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Digital Logic Design ESGD2201

Digital Logic Design ESGD2201. University of Palestine Faculty of Engineering and Urban planning Software Engineering Department. Lecture 1 of. Mohammad Amin Kuhail M.Sc. (York, UK). Syllabus discussion. Monday, 17 September 2007. Digital Logic Design.

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Digital Logic Design ESGD2201

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  1. Digital Logic Design ESGD2201 University of Palestine Faculty of Engineering and Urban planning Software Engineering Department Lecture 1 of Mohammad Amin KuhailM.Sc. (York, UK) Syllabus discussion Monday, 17 September 2007

  2. Digital Logic Design Syllabus Instructor Information • Instructor: Mohammad KuhailB.Sc.(IUG, PS), M.Sc. (York, UK) • Email: m.ameen@up.edu.ps • Live office hours:

  3. Digital Logic Design Syllabus Course Information • Course: ESGD3302 • Course Title: Logic Design • Prerequisite: None • Quadmester: 3rd • Class time: Mon, Wed: 13:00-14:50

  4. Digital Logic Design Syllabus Course Description This course provides: • Knowledge and understanding to concepts in Electrical and Computer Engineering in Boolean algebra and digital concepts. • Analysis and design combinational and sequentional logic networks. • Provides a foundation for subsequent study in computer architecture, and Microprocessor design.

  5. Digital Logic Design Syllabus Course Objectives On completion of this course, students will be familiar with: • Common Number systems and conversions. • Operations in Binary, Hexadecimal, and Octal Systems. • Sign Magnitude and Floating Point Arithmetics. • Binary codes. • Fundamentals of Boolean Algebra. • Minterms and Maxterms. • Combinational Logic Circuits. • Memory Devices. • Advanced Arithmetics and Logic Operations. • Introduction to Field Programming Devices.

  6. Digital Logic Design Syllabus References Basic: 1. System Requirements Engineering, P. Loucopoulos and V. Karakostas, McGraw-Hill 2.The Requirments Engineering Handbook, Young, Ralph(Author) Publisher: Artech House, IncorporatedDate: 2003, Available on the e-library Readings: ** Cockburn, A. Writing Effective Use Cases Addison-Wesley 2000 ** Fowler, M. and Scott, K. UML Distilled (2nd ed.) Addison-Wesley 1999 ** Kotonya, G. and Sommerville, I. Requirements Engineering - Processes and Techniques John Wiley 1998

  7. Digital Logic Design Syllabus Grading

  8. Digital Logic Design Syllabus Policy • You can come anytime. No permission is required. • You can leave at anytime, No permission is required. • You can’t talk during the lecture. • You can ask any question during the lecture, but think before you ask.

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