I had 5 7:30s last year, but this semester I only have 2 (the others are 8:30s).Uzique wrote:
When I was boarding my school-day started at 7:30.Metal-Eater-GR wrote:
11th of September. First week will be fairly loose, so the tough routine begins at 20th of September.Like? I wake up at 7:00 am, have to be in class before 8:10Uzique wrote:
He-ey I miss school, even though I had ridiculously early morning starts everyday...
I win.
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I will be doing this :
and thisA. Discrete time Fourier analysis:
Discrete time Fourier transform (DTFT) and inverse (IDTFT). Discrete Fourier transform (DFT/FFT) and inverse (IDFT/IFFT). Practical spectral analysis: Spectrum analysers, frequency resolution, amplitude precision, window functions, leakage, zero padding.
B. Probability and stochastic signals:
Probability: definitions, calculus and Probability Functions. Stochastic Signals. Elementary Information Theory and Source Coding.
C. Speech Coding in telecommunication:
Quantization noise, linear Pulse Code Modulation (PCM) and companding. Differential PCM (DPCM) and linear prediction, adaptive DPCM (ADPCM), Pitch-excited linear predictictive coding (LPC). Possibly modern speech coding principles and standards (GSM , CELP etc).
D. Automatic Speech Recognition:
Cepstrum Analysis, Feature Extraction, Time Warping, Model Word production, Distance computation and Word Recognition.
and finally thisDynamical systems and mathematical modelling:
Description of models for technical systems, such as electrical systems and other mixed systems. Analogies. Experimental modelling using frequency characteristics. Solution methods for mathematical models, including Laplace transformation. Time response and frequency response. Simulation and verification of mathematical models.
Basic control theory in engineering:
Analysis and design of feedback systems, block diagrams and reduction of multiple subsystems. Stability of feedback systems, in time- and in frequency- domains. DC-motor. Fundamentals of PID-controllers. Design of analogue- and digital-PID-controllers. Simulations in MATLAB/SIMULINK including most common nonlinearities.
Reading it makes me shit bricksPROE4 is the integrated project form, where students work in teams. The aim of the project is to design and implement an autonomic mobile robot, executing the tasks as described in the specification of the project.
To support the technical aspects of the project, supervision is given within the subjects: analogue and digital electronics, practical robot-building.
الشعب يريد اسقاط النظام
...show me the schematic
...show me the schematic
Monday :S
3930K | H100i | RIVF | 16GB DDR3 | GTX 480 | AX750 | 800D | 512GB SSD | 3TB HDD | Xonar DX | W8
At the moment it's all rather uncertain.
Leave home on the 31st, frosh week on the 3rd, school on the seventh. Ottawa for 5 days more, then TO!!
I like pie.
One more week...
You never have? Where were you originally from?Ioan92 wrote:
15 September
Fuck me I'm so exited, its the first time I go to school in Romania!
The irony of guns, is that they can save lives.
Transylvania sucking ur blood hhaha jk Ioan92 <3War Man wrote:
You never have? Where were you originally from?Ioan92 wrote:
15 September
Fuck me I'm so exited, its the first time I go to school in Romania!
August 31
Last edited by blademaster (2009-08-25 18:16:51)
-Gunsmoke- wrote:
Poseidon wrote:
Gooners wrote:
September 9th.
Started in the summer. Got one week off. Classes started on August 24th.
Starting my last quarter as an undergrad (assuming I pass everything) on September... umm..
*5 minutes later*
Thursday September 24.
and while we're on about schedules, I only have classes Tuesdays and Thursdays
Spoiler (highlight to read):
from 8am to 5pm (with a break from 12-2)
*5 minutes later*
Thursday September 24.
and while we're on about schedules, I only have classes Tuesdays and Thursdays
Spoiler (highlight to read):
from 8am to 5pm (with a break from 12-2)
Last edited by mtb0minime (2009-08-25 21:55:32)
What course are you doing?Beduin wrote:
I will be doing this :and thisA. Discrete time Fourier analysis:
Discrete time Fourier transform (DTFT) and inverse (IDTFT). Discrete Fourier transform (DFT/FFT) and inverse (IDFT/IFFT). Practical spectral analysis: Spectrum analysers, frequency resolution, amplitude precision, window functions, leakage, zero padding.
