M4Mining Progress: Advancements in Hyperspectral UAV & Satellite Monitoring for Sustainable Mining

Deliverables and Milestones

Public project Deliverables and Milestones will be published in due course via the European Union’s platform. Here, we give an overview of the general project plan and will provide links to the platform to make the project’s progress more visible.

The project’s factsheet can be accessed here.

Factsheet
D1.1 Data Management Plan V1
D1.2 Data Management Plan V2
D2.1 Hardware & software specification EXCEUTIVE SUMMARY (for PUBLIC)Download
D2.2_White Paper UAV Guidance (Public) Submitted
D3.1 UAS integrated with multi-sensor payload ready to fly
D3.2 Multi-sensor fusion algorithms for positioning and path planning for autonomous UAS EXCEUTIVE SUMMARY (for PUBLIC)Download
D4.1 Simulator of real-time processing workflow using prerecorded EXCEUTIVE SUMMARY (for PUBLIC)
D7.1 & D7.2Trade-off report on data analysis techniques and products on UAS and Satellite data
D9.1 Joint Activities of the Mineral Advisory Board, Year 1
D10.1 Website portal and social media channels
D10.2 Initial Plan for Dissemination, Communication

Key: M 1.1 – Milestone 1.1; D 1.1 – Deliverable 1.1; (M6) – Month 6

Delivered
In progress
D 1.1 Data Management Plan v1 (M6)
D 1.2 Data Management Plan v2 (M18)
D 1.3 Data Management Plan v3 (M30)
D 2.1 Hardware and software specification report (M5)
D 2.2 UAV safety guidelines published in a White Paper (M18)
D 3.1 UAS integrated with multi-sensor payload ready to fly (M12)
D 3.2 Multi-sensor fusion algorithms for positioning and path planning for autonomous UAS (M18)
D 4.1 Simulator of real-time processing workflow based on test data (M18)
D 4.2 Technology validation of real-time processing workflow at test site (M24)
D 5.1 Validation of real-time visualization and interaction based on recorded workflow (M20)
D 6.1 Technology validation with end-users to demonstrate finished system under anticipated operating conditions (M30)
D 6.2 Reporting on case study data collection successes and milestones for the different case study sites (M32)
D 6.3 Data quality assessment tool (M30)
D 7.1 Trade-off report on data analysis techniques and products on UAV data (M11)
D 7.2 Trade-off report on data analysis techniques and products on satellite data (M11)
D 7.3 Classification software technology validation (M30)
D 8.1 Publication of validated material distribution maps for the different case study sites (M30)
D 8.2 Publication of non-confidential data sets (UAV and ground truth data) to enable a broad engagement with the data in the research community (M36)
D 9.1 Report on joint activities of the mineral advisory board I (M12)
D 9.2 Report on joint activities of the mineral advisory board II (M24)
D 9.3 Report on joint activities of the mineral advisory board III (M36)
D 10.1 Website portal and social media channels (M2)
D 10.2 Initial plan for dissemination, communication, and exploitation (M6)
D 10.3 Final report on dissemination, communication, and exploitation (M36)
D 10.4 Report on business plan and sustainability analysis (M36)
M 2.1 Identification of the needed hardware and software specifications to start the development of the test platform (M5)
M 2.2 Safety approval for deployment of the UAV system for tailings, under review the first 12 months of testing (M18)
M 2.3 Safety approval for deployment of the UAV system in operational cases (M18)
M 3.1 Validation flight and data collection on test site using all sensors and navigation/planning outcomes (M14)
M 3.2 Software integrated, tested and validated under mission-like conditions (M16)
M 4.1 Validation of same-day processing system accomplished (M18)
M 4.2 Validation of real-time processing capabilities accomplished (M24)
M 5.1 System functioning using post-acquisition playback of recorded data and dynamic data stream visualisation of 2D-3D drone data functioning in Nlive (M17)
M 5.2 Interface for in-flight UAV area of interest retargeting successfully tested (M26)
M 5.3 Complete system tested and validated at NEO test site under mission-like conditions (M32)
M 6.1 Updated fieldwork schedule for the different case studies (M6)
M 6.2 Safety approval for Site 1 (M8)
M 6.3 Safety approval for Site 2 (M24)
M 6.4 Safety approval for Site 3 (M27)
M 6.5 Safety approval for Site 4 (M26)
M 6.6 Accurate surface reflectance retrieval at different spatial scales (UAV and satellite) achieved for site 1 (M11)
M 6.7 Accurate surface reflectance retrieval at different spatial scales (UAV and satellite) achieved for site 2 (M27)
M 6.8 Accurate surface reflectance retrieval at different spatial scales (UAV and satellite) achieved for site 3 (M31)
M 6.9 Accurate surface reflectance retrieval at different spatial scales (UAV and satellite) achieved for site 4 (M29)
M 6.10 Compositional validation maps on site sampling and laboratory analyses and reference data of control points is available for site 1 (M12)
M 6.11 Compositional validation maps on site sampling and laboratory analyses and reference data of control points is available for site 2 (M28)
M 6.12 Compositional validation maps on site sampling and laboratory analyses and reference data of control points is available for site 3 (M32)
M 6.13 Compositional validation maps on site sampling and laboratory analyses and reference data of control points is available for site 4 (M30)
M 7.1 Spectral mapping products for each individual test site available for interpretation (M32)
M 7.2 Acid-forming potential maps for tailing sites based on multi-temporal satellite data (M26)
M 7.3 Validation of classification software accomplished (M26)
M 8.1 Data products validated (M34)
M 9.1 State-of-the-art report on mining and tailings management available (M12)
M 9.2 Selection of HSI and MSI analysis approaches based on review-study available (M5)
M 10.1 Key stakeholders identified (M12)

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