In-person event.
| Syllabus | Speaker |
| RTK network evaluation results. Accuracy in autonomous navigation systems. Differential positioning. Cenicaña network processing. Internal consistency analysis. Differential correction. Ionospheric correction. RTK network efficiency analysis scheme. Study areas or sectors. | Jhon Jairo Barona Susting |
| Restructuring of the RTK Network of the Sugarcane Agroindustry. Relocation of base stations. Network densification with repeater stations. Network densification by converting repeater stations to RTK base stations. | Andrés Fernando García García Cenicaña |
| Drone herbicide applications and reporting platform. Determining the physical compatibility of the most commonly used herbicides in sugar mills with low water volumes. Determining the uniformity of aerial drone application using different application widths and application times. Determining the appropriate size for aerial drone application. | Claudia Patricia Carabalí García – Julián David Ome Narváez. Cenicaña |
| Cloud data model for geospatial crop analysis. Timeline of the evolution of satellite imagery use in Mayagüez. Reference architecture (MYZ/ISC). Vegetation IDX process. Vegetation index development – MYZ zones. Remote sensing services (vegetation indices). | Sebastian Zapata – Victor Garcia Mayagüez Sugar Mill |
| Validation of coverage and line projects with RTK. Crop lines. Repeater in front of Case combines. RTK coverage of Case combines. RTK signal. Don line quality. How is parallelism measured? Theoretical trampling. Actual trampling. | Julian Peña Director of AP Incauca |
| Sector mapping parameterization methodology. Design a strategy for updating the cartographic map of the sugarcane agro-industrial sector. | Juan Manuel Valencia Cenicaña |
| Use of sensors to monitor the quality of mechanized tillage work. Determine the quality of mechanized tillage work by using sensors in agricultural machinery. | Pedro Francisco Sanguino Cenicaña |
