Rezultaty
This report will collect the complete outcome of the kickoff meeti
Specifications and KPIs for the two robot prototypesA report will describe all the specifications and KPIs that will be defined during the development of the robotic prototypes Following the development of the robotic prototypes this report will be periodically updated during the project
VR Farming Environment SpecificationThis deliverable will collect the outcomes of Task 26 and will comprise a detailed description of the requirements to the VR environment
Robotic Navigation and Coordination Field ValidationThis deliverable will be composed of a report along with a video describing the validation of the robotic functionalities as per Tasks 9.1 and 9.5, including navigation, and box-exchange manoeuvring.
Communication, Dissemination and Exploitation PlanThis deliverable will consist in the project plan for the communication, exploitation and dissemination activities, including: i) the setting of the strategy and objectives of both the dissemination and exploitation activities; ii) the designing of the relevant policy and rules; iii) the management of these activities; iv) the identification of the target user groups as well as the media and means to be used; v) Exploitation activities for paving the way to GISCAD-OV solution Business Development. D10.3 has been designed according to the European Commission guidelines applying to H2020 projects.
VR Multi-Robot CompThis deliverable be a report describing VR Multi-Robot software module. It will include the software package for network-based communication and synchronization of robot positions and movements.
Simulated Farming Environment and Basic Robotic ComponentsThis deliverable will be a report describing the first release of the Simulation environment. It will include the first revision of the 3D scene environment, initial models of the robots, and user interactions in VR.
VR Agronomic-Oriented Perception ComponentThis deliverable will consist of the release of the VR Agronomic-Oriented Perception software module. It will include virtual sensors generating data that will be integrated for initial recognition by robots.
Agronomic Quality AssessmentThis report will describe the techniques used for grape quality assessment.
Requirements, Specifications and BenchmarksThis deliverable will collect the outcomes of Task 21 and will comprise the analysis of the requirements the functional specifications and the identification and dimensioning of appropriate performance indices for validating the project outcome
Risk Assessment and Contingency PlanThis deliverable will provide the detailed plan for the constant monitoring of proper synchronization of the partners contributions and of the project activities so to respect the project timeline and to assess actual risk and anticipate future criticalities by proposing adequate countermeasures and mitigationactions
Project Management GuidelinesSuch guidelines will instruct all partners on the procedures to be followed for fully complying with the EC procedures on scientific technical and financial reporting
Deliverable Agronomic target modelling, detection and localizationThis report will describe the diverse techniques that will be developed and outcomes at lab conditions.
Box-Exchange Coordinated ManoeuvringThis deliverable will consist of a report describing the methodological results concerning the coordinated manoeuvring for the box-exchange operation along with numerical validations.
Multi-Robot Task Planning with Humans in the Shared WorkspaceThis deliverable describes the temporal logic-based strategy used to ensure safety of the human and multirobot system in the shared environment, while each robot accomplishes the specified agronomic task.
VR Mobile-Robot ComponentThis deliverable will be a report describing VR MobileRobot software module It will allow robots and humans to move in the virtual environments and the kinematic physics rules to apply in the scene
VR Multi-Human-Multi-Robot Interaction ComponentThis deliverable we report the functionalities of the developed VR Multi-Human-Multi-Robot Interaction software module. It will include multi-user functionality, allowing several humans and robots to join via network.
VR Human-Robot-Interaction CompoThis deliverable will be a report describing VR Human-Robot-Interaction software module. It will include software modules for connecting human actors via VR and robot actors via ROS.
Dimensioning of the Real-World Scenario for Final DemoThis deliverable will collect the outcomes of Task 24 and will comprise a detailed description of the dimensioning of the tablegrape vineyard and of the agronomic operations to be considered for the final demo
This deliverable will consist of a report along with videos both in VR and real world describing the design of the adopted solutions, implementation details and quantitative results about obtained performance concerning: the coordinated motion of the arms with the base and the motion of the two arms for cooperative tasks execution.
Human body prediction and human-robot motion planningThis deliverable will include the methods for human body prediction and also for human-motion planning in agreement.
Mobile arms safety functionalitiesThis deliverable will consist of a report along with videos both in VR and real world describing the design of the adopted solutions, implementation details and quantitative results concerning the human-robot safe interaction.
Mobile arms physical interactionThis deliverable will consist of a report along with videos both in VR and real world describing the design of the adopted solutions, implementation details and quantitative results concerning the force control algorithms.
Guidelines for the Integration of System ComponentsThis deliverable will be composed of a Wiki page containing the guidelines to ensure the compatibility of softwarehardware components and related documentation
Human-Robot awarenessThis deliverable will present the mental model characterized by a semantic representation of the environment and of the action plans for both user and robot.
Human-Robot CommunicationThis deliverable will report the communication protocol and the selected communication modalities, determined also through the experiments.
Project WebsiteThis deliverable will consist in the publication of a website describing CANOPIES The website will be regularly updated with the progress and achievements of the project
First Release of Farming and Logistic Robot PrototypesThe first release of the two robotic prototypes are complete, work properly, and can perform the basic autonomous functionality (navigation, data acquisition and transmission). The robotic prototypes also include a first version of their respected BEM designs, as well as, the first versions of farming robot’s agronomic dual arm and end-effectors. Proof of the functioning prototypes will be provided in a video. Due to the continuous development of both prototypes this deliverable will be periodically updated during the project.
A Data Management Plan DMP will be produced detailing what data the project will generate whether and how it will be exploited or made accessible for verification and reuse and how it will be curated and preserved A first version of the DMP will be issued at M06 and the plan will evolve during the lifetime of the project in order to present the status of the projects reflections on data management
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Victor Nan Fernandez-Ayala, Xiao Tan, Dimos V. Dimarogonas
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IEEE Transactions on Control of Network Systems, Numer Vol. 9, no 1, 2022, Strona(/y) 367-379, ISSN 2325-5870
Wydawca:
IEEE CONTROL SYSTEMS SOCIETY
DOI:
10.1109/tcns.2021.3106452
Autorzy:
Thomas A. Ciarfuglia; Ionut M. Motoi; Leonardo Saraceni; Mulham Fawakherji; Alberto Sanfeliu; Daniele Nardi
Opublikowane w:
Computer and Electronics in Agriculture, Numer volume 205, 2023, ISSN 0168-1699
Wydawca:
Elsevier BV
DOI:
10.1016/j.compag.2023.107624
Autorzy:
Carlos Rodriguez de Cos; Dimos V. Dimarogonas
Opublikowane w:
IEEE Robotics and Automation Letters, Numer Volume: 7, Numer: 2, April 2022, 2022, Strona(/y) 5623-5630, ISSN 1949-3045
Wydawca:
Institute of Electrical and Electronics Engineers
DOI:
10.1109/lra.2022.3158435
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