It is possible to choose your topic (which is also preferred), as difficult as you see fit. Rather than the complexity of the topic, the way how the student implemented the problem in Matlab will be evaluated (see criteria HERE). Please look at the projects as a chance to practice your habits in Matlab
TBA
This project allows you to compare and animate the electromagnetic field emitted by point sources, or plane waves. Field sources can be entered any amount. Each source is defined by radiated power, initial phase, position and azimuth. The azimuth is only used to replace the point source by a plane wave that radiates from the specified azimuth. You can also select solution space in which the field will be calculated and you can define slices through this space. Fields along slices can be analyzed in a separate graph. The displayed field is in the XY plane for Z = const. All considered point sources are also in this plane. All sources have the same polarization. The project allows to consider three approaches to field generation: point source with consideration of field attenuation in space according to 1/R^2, point sources without field drop along the distance and plane wave. The main.m file is running in MATLAB 2020b or later. The project serves as an example of an above-standard semester project, which would be evaluated by the full number of points.
For most projects, at the end of the description in parentheses is the abbreviation of the name of the teacher who created the assignment and is responsible for the project. Consult this project with this person on an ongoing basis - the description of the project is not considered to be the description below. Still, only the specific form agreed with the teacher!
Abbrevation | Name | |
---|---|---|
MČ | doc. Ing. Miloslav Čapek, Ph.D. | miloslav.capek@fel.cvut.cz |
VA | Ing. Viktor Adler, Ph.D. | adlervik@fel.cvut.cz |
VL | Ing. Vít Losenický | losenvit@fel.cvut.cz |
MM | Ing. Michal Mašek | michal.masek@fel.cvut.cz |
RK | Ing. Rostislav Karásek | karasros@fel.cvut.cz |
LJ | doc. Ing. Lukáš Jelínek, Ph.D. | lukas.jelinek@fel.cvut.cz |
PK | Ing. Petr Kadlec, Ph.D. | kadlecp@feec.vutbr.cz |
MP | Ing. Milan Příhoda, Ph.D. | milan.prihoda@cst.com |
TK | Ing. Tomáš Kořínek, Ph.D. | tomas.korinek@fel.cvut.cz |
polaraxes
function) as is common with Smith's diagram (wiki). Only a few circles are enough for the most important relative values of reactances (eg 0.1, 0.3, 0.5, 1, 3, 5, 10, …). The function must also be able to plot the image coefficient in the Smith diagram thus created, which will be one of the inputs of the function in the form of a column vector. The next of the inputs will be frequency points. There must be some controls in the graph window (setting lines, markers, switching impedance/admittance diagram, etc.).
geoplot
function, resp. class GeographicAxes
(function geoaxes
).
audiorecorder
( example).
audiorecorder
( example).
ginput
function, the vertices of the spline curves will be entered. The task will be to properly parameterize these curves so that the original text is reconstructed as best as possible.
uipushtool
for creating your own menu.