Computer Systems Architecture 510-IS1-1ASK-25

Study profile: general academic
Form of studies: stationary
Course type: obligatory
Field and the discipline of the science: exact and natural sciences, computer science
Year of study/semester: 1/2
Prerequisites (sequential course and exam system): none
Introductory subjects: Fundamentals of structured programming
Lecture: 30, Laboratory: 30
Teaching methods: Lecture, laboratory, presentation,, classical exercises, consultations
ECTS points: 5
Balance of the workload of the student:
Participation in the classes:
- lecture 30h
- laboratory 30h
Preparation for classes:
- lecture 5h
- laboratory 10h
Literature review: 10h
Reports, class reports, homework: 10h
Preparation for the colloquiums (test): 15h
Preparation for passing the course: 10h
Duration of course completiont: 2 hours
Participation in consultations: 13 hours
Quantitative indicators:
- student workload related to the activities requiring the teacher's direct participation:: 75 h, 2.6 ECTS
- student workload that does not require the teacher's direct participation: 60 h, 2.4 ECTS

Type of course

obligatory courses

Mode

(in Polish) w sali

Prerequisites (description)

The course aims to familiarize students with the organization and architecture of computer systems. Students should acquire the skills and competencies to calculate representations of integers and real numbers, perform basic arithmetic and logical operations on these representations, design simple combinational and sequential circuits (memory circuits), and familiarize students with the principles of computer system design and operation.

Course coordinators

Wiesław Półjanowicz

Learning outcomes

Learning outcomes within the subject:
Knowledge:
Has knowledge of number systems and basic arithmetic operations - KP6_WG1
Knows the principles of minimizing logical functions - KP6_WG1, KP6_WG5
Knows basic combinational and sequential circuits - KP6_WG1, KP6_WG13
Has general knowledge of low-level programming. KP6_WG13
Skills:
Can perform basic arithmetic operations - KP6_UW2
Can minimize logical functions - KP6_UW4
Can implement sequential and combinational circuits - KP6_UW21
Can execute simple programs in low-level languages - KP6_UW21
Social competencies:
Understands the need for lifelong learning and is able to monitor the development of IT technologies and tools - KP6_UU1
Can cooperate and work in a team - KP6_UO2

Assessment criteria

General assessment: passing with a grade.

Students should acquire the skills and competencies to design simple sequential and combinational circuits; calculate integer and real number representations and perform basic arithmetic operations on these representations; familiarize students with the principles of organization, construction, and operation of computer systems; understand the basic features of computer system architecture and the properties of modern computers; and learn the basics of programming in low-level languages.

Verification:
Written assessment in the form of a test or open-ended questions.

Laboratory assessment: colloquium, quizzes, and/or homework; and solve practical problems using logic (digital) circuit simulator programs.

Obtaining 51% of the maximum total points.

Bibliography

Basic literature:
Stallings W.: Organizacja i architektura systemu komputerowego Tom I i II, Wydanie XI, PWN, Warszawa 2022.
Stallings W.: Organizacja i architektura systemu komputerowego Projektowanie systemu a jego wydajność, WNT, Warszawa 2000 (dostępność Biblioteka Wydziału Matematyki i Instytutu Informatyki UwB)
Chalk B.S., Organizacja i architektura komputerów, WNT, 1998
Skorupski A., Podstawy budowy i działania komputerów, WKŁ, 2004
Null L., Lobur J., Struktura organizacyjna i architektura systemów komputerowych, Helion, 2004.
David Tarnoff, Computer Organization and Design Fundamentals. Lulu.com 2005, w języku angielskim
Pochopień B. , Arytmetyka w systemach cyfrowych, Akademicka Oficyna Wydawnicza EXIT, Warszawa 2004
Supplementing literature:
Brookshear J.G., Brylow D: Informatyka w ogólnym zarysie, Wydanie XIII, PWN, 2022.
Metzger P., Anatomia PC. Architektura komputerów zgodnych z IBM PC. Kompeendium. Wiedza o architekturze komputerów PC w pigułce, Helion, 2008.
W. Komorowski, Krótki kurs architektury i organizacji komputerów. Warszawa 2004.
Sacha K., Rydzewski A, Mikroprocesor: w pytaniach i odpowiedziach, Wyd. 2. Wydaw. Naukowo-Techniczne, 1987.
Mueller S., Rozbudowa i naprawa komputera. Helion, 2003.
W. Stallings, Computer organization & architecture, dodatkowe informacje w języku angielskim [2010 11 05]: http://williamstallings.com/COA/COA8e.html

Additional information

Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system:

Description of 510-IS1-1ASK-25 in USOSweb