B. Probability and stochastic signals:
Probability: definitions, calculus and Probability Functions. Stochastic Signals. Elementary Information Theory and Source Coding.
C. Speech Coding in telecommunication:
Quantization noise, linear Pulse Code Modulation (PCM) and companding. Differential PCM (DPCM) and linear prediction, adaptive DPCM (ADPCM), Pitch-excited linear predictictive coding (LPC). Possibly modern speech coding principles and standards (GSM , CELP etc).
D. Automatic Speech Recognition:
Cepstrum Analysis, Feature Extraction, Time Warping, Model Word production, Distance computation and Word Recognition.and finally thisDynamical systems and mathematical modelling:
Description of models for technical systems, such as electrical systems and other mixed systems. Analogies. Experimental modelling using frequency characteristics. Solution methods for mathematical models, including Laplace transformation. Time response and frequency response. Simulation and verification of mathematical models.
Basic control theory in engineering:
Analysis and design of feedback systems, block diagrams and reduction of multiple subsystems. Stability of feedback systems, in time- and in frequency- domains. DC-motor. Fundamentals of PID-controllers. Design of analogue- and digital-PID-controllers. Simulations in MATLAB/SIMULINK including most common nonlinearities.Reading it makes me shit bricksPROE4 is the integrated project form, where students work in teams. The aim of the project is to design and implement an autonomic mobile robot, executing the tasks as described in the specification of the project.
To support the technical aspects of the project, supervision is given within the subjects: analogue and digital electronics, practical robot-building.
Electrohenno13 wrote:
What course are you doing?Beduin wrote:
I will be doing this :and thisA. Discrete time Fourier analysis:
Discrete time Fourier transform (DTFT) and inverse (IDTFT). Discrete Fourier transform (DFT/FFT) and inverse (IDFT/IFFT). Practical spectral analysis: Spectrum analysers, frequency resolution, amplitude precision, window functions, leakage, zero padding.
B. Probability and stochastic signals:
Probability: definitions, calculus and Probability Functions. Stochastic Signals. Elementary Information Theory and Source Coding.
C. Speech Coding in telecommunication:
Quantization noise, linear Pulse Code Modulation (PCM) and companding. Differential PCM (DPCM) and linear prediction, adaptive DPCM (ADPCM), Pitch-excited linear predictictive coding (LPC). Possibly modern speech coding principles and standards (GSM , CELP etc).
D. Automatic Speech Recognition:
Cepstrum Analysis, Feature Extraction, Time Warping, Model Word production, Distance computation and Word Recognition.and finally thisDynamical systems and mathematical modelling:
Description of models for technical systems, such as electrical systems and other mixed systems. Analogies. Experimental modelling using frequency characteristics. Solution methods for mathematical models, including Laplace transformation. Time response and frequency response. Simulation and verification of mathematical models.
Basic control theory in engineering:
Analysis and design of feedback systems, block diagrams and reduction of multiple subsystems. Stability of feedback systems, in time- and in frequency- domains. DC-motor. Fundamentals of PID-controllers. Design of analogue- and digital-PID-controllers. Simulations in MATLAB/SIMULINK including most common nonlinearities.Reading it makes me shit bricksPROE4 is the integrated project form, where students work in teams. The aim of the project is to design and implement an autonomic mobile robot, executing the tasks as described in the specification of the project.
To support the technical aspects of the project, supervision is given within the subjects: analogue and digital electronics, practical robot-building.
الشعب يريد اسقاط النظام
...show me the schematic
...show me the schematic
I started this past Monday
Holy shit.....Beduin wrote:
Electrohenno13 wrote:
What course are you doing?Beduin wrote:
A big and long list of things to do.............
Last edited by henno13 (2009-08-26 12:33:34)
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