Courses
Information Engineering and Digital Signal Processing
INFORMATION ENGINEERING AND DIGITAL SIGNAL PROCESSING
Numerical Analysis in Matlab
Computing 1
Computing 2
Administration of Computer Networks
Lecturer: Jiří Ptáček, MSc
Language: English
Weekly load and assessment: 2/0/2 Exam
Credits: 5
Annotation:
1. Algorithmic tools of digital signal processing, fundamentals of MATLAB environment
2. Numerical, symbolic and visualization tools of MATLAB, data files processing
3. Time-domain signal representation, difference equations, selected statistical methods
4. Frequency-domain signal analysis, sampling, discrete Fourier transform, signal decomposition
5. Spectrum estimation, aliasing, short-time Fourier transform, window functions
6. Z-transform and system description, discrete transfer function, frequency transfer function
7. Digital filters, basic methods in the time domain, convolution, FIR filters, filter banks
8. IIR filters, basic properties, signal decimation
9. Filtering methods in frequency domain, signal reconstruction, window functions
10. Adaptive methods of signal processing, adaptive linear element, optimization methods
11. Neural networks in signal processing, noise cancelling
12. Signal processing in the SIMULINK environment, basic blocks and operations
13. Engineering applications of signal processing, signal prediction
14. Biomedical signal and image processing
NUMERICAL ANALYSIS IN MATLAB
Lecturers: Prof. Aleš Procházka , Jiří Ptáček, MSc
Language: Czech, English
Weekly load and assessment: 2/0/2 Exam
Credits: 5
Annotation:
1. Algorithmic and visualization tools of system analysis, Matlab/Simulink environment
2. Numerical and symbolical mathematics, linear algebra, difference equations
3. Solution of algebraic and transcendent equations, systems of non-linear equations
4. Linear approximation, the least square method, application of orthogonal functions
5. Non-linear approximation, gradient method, contour visualization
6. Optimisation of parameters of approximation functions, matrix notation, error surface
7. Selected statistical methods
8. Discrete Fourier transform and digital signal processing
9. 2D and 3D interpolation, numerical and symbolical differentiation and integration
10. Ordinary differential equations
11. Systems of ordinary differential equations, boundary value problem, Simulink
12. Solution of partial differential equations
13. Project
14. Summary
COMPUTING 1
Language: Czech, English
Weekly load and assessment: 0/0/3
Credits: 3
Annotation:
1. Windows operating system
2. Computer networks, Unix basics, FTP program, elm, file comprimation
3. Internet Explorer and Microsoft Outlook, searching for information on Internet
4. MS Word text processor, basic operations, styles
5. Page and document format and layout, printing in Word, equations editor
6. Tables and framing in Word
7. Introduction into spreadsheets
8. Basic operations in MS Excel
9. Table editing in Excel
10. Graphs in Excel
11. Experimental data processing in Excel
12. Regression using Excel: linear and nonlinear
13. Project: Individual problem solution
14. Demonstration of a complex problem solution
COMPUTING 2
Language: Czech, English
Weekly load and assessment: 0/0/2
Credits: 2
Annotation:
1. Windows 2000 operating system, EXCEL 2000: solving non-linear equations
2. Matrix operations: approximating functions and solving systems of linear equations
3. Numeric integration using EXCEL
4. MATLAB environment: Dialogue mode, matrix operations, programming mode
5. Basic operations: Assigning command, functions
6. Control commands: Cycle commands, decission commands – numeric integration
7. Subprogrames: Submatrices, logical operations, function subprogrames
8. Objects of 2D graphivs: Object properties, 2D graphics – non-linear equations
9. 3D graphics: 3D graphics, Colors – layered graphs
10. Data files: Writing data, reading data, importing data from EXCEL
11. Approximating functions: The least square error method, library functions
12. Approximation and statistics: Linear approximation, statistical characteristics
13. Computer networks, FTP server: Project
14. Demonstration of a complex problem solution
ADMINISTRATION OF COMPUTER NETWORKS
Lecturers: Jiří Ptáček, MSc , Martin Pánek, MSc
Language: Czech, English
Weekly load and assessment: 1/0/1
Credits: 4
Annotation:
1. Introduction to computer networks, installing of Windows 2000
2. Disk management in Windows 2000
3. IP address, DNS, domain, domain tree, domain forest
4. Installing of DNS, creating the logical and physical structure of network
5. Installation and creation of the Active Directory physical structure
6. Administration of Active Directory
7. Active Directory replication
8. User, user groups, organization unit
9. Creating of a wide computer structure
10. Group policy, terminal services
11. Managing of file resources, encrypting
12. Disk quota, distributed file systems
13. System security, IIS server
14. Summary