THÔNG TIN DI ĐỘNG C2
Abstract of the course Content of the course Course requirements and references Mobile Communications Instructor: Nguyen Le Hung Email: nlhung@dut.udn.vn; nglhung@gmail.com Department of Electronics & Telecommunications Engineering Danang University of Technology, University of Danang Mobile Communications Course Information 1 Abstract of the course Content of the course Course requirements and references Abstract of the course This undergraduate course helps students to understand mathematical fundamentals and practical transmission techniques in 4G mobile communications (i.e., WiMAX, LTE). The course lecture notes also provide some possible research directions (in 4G mobile broadband communications) that can be considered for final-year projects of undergraduate students. Mobile Communications Course Information 2 Abstract of the course Content of the course Course requirements and references Content of the course Chapter 1: Introduction History & development of 1G/2G/3G/4G networks. Promises and future trends Cellular mobile communications Chapter 2: Mobile wireless channel models. Path loss Shadowing Multipath fading channels Chapter 3: Physical-layer transmission techniques. Digital modulations Performance of digital modulations over fading channels Orthogonal frequency division multiplexing (OFDM) fundamentals Mobile Communications Course Information 3 Abstract of the course Content of the course Course requirements and references Course requirements and references Pre-requisite: Basis knowledge of statistics, stochastic processes and digital communications systems. Class lecture notes: based on the following references: Gordan L. St¨uber, Principles of Mobile Communication, Second Edition, 2002 A. Goldsmith, Wireless Communications, Cambridge 2005. Recent IEEE journal and conference papers. Course assessment: Exercises and/or projects: 20% Midterm exam: 30% Final exam: 50% Mobile Communications Course Information 4 . Multipath fading channels Chapter 3: Physical-layer transmission techniques. Digital modulations Performance of digital modulations over fading channels. (i.e., WiMAX, LTE). The course lecture notes also provide some possible research directions (in 4G mobile broadband communications) that can be considered for