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свързани с дейностите на GeoSSolutions
- Dinkov, Davis. (2016). Generation of 3D Panoramic Map for Tourism Management Applications. 1314-0604.
- Dinkov, Davis & Vatseva, Rumiana. (2016). 3D Modelling and Visualization for Landscape Simulation.
- Dinkov, Davis. (2018). Разработване на 3D модел на природен парк „Врачански Балкан“ за интегриране в система за мониторинг. 10.13140/RG.2.2.24549.65768.
- Dinkov, Davis. (2018). 3D моделиране на природни ландшафти с използване на безпилотни летателни системи. Problemi na geografii͡ata. 1-2. 139-159.
- Dinkov, Davis. (2018). Приложение на 3D моделиране при рекултивация на нарушени терени от миннодобивната дейност.
- Dinkov, Davis. (2018). Tриизмерно (3D) моделиране на обекти на културно-историческото наследство с използване на безпилотни летателни системи. Problemi na geografii͡ata. 3-4. 139-160.
- Dinkov, Davis. (2019). A Low Cost Method UAV-PPK -Accuracy and Application.
- Dinkov, Davis & Kitev, Atanas. (2020). Advantages, Disadvantages and Applicability of GNSS Post-Processing Kinematic (PPK) Method for Direct Georeferencing of UAV Images.
- Dinkov, Davis & Bonchev, Stefan. (2020). 3D Historical Reconstruction with Interactive WEB-Based Application.
- Dinkov, Davis. (2020). Applicability Of Open Source Unmanned Aerial System (UAS) For Photogrammetric Capturing And Mapping Of The Earth’s Surface.
- Dinkov, Davis & Vatseva, Rumiana & Pashova, Lyubka & Varbanov, Marian & Aneva, Ina & Yankov, Plamen. (2021). Академия „Моят зелен град“.
- Dinkov D., Kitev A., Hristova D. (2021). High-resolution topographic data of river landscapes using aerial PPK-UAV photogrammetry: a case study in Ogosta River valley, Northwestern Bulgaria. International Multidisciplinary Scientific GeoConference: SGEM 21(2.1): 293–300. https://doi.org/10.5593/sgem2021/2.1/s10.67.
- Dinkov, Davis & Pashova, Lyubka. (2022). Combination of GNSS and UAV Observations for Studying Landslide Processes – a Case Study of the Botanical Garden in Sofia.
- Dinkov, Davis. (2023). Accuracy assessment of high-resolution terrain data produced from UAV images georeferenced with on-board PPK positioning. Journal of the Bulgarian Geographical Society. 48. 43-53. 10.3897/jbgs.e89878.
- Dinkov, Davis. (2023). 4D monitoring of mountain areas using the UAV-PPK workflow. Silva Balcanica. 24. 13-35. 10.3897/silvabalcanica.22.e104499.
- Dinkov, Davis. (2023). Photogrammetric Capturing and Mapping of Mountainous Areas with Unmanned Aerial Systems. ISBN: 978-619-91951-4-7.
- Dinkov, D., Hristova, D. Comparative Analysis of Topographic Conditions for Hydraulic Flood Modelling Using Different Spatial Resolution Digital Terrain Models: A Case Study from the Ogosta River, Bulgaria. Environmental Protection and Disaster Risks (EnviroRisks 2024), Lecture Notes in Networks and Systems, 883, Springer, Cham, 2025, ISBN:978-3-031-74707-6, DOI:https://doi.org/10.1007/978-3-031-74707-6_37, 349-364.
