Introduction to Mobile Communications Engineering
A comprehensive and advanced introduction to the engineering and
design concepts for mobile communications systems.
TABLE OF CONTENTS Introduction to Mobile Communications Engineering
List of Tables
Chapter 2: Introduction to Mobile and Private Mobile Radio (PMR) Systems
- Table 2.1: Bands Used in Mobile Communications in Europe
- Table 2.2: FM Modulation Characteristics for Channel Spacings at 12.5 and 25 kHz
- Table 2.3: Typical Tx-Rx Separations
- Table 2.4: Standardized Tones for CTCSS Systems [3]
- Table 2.5: Frequencies in the Five-Tone Signaling System [3]
- Table 2.6: Examples ot Calls [4]
Chapter 3: Multipath Propagation
- Table 3.1: The afd and lcr for Different Fade Depths [2]
- Table 3.2: Parameters of the Functions That Characterize the MultipathChannel
- Table 3.3: Amplitudes of Echoes for Figure 3.26(a).
- Table 3.4: Doppler Spectra for the Environment in Figure 3.26(a).
- Table 3.5: Typical Case for Urban Areas With Nonmountainous Terrain (TU) [5]
- Table 3.6: Typical Worst Case for Urban Area With Mountainous Terrain (BU)[5]
- Table 3.7: Typical Case of Mountainous Terrain (HT) [5]
Chapter 4: Propagation Path Loss
- Table 4.1: Corrections of the Median Value in a Gaussian Distribution
- Table 4.2: Coverage Calculations Spreadsheet [12]
- Table 4.3: Spreadsheet for an Urban Area
- Table 4.4: Spreadsheet for the Four Quadrants for a 50%L Probability
- Table 4.5: Spreadsheet for the Four Quadrants for a 90%L Probability
- Table 4.6: Types of Radio Paths Considered in the JRC Model
Chapter 5: Mobile Network System Engineering
- Table 5.1: Mean Opinion Score (MOS)
- Table 5.2: Antenna Gain Usage Correction L (dB) for Handheld Terminals
- Table 5.3: Gains of Reference and Typical Mobile Communications Antennas
- Table 5.4: Typical Time and Locations Variability Values
- Table 5.5: Intermodulation-Free Channel Combinations [2]
- Table 5.6:...
Copyright Artech House 1999 under license agreement with Books24x7
