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Digital Signal Processing and Mathematics 2 (Efterår 2012) |
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| Kursuskode : | EDSM2-U01 | ||
| ECTS Point : | 10 | Status : | Obligatorisk |
| Revideret : | 03/02 2012 | Oprettet : | 29/05 2008 |
| Placering : | 2. semester | Timer pr. uge : | 8 |
| Længde : | 1 semester | Undervisningssprog : | Engelsk |
| Målsætning : | Purpose: Development of mathematical key competences for engineers in the field of electronics and IT. The course balances a theoretical and an applicational aim, with emphasis on project-orientation and the use of computers. Learning outcomes: The student must be able to: • Explain the concepts of aliasing and quantization. • Analyse digital FIR filters using the concepts: Convolution, difference equation, impulse response, Z-transform and frequency response. • Explain Discrete Fourier Transform (DFT) and FFT, Z-transform and the Discrete-Time Fourier Transform (DTFT),. • Design FIR Filters from a set of specifications using the window method and MATLAB functions. • Apply the design tools of MATLAB to calculate the filter coefficients. • Implement and test by measurements digital filters using a DSP evaluation kit. Non-technical skills: The student must be able to: • Work out written reports in connection to the course assignments. • Collect information and acquire new knowledge. • Communicate technical problems in writing and speech. • Cooperate in groups. |
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| Hovedindhold : | - Analysis of discrete-time linear systems in the time- and frequency- domains. - Design and implementation of digital FIR filters on a digital signal processor including A/D and D/A converters. - MATLAB is used as simulation tools with the goal of supporting the learning process. |
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| Undervisningsform : | Classroom teaching, problem solving in groups and exercises. Throughout the course students work in groups on course assignments. | ||
| Krævede forudsætninger : | Documented knowledge corresponding to MATE1 | ||
| Anbefalede forudsætninger : | -Thorough knowledge of complex numbers and experience with MATLAB | ||
| Relationer : | EDSM2 is compulsory for students in Electronics and Computer Engineering, and it is an optional course for students in Information and Communication Technology. | ||
| Prøveform : | Se under bemærkninger | ||
| Censur : | Ekstern | ||
| Bedømmelse : | 7-trinsskala | ||
| Bemærkninger : | In the beginning of the semester, the students form the project-groups. The group-size should be 3-5 students. In special cases, the teacher can accept smaller groups. Each group will have a supervisor to support their project-work and carry out the exam. If a group member repeatedly violates the group agreements, the group can recommend him/her for exclusion. If a student does not contribute to the project-work, he/she will be refused admission to the exam. Before the exam: The group present the project. Each student will give an approximately 10 minutes presentation of a part of the project. These presentations must be different and together they must cover important topics of the project. Oral exam: The exam is individual, and each student is examined about 20 minutes. The assessment is based on the project-report, the oral performance and the functionality of the product. During the exam, supervisor and the external examiner will ask questions inspired by the presentation and the project-report. The questions will cover the content and goals of the course, and to support the theory behind the subject, the student is given a problem to solve. After the exam: If the student has questions about the exam and wants the result to be explained further, he may contact the supervisor by e-mail to make an appointment.. Students who fail to pass the exam may be guided to prepare for a re-examination. This consultation takes preferably place by the start of the following semester. |
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| Undervisningsmateriale : | - | ||
| Ansvarlig underviser : | Halfdan Larsen
, halla@dtu.dk |
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