Wireless Personal Communications

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Overview

Wireless Personal Communications service describes a set of communications capabilities that allows peoples in anywhere, stationary or on the move, to communication anytime with other peoples or machines. It is the fastest growing industry and has become an indispensable element of everyday life of the general public. Cellular phones are the key enabling devices and have experienced exponential growth over the last three decades. There are currently billions of cell phone users worldwide. In addition, wireless local area networks are currently poised to supplement or replace wired networks. Many new applications, including wireless sensor networks, automated highways, smart homes, and remote telemedicine, are also emerging. There is no doubt that this is the wireless personal communications world.

This course will cover the underlying principles of wireless communications and practical systems including the fundamentals of science and technology of wireless communications. Topics in this course include Radio Signal Propagation, Impairments and Mitigations, Interference-limited Communications, Frequency Reuse and Cellular Structure, Traffic Analysis and Trunking Loss, Multiple-access and Air Interface (FDMA, TDMA, CDMA, OFDMA), Building blocks and essential functions (modulations and coding) of wireless networks, and Standardized Wireless Systems (AMPS, GSM, WCDMA, LTE, WiMax, and Wifi).

Curriculum

Module: Introduction to Wireless Personal Communications

This module covers:

Understand concepts of spectrum, multiple access, history of wireless communications, types and requirements of services, and economic and social aspects.

Module: Cellular Concept

This module covers:

Interference-limited communications, cellular structure, frequency reuse, traffic analysis, and trunking loss.

Module: Channel Impairments and Mitigations

This module covers:

Radio signal propagation fundamentals, transmission loss and link budget, fading and diversity, distortion and equalization, and time variation: channel sound rate adaptation, etc.

Module: Modulation and Demodulation

This module covers:

Building blocks of transceivers, basics of modulation, important modulation format, demodulator structure, and error probability.

Module: Channel Coding

This module covers:

Block codes, convolutional codes, trellis coded modulation, turbo-codes, and low-density parity check codes.

Module: AMPS

This module covers:

System architecture, physical and logical channels, phone call example, and network operation.

Module: GSM

This module covers:

System overview, air interface, physical and logical channels, and physical layer procedures.

Module: WCDMA (UMTS)

This module covers:

Brief overview of CDMA principles, system overview, air interface, physical and logical channels, and physical layer procedures.

Module: OFDM Systems

This module covers:

Brief overview of OFDM principles, 4th generation cellular networks (LTF), 4th generation cellular networks (WiMax), and WLAN (WiFi).

 

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Jay  VanDerwerken