Universidad de Jaén

THEORY

1.INTRODUCTION

2.HIGH RESOLUTION PHOTOGRAMMETRY WITH AERIAL AND TERRESTRIAL SENSORS

2.1 Digital photogrammetric high resolution sensors. Design. 

2.2 Digital photogrammetric sensors (2nd generation). Mission planning.

2.3 Adventages of digital photogrammetric sensors.  

2.4 New trends on aerial photogrammetric sensors. Oblique photography.

2.5 Low cost sensors. Non metric digital cameras. CCD and CMOS sensors. Others.

2.6 Methods. Stereoscopic vs. convergent networks. Aplicaciones. New algorithms: Structure from Motion (SfM).

 3.REMOTELY PILOTED AERIAL SYSTEMS (RPAS)

3.1 Introduction. Systems. Clasification.

3.2 Data acquistion and processing.

3.3 Legislation.

3.4 Aplications

 4. HIGH RESOLUTION REMOTE SENSING

4.1 New spaceborne high resolution sensors.

4.2 Hyperspectral and thermal sensors. Applications to Smart land management.

PRACTICE

PR1: Planning and registering of new aerial photogrammetric sensors.

PR2: Non metric cameras.

PR3: RPAs mission planning.

PR4: Real RPAs project: mission planning, flight and real data processing.

PR5: VHR sensors. 

Lectures will involve:

- Theoretical lessons by means of master classes with student participation.

- Practice lessons based on the use of photogrammetric workstations, project based learning example, seminars, use of specific software (both photogrammetric and laser scanning) and practice exercises.

Moreover, with this course we have a practical real RPAs project where the task is related to the mission planning, a real field RPAs flight and the final data processing.

Students with special educational needs should contact the Student Attention Service (Servicio de Atención y Ayudas al Estudiante) in order to receive the appropriate academic support

The assessment has three parts: attendance, theory+exercises and practice. 

Attendance: attendance will be controlled both at theory and practice lessons. It is required at least a minimum of 75% attendance to the practical lessons.

Theory+exercises: written exam which includes the theoretical and practice contents of the subject and some exercises or problems.

Practice: the assessment is based on the submission of the projects and exercises made during the practice lessons and the actual own-developed project.

The final mark will be the weighted average of the three parts (attendance, exam and practice), being the weights 0.05, 0.60 and 0.35, respectively. In order to pass the subject, it is necessary to get at least 5.0 (5.0 out of 10) in all three parts.