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EE 436: VHDL- Based Digital Systems Design- hrs
3.00 Credits
University of Portland
Hardware design environment. Introduction to VHDL. Design methodology based on VHDL. Basic concepts in VHDL. Structural specification of hardware. Design organization and parameterization. Utilities for high-level description. Data flow description in VHDL. Behavioral description of hardware. (Prerequisite: EE 231 or equivalent.)
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EE 436 - VHDL- Based Digital Systems Design- hrs
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EE 437: Advanced Computer Architecture- hrs
3.00 Credits
University of Portland
Design and analysis of parallel computers including shared memory multiprocessors and scalable, distributed memory multiprocessors. Bus support for snoop-based caching protocols is developed along with coherence conditions. These techniques are extended to the scalable computer with distributed memory through caching directories. Scalable interconnection networks are studied including trees, meshes, and hypercubes. Two programming models, shared memory and message passing illustrate the design challenges for parallel applications. (Prerequisite: EE 333.)
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EE 437 - Advanced Computer Architecture- hrs
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EE 438: Introduction to Digital VLSI Design- hrs
3.00 Credits
University of Portland
Introduction to digital CMOS VLSI chip design using computer-aided design (CAD) tools including Tanner's L-EDIT software and PSPICE. Topics include MOS transistors, CMOS gate logic design simulation and layout, scalable design rules, speed and power considerations, full-custom VLSI design, semi-custom VLSI design using Standard Cells, floor planning, and advanced layout techniques. Candidates are required to complete a modest-sized CMOS integrated circuit design project through layout, simulation, and verification. (Prerequisites: EE 231 and EE 351.)
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EE 438 - Introduction to Digital VLSI Design- hrs
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EE 439: Microprocessor System Design- hrs
3.00 Credits
University of Portland
Microprocessor-based design procedure. Introduction to 80x86 instruction set architecture and assembly language programming. 80186 microprocessor architecture, interfacing signals, and bus timing. ROM and SRAM memory subsystem design. Parallel I/O and 8255A interfacing. Keyboard and printer interfacing. Direct memory access. Introduction to USB. Microcomputer system bus structures. High-speed design considerations. Hot-swap system design methods. (Prerequisite: EE 433.)
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EE 439 - Microprocessor System Design- hrs
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EE 443: Computer Vision- hrs
3.00 Credits
University of Portland
Introduction to computer vision. Computer vision system components and lighting techniques. Binary image processing: image filtering, histogram equalization, thresholding, and edge detection. Image analysis and representation: region segmentation and low-level image description. Camera model and stereo vision. (Prerequisite: Senior standing.) COURSE DESCRIPTIONS Electrical Engineering - 181
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EE 443 - Computer Vision- hrs
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EE 451: Advanced Analog Electronics- hrs
3.00 Credits
University of Portland
Analysis and design of advanced MOS analog electronic circuits and analog VLSI integrated circuits. Topics include advanced MOS semiconductor device models, active loaded singlestage, multistage, and differential amplifiers, operational amplifiers, switched-capacitor filters, deviations from ideality in real amplifiers and operational amplifiers via second-order effects, stability, and noise analysis. Use of PSPICE as a design tool. A brief introduction to nanoelectronics is also included. (Prerequisite: EE 352.)
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EE 451 - Advanced Analog Electronics- hrs
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EE 462: Digital Signal Processing- hrs
3.00 Credits
University of Portland
Properties and applications of continuous and discrete signals. Z-Transform and Fast-Fourier Transform, digital filter design, applications of digital signal processing. (Prerequisite: EE 262.)
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EE 462 - Digital Signal Processing- hrs
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EE 480: Senior Design Project Preparation- hrs
3.00 Credits
University of Portland
Selection of and preparation for a senior capstone project in electrical or computer design. Electrical design projects incorporating both analog and digital aspects and computer design projects incorporating both software and hardware aspects are encouraged. Candidates working as members of a design team prepare a formal proposal and a preliminary design to meet performance specifications. Written and oral reports on the design project are required. (Prerequisite: Senior standing.)
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EE 480 - Senior Design Project Preparation- hrs
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EE 481: Senior Design Project- hrs
3.00 Credits
University of Portland
A continuation of EE 480, this course provides practical design experience in a team environment. Requirements include the final design, implementation, testing, and evaluation of a relatively complex electrical or computer system to meet specifications. Written and oral reports on the design project are required. Successful completion of a comprehensive examination based on the EE curriculum is a graduation requirement as part of this course. (Prerequisite: EE 480.)
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EE 481 - Senior Design Project- hrs
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EE 490: Directed Study- hrs
1.00 - 3.00 Credits
University of Portland
Selected study, project, or research in electrical engineering for upper-division students. Must be arranged between the student and an individual faculty member and subsequently approved by the dean of engineering. No more than three of the technical elective hours taken at the University may be satisfied with individualized study.
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EE 490 - Directed Study- hrs
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