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Avtomatski sistem za merjenje časa na treningih pri športu kajak in kanu na divjih vodah
ID ZUPAN, JERNEJ (Author), ID Jankovec, Marko (Mentor) More about this mentor... This link opens in a new window

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MD5: 19BE362EE54B8B6BA3BD72E3C8E35450
PID: 20.500.12556/rul/9fc57f03-982b-40d0-86ee-c1c444f7bb0b

Abstract
V tem delu se ukvarjamo z razvojem sistema za avtomatizirano merjenje časa na treningih pri športu kajak in kanu na divjih vodah. Sistem izvaja časovne meritve in identificira posamezne športnike. Osrednja tema dela je tehnologija komunikacije z infrardečo svetlobo, ki smo jo uporabili za proženje časovnih meritev in prenos podatkov. S tehnologijo mikrokrmilnikov smo razvili štoparice, ki se jih namesti na čolne, in svetlobne celice, s katerimi se proži v štoparicah merilne dogodke. Uporabili smo programski jezik C, z uporabo prekinitev pa smo izpolnili časovno kritične zahteve sistema. Z rabo pulzno distančnih cikličnih kod smo ustvarili zanesljiv algoritem za prepoznavanje različnih tipov svetlobnih celic. Sistem je v končni fazi tudi fizično izdelan in uspešno testiran na vodi.

Language:Slovenian
Keywords:infrardeča svetloba, komunikacija, mikrokrmilnik, šport, kajak, čas, meritve
Work type:Master's thesis/paper
Organization:FE - Faculty of Electrical Engineering
Year:2016
PID:20.500.12556/RUL-80158 This link opens in a new window
Publication date in RUL:28.01.2016
Views:2074
Downloads:485
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Secondary language

Language:English
Title:Automated system for training time measurements in wildwater kayak and canoe sport
Abstract:
In this work we designed an automated system for automated time measurements for the purpose of training in wildwater kayak and canoe sport. The system executes time measurements and identifies individual athletes. The main theme is communication technology based on infrared light, which we used to trigger time measurements and to transmit data. We used microcontroller technology to develop stopwatches, which are fixed on to boats, and phot cells, with which measurement events are triggered. We used programming language C and with the use of interrupts we fulfilled time critical requirements. Cyclic pulse distance codes were used to create a robust algorithm to recognise different types of light cells. In the end the system was physically built an successfully tested on water.

Keywords:infrared light, communication, microcontroller, sport, kayak, time, measurements

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