Fichas instrumentos topográficos (inglés)
Enviado por Karla Bello • 20 de Octubre de 2023 • Trabajo • 1.170 Palabras (5 Páginas) • 44 Visitas
Term: | Topographic map |
Context: | Geodesy and topography |
Definition: | It is a detailed representation of the natural and artificial features of a terrain |
What´s it for?: | serves to display information about elevation, terrain shape, and study of the Earth surface |
Example: | Topographic Drawing of a Road Construction |
Term: | AutoCad |
Context: | Geodesy and topography |
Definition: | It is computer-aided design software |
What´s it for?: | It is used to draw, design, and accurately model documentation and surface features |
Example: | Design and construction of road infrastructure |
Term: | Dron |
Context: | Geodesy and topography |
Definition: | Unmanned aerial vehicle equipped for conducting topographic and cartographic surveys of large areas of terrain |
What´s it for?: | They can be used to create three-dimensional models of the terrain, generate elevation maps, identify terrain features, and calculate volumes |
Example: | Topographic survey Levantamiento Topografico |
Term: | Flight planning |
Context: | Geodesy and topography |
Definition: | flight planning is the process of designing and preparing a detailed plan for a flight before its execution |
What´s it for?: | The area to be covered is determined and the objectives of the survey are established. Points of interest, boundaries of the mapping area, and the appropriate flight altitude to achieve the required resolution are defined |
Example: |
Term: | drone configuration |
Context: | Geodesy and topography |
Definition: | It is ensured that the drone is in good condition, the battery is checked to be charged, and the necessary sensors are installed |
What´s it for?: | Con With a high-resolution camera and a GPS receiver, we can maneuver the drone |
Example: |
Term: | Field preparation |
Context: | Geodesy and topography |
Definition: | A safe takeoff location is chosen and a visual inspection of the flight area is conducted to identify possible obstacles |
What´s it for?: | It serves to have control points and safety points when raising the drone |
Example: |
Term: | Software configuration |
Context: | Geodesy and topography |
Definition: | The software allows to plan and design the drone flight mission efficiently. This includes the definition of the flight area, the flight altitude, the flight trajectory |
What´s it for?: | Survey drone software generally includes data processing capabilities to generate final products such as orthophotos, digital terrain models (DTMs) and digital surface models (DSMs). |
Example: |
Term: | Automated takeoff and flight |
Context: | Geodesy and topography |
Definition: | points are used for greater accuracy and georeferencing of the data generated by the drone. |
What´s it for?: | The drone takes off and follows a predetermined and programmed flight path. |
Example: |
Term: | Data processing |
Context: | Geodesy and topography |
Definition: | data processing capabilities to generate final products. |
What´s it for?: | is used to obtain detailed and accurate information about the terrain and its environment. |
Example: | Cartography and mapping |
Term: | Cotas |
Context: | Geodesy and topography |
Definition: | vertical distance from a reference plane |
What´s it for?: | The function of this indicator is to indicate the height of a point above sea level or above another level plane. |
Example: |
Term: | Geoid |
Context: | Geodesy and topography |
Definition: | Surface located at sea, thats mean Surface the closest thing to shape of the earth |
What´s it for?: | To ubicated and calculated the real position of a point |
Example: | Difference beetwen geoid and ellipsoid we can get height above sea level |
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