[next] [prev] [prev-tail] [tail] [up]

List of Tables

2.1 Digital modulations
3.1 Permittivities of various materials.
3.2 Angles of incidence in a suburban area.
3.3 COST 231-Hata main parameters.
3.4 COST 231-Hata additional parameters .
3.5 COST 231-Hata Model: urban, suburban, and rural.
3.6 COST 231-Walfish-Ikegami model.
3.7 Erceg model parameters.
3.8 Erceg model terrain categories.
3.9 Vegetation loss caused by tree foliage.
3.10 TGn channel models.
3.11 TGn propagation models.
3.12 Penetration loss from COST-231 model.
3.13 Penetration Loss into residential buildings.
3.14 Penetration loss into vehicles.
4.1 Path loss exponent and log-normal shadowing.
4.2 Multipath fading parameters.
4.3 Doppler fading parameters.
4.4 Measured Dropped Calls and Setup Failures.
4.5 Moment matching for Dropped Calls and Setup Failures.
4.6 Correlation values reported for different antenna separations.
5.1 Rain intensity for ITU rain regions.
5.2 Rain attenuation k and α parameters.
5.3 Rain attenuation values Ap.
6.1 Major city wireless roll-out cost.
6.2 Specific absorption rate Exposure.
6.3 FCC Limits for Maximum Permissible Exposure (MPE).
8.1 802.11a/g and n physical throughput rates.
8.2 802.11ac physical throughput rates.
8.3 LTE cyclic prefix.
9.1 Summary of MIMO benefits.
10.1 Wi-Fi throughput in lab.
10.2 Network cost comparison: EVDO and Wi-Fi.
10.3 Typical temperatures in major US cities.
10.4 WiMAX throughput in 3.5 MHz channel.
10.5 Typical channel model parameters.

[next] [prev] [prev-tail] [front] [up]