration work package. The integration plan relies on the architectural design document and introduces the integration and deployment for SnR components. The final integrated SnR platform will extend and refine the initially developed SnR platform. Then a user’s manual will also be produced in order to facilitate the deployment and maintenance of the SnR platform. According to DoA the S&R platform of technologies and solutions will be split into the following three categories: ➢ Front-End equipment systems and collection tools: which are mainly based on tech...
Respond-A Public Deliverables Repository “Next-generation equipment tools and mission-critical s...
Innovative technologies can enhance operational capabilities of First Responders (FRs) during Search...
One of PILOTING’s technological objectives is the integration of diverse robotic systems using open ...
The current document presents the description of the final S&R integrated platform. It integrates al...
This deliverable, which was produced as a part of the task 7.2 (Architecture and Design Specificatio...
This deliverable presents the initial reference architecture for the Search and Rescue system. This ...
In the past years, there has been tremendous progress in the field of Search and Rescue area of acti...
This document is the “Integration Plan” of the “Surveillance in an Urban environment using Mobile se...
The main purpose of this deliverable is to define the SnR Governance model. In this first deliverabl...
First responders can benefit greatly from the newest progress in technological means, such as the ap...
The overarching objective of the Search & Rescue (SnR) project is to enhance the capabilities of fir...
The purpose of this deliverable is to define the end-user requirements in order to prepare the confi...
The purpose of deliverable D1.6, a continuation of deliverable D1.2, is to analyze, improve and upda...
The overarching objective of the Search & Rescue (SnR) project is to enhance the capabilities of fir...
The RESPONDRONE project develops and evaluates a multi-UAS platform to accelerate situation assessme...
Respond-A Public Deliverables Repository “Next-generation equipment tools and mission-critical s...
Innovative technologies can enhance operational capabilities of First Responders (FRs) during Search...
One of PILOTING’s technological objectives is the integration of diverse robotic systems using open ...
The current document presents the description of the final S&R integrated platform. It integrates al...
This deliverable, which was produced as a part of the task 7.2 (Architecture and Design Specificatio...
This deliverable presents the initial reference architecture for the Search and Rescue system. This ...
In the past years, there has been tremendous progress in the field of Search and Rescue area of acti...
This document is the “Integration Plan” of the “Surveillance in an Urban environment using Mobile se...
The main purpose of this deliverable is to define the SnR Governance model. In this first deliverabl...
First responders can benefit greatly from the newest progress in technological means, such as the ap...
The overarching objective of the Search & Rescue (SnR) project is to enhance the capabilities of fir...
The purpose of this deliverable is to define the end-user requirements in order to prepare the confi...
The purpose of deliverable D1.6, a continuation of deliverable D1.2, is to analyze, improve and upda...
The overarching objective of the Search & Rescue (SnR) project is to enhance the capabilities of fir...
The RESPONDRONE project develops and evaluates a multi-UAS platform to accelerate situation assessme...
Respond-A Public Deliverables Repository “Next-generation equipment tools and mission-critical s...
Innovative technologies can enhance operational capabilities of First Responders (FRs) during Search...
One of PILOTING’s technological objectives is the integration of diverse robotic systems using open ...