This course covers the fundamentals of multimedia technology and typical multimedia program design. It lays the foundation for the theoretical research and technical development of multimedia software.
Lecturer name: Miss Norma Liyana Omar
If you have a problem accessing this course Moodle, you can contact me at normaliyana@xmu.edu.my
CST207 Design and Analysis of Algorithms 2021/04 Das Debashish
Welcome to Information Visualization class.
In this course page, you can access all lecture materials, slides, link to attendance-sheet, assignments, and announcements.
If you are newly registered student, please get enrolment-key via email (rajamajid@xmu.edu.my).
MS-TEAM LINK (For further communication, join MS-TEAM group)
Welcome to Data Structure class.
In this course page, you can access all lecture materials, slides, link to attendance-sheet, assignments, quizzes, and announcements.
If you are newly registered student, please get enrolment-key via email (rajamajid@xmu.edu.my).
MS-TEAM LINK (For further communication, join MS-TEAM group)
Welcome to Data Structure class.
In this course page, you can access all lecture materials, slides, link to attendance-sheet, assignments, quizzes, and announcements.
If you are newly registered student, please get enrolment-key via email (rajamajid@xmu.edu.my).
MS-TEAM LINK (For further communication, join MS-TEAM group)
Course Code: EEE312
Lecturer: Dr. Hamid Tahaei
This course covers advanced programming techniques and algorithms in C or Matlab programming syntax. Students will learn to use these techniques to solve scientific problems.
This course introduces computer organization looking at data representation, computer arithmetic, instruction of set architecture, data-path and control, memory organization, I/O, communications, and trends in computer architecture. In addition we will build a virtual computer from basic components up to a working architecture that can be programming in machine code.
This course provides a thorough introduction to the thinking of object-oriented programming. It will cover basic Java syntax and grammar, and expose students to object-oriented programming, event-driven techniques and Java GUI programming.
This course provides a thorough introduction to the C programming language. It will cover basic syntax, grammar and topics . It aims to impart the practical programming techniques to the students.
This course covers the introductory concepts of database such as data modelling, entities relationship diagram and covers the basic rules of Structured Query Language (SQL). The course also emphasizes the understanding of the fundamentals of relational systems and database manipulations. The course also provides an understanding of process and procedure of database and trends such as data warehousing and data mining. The course uses a problem-based approach to learning.
SOF203
Fundamentals of Network Technology (Lab) (Group 4)
Thursday 1 PM - 3 PM
Venue TBC
Mahdi H. Miraz
SOF203
Fundamentals of Network Technology (Lab) (Group 3)
Thursday 8 AM - 10 AM
Venue TBC
Mahdi H. MirazSOF203
Fundamentals of Network Technology (Lecture) (Group 2)
Tuesday 3 PM - 5 PM
Venue TBC
Mahdi H. MirazCST309 Computer Networks and Communication course materials for semester 2021/04.
CST307 Software Architecture and Development course for 2021/04 semester.
This course provides a comprehensive introduction to the C programming language. It covers basic syntax and grammar, and exposes students to practical programming techniques.
The thesis work commences in the second semester of the fourth year. The student will be required to select a supervisor and work closely with the supervisor on an ICT related topic. The student and the supervisor shall discuss and mutually agree on a topic, where the topics will differ among students. The student shall meet the supervisor weekly to discuss the progress of the thesis. At the end of this course, the student shall produce a substantial thesis and defend it. The thesis is expected to be at least 10,000 words. An oral examination will be conducted together with the evaluation of the written thesis.
The course covers an overview of common graphics hardware, 2D and 3D transformations and viewing, and basic raster graphics concepts such as scan-conversion, bitBLT, and clipping. Methods for modeling objects as polygonal meshes or smooth surfaces, and as rendering such as hidden-surface removal, shading, illumination, and shadows will be introduced.