P


Index


[SYMBOL] [A] [B] [C] [D] [E] [F] [G] [H] [I] [J] [L] [M] [N] [O] [P] [Q] [R] [S] [T] [U] [V] [W] [X] [Z]

PAL (Precision Asset Location) system
PAL650
PAM (Pulse Amplitude Modulation)
PAPR (peak-to-average power ratio)
parameters
     model parameters, small-scale channel modeling
     S-parameters, antennas
partial band interference. [See PBI]
partition dependent approaches, large-scale channel modeling
path loss modeling
     better than free-space propagation
     directional antennas
     free-space
     large-scale modeling studies
     non-free-space environments
     receiver-dependent models
pattern concept, antenna measurements and modeling in time domain
PBI (partial band interference)
PDUs (protocol data units)
peak path loss
peak power limits, FCC regulations
peak-to-average power ratio. [See PAPR]
performance
     DS-UWB PHY standard
     MB-OFDM PHY standard
     UWB, antenna measurements and modeling in time domain
         CBAS
         potential structures
         resonant monopole
         TEM horn
phase, measuring UWB signal propagation
phase-locked loop. [See PLL]
PHY layer (physical layer)
     networks
physical layer convergence protocol. [See PLCP]
physical layer. [See PHY layer]
Piconet Synchronized Power Save. [See PSPS mode]
piconets
     DS-UWB PHY standard
    IEEE 802.15.3/3a standard
         child and neighbor piconets
         DEV association and disassociation
         PNC handover
         starting, maintaining and stopping
     MB-OFDM PHY standard
pilot waveform assisted modulation. [See PWAM]
pilots, CD receivers
     A-PAM modulation
     PPM modulation
PLCP (physical layer convergence protocol)
PLL (phase-locked loop)
PNC handover
point-to-point flow control, data link layer design (UWB networking)
point-to-point protocols
Poisson arrival rate
Poisson models
     modified Poisson model
     single Poisson model
     split-Poisson model
polarization factor
polarization properties, antennas 2nd
pole modeling, antenna systems
     biconic antenna model
     monopole antenna model
     Vivaldi antenna model
positive going avalanche pulse generators
power
     amplifiers
     conservation, data link layer design (UWB networking)
     management, IEEE 802.15.3/3a standard
         APS mode
         DSPS mode
         PSPS mode
Power Line Networking (Homeplug)
power spectral density. [See PSD]
PPM (Pulse Position Modulation)
    CD receivers
         optimal matched filter performance
         performance based on pilots
         simple matched filter performance
     RAKE receivers
         nonresolvable paths
         resolvable paths
PPM-based UWB receivers, IEEE 802.15.3/3a proposed standard
Precision Asset Location. [See PAL system]
precision position location capability
presentation layer (network protocols)
PRF (pulse repetition frequency)
proactive routing protocols, DSDV
programmable CMOS pulse generators
propagation (UWB signals)
     electromagnetic simulation in indoor environments
         comparison of results
         organization of simulator
         receiving antennas
         transmitting antennas
         UWB channel simulation
     measurement
         frequency domain
         impact of building architecture and materials
         results of measurements
         role of antennas
         time domain 2nd
     studies
     two-dimensional channel model for indoor propagation
     unique features of UWB signals
properties, antennas
     directivity
     effective area
     effective length
     gain (G)
     maximum effective area
     polarization 2nd
     received power
     reciprocity
proposal, MB-OFDM PHY standard
protocol data units. [See PDUs]
protocols
     BGP (Border Gateway Protocol)
     CTS (clear to send)
     hybrid protocols (MANET protocol)
     Internet Protocol
    MAC. [See MAC protocols]
     OSPF (Open Shortest Path First protocol)
     PLCP (physical layer convergence protocol)
     point-to-point
     proactive protocols (MANET protocol)
PSD (power spectral density)
PSPS (Piconet Synchronized Power Save) mode
Pulse Amplitude Modulation. [See PAM]
pulse compression, Sperry Rand Corporation developments
pulse generators
     avalanche
     integrated circuits
         CMOS
         differential circuits, H bridge
         ECL (Emitter Coupled Logic)
         Scholtz monocycle generator
     SRDs (Step Recovery Diodes)
     tunnel diode pulsers
Pulse Position Modulation. [See PPM]
pulse repetition frequency. [See PRF]
pulse shapes, I-UWB system
pulse width modulation. [See PWM]
PulsON 100 chipset (TDC)
pure impulse radio
PWAM (pilot waveform assisted modulation)
PWM (pulse width modulation)



An Introduction to Ultra Wideband Communication Systems
An Introduction to Ultra Wideband Communication Systems
ISBN: 0131481037
EAN: 2147483647
Year: 2005
Pages: 110

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