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In de inleiding is mijn stageplaats, Vito, beschreven. Er is ook een organigram van de organisatie getekend. Het stageverloop is in een tabel week per week weergegeven met de beschrijving van mijn opdrachten in die week. Van de inleiding maak ik eveneens gebruik mijn opdracht in grote lijnen te beschrijven. Het eerste hoofdstuk is een beschrijving van mijn eerste kennismaking met de toepassing die ik moest verbeteren. Daar is ook wat meer uitleg te lezen omtrent de achtergrond van de toepassing. De bestaande toepassing moest dus verbeterd worden zodat alle fouten goed opgevangen worden. De verbeteringen die ik heb aangebracht zijn te lezen in hoofdstuk twee. Een belangrijke verbetering is dat de verbeterde toepassing nu met slechts twee bestanden werkt: een tekstbestand en een INI-bestand. De interactie met deze bestanden is uitvoerig uitgelegd. In hoofdstuk drie komt de eigenlijke toepassing aan bod. Alles wordt uitgelegd aan de hand van schermafdrukken. Er zijn twee verschillende ver

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Dutch literature

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Leren --- Studievaardigheden

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The University of Applied Sciences of Kiel has a project running, called the Baltic Thunder. This is a project where they make a wind powered car. The Baltic Thunder team had some difficulties with positioning the rotor to the direction of the wind. Besides this, they also wanted to know what all the involved parameters were while they are doing a race or making a test run. That is why they needed some parameters to be measured. They wanted to know what the speed of the wind was, and the speed of the rotor blades. That way, they could calculate the efficiency of the car. They also wanted to know what direction the wind was coming from at that given time, and the speed of the car. The rotor itself needed to turn into the wind. That way they have the maximum force of the wind hitting the blades. This only needed to be a concept, so that later, after our project is finished, another student could work it out. Besides this, they needed the most important data visualized on an LCD, and all the processed data logged onto an SD card. This was a big challenge for us, because we needed to do this all with a microcontroller while we had never programmed one before. Since the car will ride in bad weather, everything needed to be robust and water proof. This was very hard to manage because of all the electronics we used. To start off, we searched for the most suited sensors that we can use for measuring all the variables. After that, we decided what sensor we should use. In order to continue, we needed to figure out how the program should look like, and how the data should be processed. Here we stumbled against a lot of problems. This was because we were still inexperienced with programming, and therefore did not know all the possible functions. After a lot of trying and searching, we finally got the most important things running. Then, after all the programs worked, we started to search for housings. In addition to this, we needed to find the most appropriate ways to...

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The University of Applied Sciences of Kiel has a project running, called the Baltic Thunder. This is a project where they make a wind powered car. The Baltic Thunder team had some difficulties with positioning the rotor to the direction of the wind. Besides this, they also wanted to know what all the involved parameters were while they are doing a race or making a test run. That is why they needed some parameters to be measured. They wanted to know what the speed of the wind was, and the speed of the rotor blades. That way, they could calculate the efficiency of the car. They also wanted to know what direction the wind was coming from at that given time, and the speed of the car. The rotor itself needed to turn into the wind. That way they have the maximum force of the wind hitting the blades. This only needed to be a concept, so that later, after our project is finished, another student could work it out. Besides this, they needed the most important data visualized on an LCD, and all the processed data logged onto an SD card. This was a big challenge for us, because we needed to do this all with a microcontroller while we had never programmed one before. Since the car will ride in bad weather, everything needed to be robust and water proof. This was very hard to manage because of all the electronics we used. To start off, we searched for the most suited sensors that we can use for measuring all the variables. After that, we decided what sensor we should use. In order to continue, we needed to figure out how the program should look like, and how the data should be processed. Here we stumbled against a lot of problems. This was because we were still inexperienced with programming, and therefore did not know all the possible functions. After a lot of trying and searching, we finally got the most important things running. Then, after all the programs worked, we started to search for housings. In addition to this, we needed to find the most appropriate ways to...