Czech

Not applicable.

Students will gain knowledge about sensors of physical quantities used in the sport and will be able to design and build measurement device with sensors. Examination proves that student is able to:
- to name and describe the physical quantities used in sports,
- explain the principles of sensors used in sports,
- characterize the properties and of various types of sensors,
- evaluate the choice of a suitable converter for a given application,
- define artifacts and explain their origin,
- define the requirements of the sensor for the specified application,
- justify the choice of the sensor according to the parameters in the datasheet,
- design and build functional measuring chain with the specified sensor,
- detect and eliminate errors in the measurement chain,
- write a program for microprocessor with sensors,
- measure a physical quantity with measuring chain and display quantity value on PC,
- document design of measuring chain with sensor using visualization software.
Oral final exam are validated knowledge from selected chapters and the ability to explain issues.

Not applicable.

Not applicable.

Teaching methods include lectures and labs. Course uses e-learning (Moodle). The student submits reports of all laboratory exercises.

Laboratory exercises - max. 40 points.
Test - max. 10 points.
Final exam - max. 50 points.

The course deals with sensors of electrical and non-electrical quantities. Students will get acquainted with the principles and construction of sensors, the emphasis is on biosensors and sensors used in sports. Students will gain practical experience with the measurement of physical quantities and will be able to independently design and implement systems for sensing physical quantities used in sports technologies.

1. Measuring chain and sensors in sport.
2. Principles of sensing anthropomotor quantities.
3. Posture and motor sensors.
4. Mobility and locomotion sensors.
5. Pressure, force and weight sensors in motor tests.
6. Sensors of body temperature and heat distribution under load.
7. Flow, viscosity and humidity sensors.
8. Measurement of electrical manifestations of the body, sensors of biosignals.
9. Acoustic sensors in sensorimotor, vibration measurement in sport.
10. Infrared, visible and ultraviolet sensors.
11. Chemical sensors and biosensors, sensors for sportswear.
12. Special sensors in kinanthropology, virtual reality.

Not applicable.

The aim of the course is to teach students to understand the problems of sensors and biosensors.

Lectures are optional. Laboratory classes are mandatory, duly excused absences can be compensated after agreement with the teacher.

Not applicable.

Not applicable.

BEJČEK L., ĎAĎO S., PLATIL A: Měření průtoku a výšky hladiny -- 3. díl edice Senzory neelektrických veličin, BEN - Technická literatura, 80-7300-156-X, 2006 (CS)
FRADEN J.: Handbook of Modern Sensors: Physics, Designs, and Applications, Springer New York, 2010, ISBN 978-1-4419-6465-6 (EN)
KREIDL M.: Měření teploty - senzory a měřicí obvody -- edice Senzory neelektrických veličin - 1. díl, BEN - technická literatura, 80-7300-145-4, 2005 (CS)
PLACKO D.: Fundamentals of Instrumentation and Measurement, ISTE 2007, ISBN 1-905209-39-8 (EN)

Not applicable.