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home · studies

| Linear Algebra Applications in Information Technology and Telecommunications |
| Module Type: |
General Foundation |
| Module Code: |
325 |
| Syllabus: |
Set Theory, Algebraic Structures, Vector spaces, matrices, special matrix categories (sparse, symmetric, etc), linear functions and systems,
eigenvalues and eigenvectors. Multi linear functions, bilinear form. Square forms - Eucledean spaces. Hermitian forms – Hilbert spaces.
Internal product spaces. |
| Module Aims-Objectives: |
Special attention is placed on teaching algebraic theories that are used in developing programming/algorithmic techniques.
Moreover, matrices, vector spaces and linear systems are introduced since they form a solid basis for modules like “Networks�,
“Programming� and “Algorithms and Complexity�. The aim is to provide students with the necessary knowledge and tools of linear algebra
rewuired for the understanding of specialized modules in information technology and telecommunications (particularly networking). |
| Bibliography: |
• K. Lakkis, “Linear Algebra Lessons�, 1976.
• D. J. Cooke, H. E. Bez, “Computer Mathematics�, Cambridge University
Press, 1984
• B. P. Demidovich, L. A. Maron, “Computational Mathematics�, MIR
Publishers, 1981
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