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43 Courses

Modified 12 October 2020

EEE

Modified 12 October 2020

EEEE

Electrical and Electronic Engineering

Analog Electronics I

Electrical and Electronic Engineering

Analog Electronics II

Electrical and Electronic Engineering

Analog Electronics Lab

Electrical and Electronic Engineering

Bangladesh Studies

Electrical and Electronic Engineering

Chemistry

Electrical and Electronic Engineering

Chemistry Lab

Electrical and Electronic Engineering

Communication Theory

Electrical and Electronic Engineering

Communication Theory Lab

Electrical and Electronic Engineering

Control Systems Engineering

Electrical and Electronic Engineering

Control Systems Engineering Lab

Electrical and Electronic Engineering

Digital Signal Processing

Teacher: Engr. Md. Badiuzzaman

Digital Signal Processing (sec A)

Introduction to digital signal processing; Sampling and analog-to-digital conversion; Application areas for DSP. Key DSP operations: Correlation, digital filtering; Discrete transformation; Introduction to z-transform; General results of z-transform; Inverse z-transform; Inspection method; Partial fraction expansion; Power series expansion; Contour integration; Comparison of inverse z-transform method; Properties of z-transform; Complex convolution theorem and Parseval's relation; Graphical representation of digital networks; Matrix representation of digital networks; Frequency response of Linear Time Invariant System; Frequency response for rational function; Relation between magnitude and phase; All pass system. Basic structures of IIR systems: Direct form; Cascade forms; Parallel form; Transposed forms; Basic structures of FIR systems; Finite precision effects; Tellegen’s theorem for digital filters. Design of digital filters: Types of digital filters: FIR and IIR; Choosing between FIR and IIR filters; Digital filter design steps; Design of FIR filters: Design of FIR Filters by windowing; Design of optimum equiripple linear-phase FIR filters. Design of IIR filters: Classical continuous-time low-pass filter approximations; Conversion of transfer functions from continuous to discrete time; Frequency transformations of low pass filters. DSP processors; Implementation and application of TMS processors.


Electrical and Electronic Engineering

Digital Signal Processing Lab

Electrical and Electronic Engineering

Energy Conversion I

Electrical and Electronic Engineering

Engineering Ethics/Sociology/ Human Values and Morality

Electrical and Electronic Engineering

English I

Electrical and Electronic Engineering

English II (Advanced)

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