Rehabilitation takes an important part in the care for lung transplant candidates with chronic lung disease. The theoretical part of this thesis summarizes current knowledge about motivation and adherence to rehabilitation, about telerehabilitation options (telemonitoring physical activity using pedometer), and their use in lung transplant candidates. In the practical part it was investigated whether extrinsic motivation (education, pedometer, communication with physiotherapist via e-mail) leads to an improvement in the six-minute walking test outcome (6MWD) or in adherence to rehabilitation in lung transplant candidates. It was found no statistically significant improvement in 6MWD nor in adherence to rehabilitation in extrinsically motivated patients waiting for a lung transplant. However, data suggested increasing trend of 6MWD after intervention.

Title: Active lifestyle of young school-age children Objectives: The aim of this study is to explore, whether the younger school age children are kept to an active and healthy lifestyle. To find out, whether the kids have enough physical activity, how they eat and how much time they spend at the computer or TV. Methods: The quantitative and qualitative methods were used in my research. The qualitative data were collected through surveys and quantitative data were obtained via step counting by using a pedometer. A measurement was used as an empirical method. Measurements were held in the months of May-June and October-November 2015. Results: It was examined a total of 160 children. 14 of them are obese and 9 are overweight. The rest of the students has an optimal weight, eat adequately and has enough physical activity. Obese children spend their free time at the computer or television and have no hobbies or sports activity. Keywords: lifestyle, obesity, energy balance, causes, prevention, consequences, pedometer, children, parents, physical activity, healthy diet

Distance and the associated parameters can be measured by specific sensors mobile device. Introduction The work focuses on the description of the sensors and the effects on their accuracy. To measure the distance, there is a number of good practices, which were described and demonstrated the application implemented source code for the Android platform. The project works with a total of three sensors, namely accelerometer, magnetometer and camera. The main objective of this work is the definition and application of methods for measuring distance using the appropriate sensors.