Engineering Surveying|Geoscience|Geospatial Science|Remote Sensing|Robotics|Sensors and sensing

Description

Basic principles of operation, applications and integration of sensors used in smartphones and professional geomatic engineering equipment....

Description

Basic principles of operation, applications and integration of sensors used in smartphones and professional geomatic engineering equipment. Location technology with an emphasis on Global Navigation Satellite Systems (GNSSs), but also other radio signals, inertial sensors, digital maps (for map matching), vehicle odometers, compasses, sonar/radar and cameras. Context determination using smartphone sensors. Application of low-cost imaging and 3D imaging sensors to 3D reconstruction and positioning. Students will be introduced to the principles of citizen science and crowd sourcing and how low cost sensors and smart phones can be used to gather data about the urban environment. Strengths (e.g. ability to represent individual views) and issues (data quality, coverage) will be discussed in theory and validated via practical sessions. The aim of this module is to give students a broad understanding of the capabilities of smartphone and geomatics sensors and their application in location, context determination, image understanding and crowdsourcing for both geospatial professionals and consumers.

Learning Outcomes

A broad knowledge of sensors used both by geomatic engineering professionals and by consumers on smartphones, including their basic principles of operation and their applications.

Understanding of location technology, including global navigation satellite systems (GNSS) understanding of the strengths and weaknesses of the different location technologies and how to select different combinations of sensors for different location tasks.

Understanding of how to use imaging sensors for 3D reconstruction, how to determine context from smartphone sensors and how to crowdsource data.

Human and Social Geography|Urban Studies