Mobile Communication Networks

Wireless Communication Systems. The evolution of mobile radio. Cellular telephone systems. Perform protocol telephone call to digital cellular systems. Principle of cellular telephony. Reusing frequency. Channel assignment strategies. Technical and switching species. Interference and impact in capacity systems. Trunked interference. Adjacent channel interference. Power control to reduce interference. Telephone traffic theory and design networks. Techniques for increasing capacity in mobile communication systems. Propagation of radio waves in the mobile channel. Dissemination: depreciation large scale. Propagation models indoors and outdoors. Design and link power balance analysis. Spreading: small-scale depreciation and polyodefsi (multipath). Impulse response parameters, measurement and characterization of channel polyodefsi. Modulation and coding techniques for mobile systems. The network architecture GSM. Network Design GSM. The network architecture of UMTS - IMT2000. Network Design UMTS. Networks fourth generation - 4G (Long Term Evolution - LTE). General description.

Objectives

This course provides the student the necessary framework for understanding and assessing the most important design issues and options that arise in the design and implementation of mobile communications networks.

Prerequisites

No

Syllabus

Wireless Communication Systems. The evolution of mobile radio. Cellular telephone systems. Perform protocol telephone call to digital cellular systems. Principle of cellular telephony. Reusing frequency. Channel assignment strategies. Technical and switching species. Interference and impact in capacity systems. Trunked interference. Adjacent channel interference. Power control to reduce interference. Telephone traffic theory and design networks. Techniques for increasing capacity in mobile communication systems. Propagation of radio waves in the mobile channel. Dissemination: depreciation large scale. Propagation models indoors and outdoors. Design and link power balance analysis. Spreading: small-scale depreciation and polyodefsi (multipath). Impulse response parameters, measurement and characterization of channel polyodefsi. Modulation and coding techniques for mobile systems. The network architecture GSM. Network Design GSM. The network architecture of UMTS - IMT2000. Network Design UMTS. Networks fourth generation - 4G (Long Term Evolution - LTE). General description.