engineering in our institute. I have handled Digital Signal Processing and Advanced Digital Signal Processing‚ in the fifth and sixth of her undergraduate studies. She has consistently performed well and stands within the top 5 in her class of 66. She has a good understanding of the fundamentals in these subjects which will help her a great deal in furthering her skills during the graduate studies in her proposed field of communications and signal processing She is articulate and can express herself
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ADVANTAGE OF ANALOGUE OVER DIGITAL TECHNOLOGY In electronics field there are two basic categories of technologies which are digital and analog. Analog is the one in which transmitted of signal and the digital are transmitted in discrete way. There are several advantages of analog over that of Digital as following; Analog circuits are not limited they can measure even the second decimal points. Compared to digital circuits are inherently limited in their precision
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Table of Contents Table of Contents i List of Figures ii List of Tables iii Introduction iv INGREDIENTS 1.0 Mobile Phones 1 2.0 Speech CODEC 1 3.0 DSP in Medicine 3.1 Hearing Aid 3 3.2 The Acquisition of a blood pressure signal 4 3.3 IIR filters to extract alpha activity from EEG signal 5 4.0 ADAPTIVE ARRAY IN SMART ANTENNA TECHNOLOGY 6 4.1 TYPES OF SMART ANTENNA 7 4.2 ADAPTIVE ARRAY SYSTEMS
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It is also important to know the basic things and the scope of the project you have chosen to do. The following four areas are ideal for EEE students to do the project work. o Digital Signal Processing (DSP) o VLSI o Communication o Embedded Systems Digital Signal Processing (DSP) is about processing of the digital and audio signals using MATLAB software. VLSI involves VLSI designs of new ICs implemented from Altera & Xilinx. The projects can be on electrical communication‚ machine control
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required to build the pyramid is laid and the next level to reach my goals would be to do my graduate studies at University of California‚ Santa Barbara. Born in an era of technological revolutions‚ witnessing the advent of cell phones‚ mp3 players‚ digital cameras‚ computers‚ laptops‚ internet‚ DVDs to name a few‚ I developed a strong liking for technology from my childhood. It was clear that Mathematics and Science were the subjects which fascinated me and my accomplishments in various quizzes and
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ALGORITHMS FOR AUDIO WATERMARKING AND STEGANOGRAPHY NEDELJKO C VE JIC Department of Electrical and Information Engineering‚ Information Processing Laboratory‚ University of Oulu OULU 2004 NEDELJKO CVEJIC ALGORITHMS FOR AUDIO WATERMARKING AND STEGANOGRAPHY Academic Dissertation to be presented with the assent of the Faculty of Technology‚ University of Oulu‚ for public discussion in Kuusamonsali (Auditorium YB210)‚ Linnanmaa‚ on June 29th‚ 2004‚ at 12 noon. O U L U N Y L I O P
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certainly created the curiosity within me to know more about the science‚ and made me an active participant of science fairs and exhibitions. The inspiring words of my tutor have certainly instigated the interest in the physical sciences. And shown me the light towards accomplishment of my desire. My brother‚ who is an NIT graduate‚ has been my motivational drive to take electrical engineering as my profession at my under graduation. The projects that has been handled by him during his tenure has enthralled
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Project Synopsis ECE 441 HDL Programming Topic: Analog to Digital Converter using Verilog programming Language By: Kamaalbir Singh (Section: E3901‚ Roll No: B28) & Jasmeet Singh (Section: E3901‚ Roll No: B27) Introduction: An analog-to-digital converter (ADC) is a device that converts a continuous physical quantity (usually voltage) to a digital number that represents the quantity’s amplitude. The conversion involves quantization of the input‚ so it necessarily introduces a small
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Introduction This assignment is to explain the difference between Analog Transmission and Digital Transmission‚ using both text and diagrams to explain both the mechanisms and the +/_ aspects. Also list the advantages and disadvantages of each technique and current uses for each. Purpose and goals The purpose of the assignment is to learn the basic information about Analog and Digital transmission‚ be familiar with both the mechanisms and the +/- aspects‚ understand the advantages and
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: MEL ZG 573 Course Title : Digital Signal processing Instructor : : 1. Scope and objective of the course The major objective of this course is to teach fundamentals of discrete time signals and discrete time systems followed by analysis of discrete time linear time invariant (LTI) systems. Further‚ it introduces Z-transform and its inverse and followed by their applications to the analysis of LTI systems. A framework for designing analog and digital filters (both FIR and IIR) is
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