MARC

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■020    ▼a9781608074969  (electronic  bk.)
■020    ▼a160807496X  (electronic  bk.)
■035    ▼a(OCoLC)827208354
■040    ▼aEBLCP▼beng▼cEBLCP▼dOCLCQ▼dYDXCP▼dCNSPO▼dN$T
■050  4▼aQA76.758
■072  7▼aTEC▼x009070▼2bisacsh
■08204▼a621.382
■1001  ▼aZajic,  Alenka.
■24510▼aMobile-to-Mobile  Wireless  Channels▼h[electronic  resource]
■260    ▼aNorwood▼bArtech  House▼c2013
■300    ▼a1  online  resource  (311  p)
■500    ▼a3.1.6  Spatial-Temporal  Fading  Characteristics  of  V-to-V  Frequency-Flat  Multipath  Fading  Channels.
■5050  ▼aMobile-to-Mobile  Wireless  Channels;  Contents;  Preface;  Chapter  1  Introduction;  1.1  Mobile-to-Mobile  Communication  Systems;  1.1.1  Vehicle-to-Vehicle  Communication  Systems;  1.1.2  Air-to-Ground  Communication  Systems;  1.1.3  Underwater  Vehicle-to-Underwater  Vehicle  Systems;  1.2  The  Wireless  Channel;  1.2.1  Fading;  1.2.2  Statistical  Properties  of  Channels;  1.3  Overview  of  Remaining  Chapters;  1.3.1  Chapter  2:  Fixed-to-Mobile  Cellular  Radio  Channels;  1.3.2  Chapter  3:  Vehicle-to-Vehicle  Radio  Channels;  1.3.3  Chapter  4:  Air-to-Ground  Radio  Channels.
■5058  ▼a1.3.4  Chapter  5:  Underwater  Vehicle-to-Underwater  Vehicle  Acoustic  Channels1.3.5  Appendixes;  References;  Chapter  2  Fixed-to-Mobile  Cellular  Radio  Channels;  2.1  Propagation  Principles;  2.1.1  Free  Space  Propagation;  2.1.2  Reflection;  2.1.3  Diffraction;  2.1.4  Scattering;  2.2  Propagation  Modeling;  2.2.1  Large-Scale  Fading-Pathloss;  2.2.2  Large-Scale  Fading-Shadowing;  2.2.3  Small-Scale  Fading-Multipath  Propagation;  2.2.4  Factors  Influencing  Small-Scale  Fading;  2.3  Statistical  Characterization  of  Multipath  Propagation  in  F-to-M  Cellular  Radio  Channels;  2.3.1  Received  Envelope  Distribution.
■5058  ▼a2.3.2  Clarke's  Model  for  F-to-M  Frequency  Flat  Multipath  Fading  Channels2.3.3  Correlation  Functions  and  Doppler  Power  Spectra  for  Isotropic  Scattering  Channels;  2.3.4  Correlation  Functions  and  Doppler  Power  Spectrum  for  Nonisotropic  Scattering  Channels;  2.3.5  Second-Order  Statistics-Level  Crossing  Rates  and  Fade  Durations;  2.3.6  Modeling  of  F-to-M  Frequency-Selective  Multipath  Fading  Channels;  2.3.7  Correlation  Functions  for  F-to-M  Frequency-Selective  Multipath  Fading  Channels;  2.3.8  Channel  Characteristic  Parameters-Delay  Spread,  Power  Delay  Profile,  and  Channel  Coherence.
■5058  ▼a2.3.9  MIMO  F-to-M  Cellular  Radio  Channels2.4  Simulators  for  Fixed-to-Mobile  Cellular  Radio  Channels;  2.4.1  Simulation  Models  for  F-to-M  Frequency-Flat  Multipath  Fading  Channels;  2.4.2  Deterministic  and  Statistical  SoS  Simulation  Models  for  F-to-M  Frequency-Flat  Multipath  Fading  Channels;  2.4.3  Simulation  Models  for  F-to-M  Frequency-Selective  Multipath  Fading  Channels;  2.5  Small-Scale  Channel  Measurement  Techniques;  2.5.1  Direct  Pulse-Based  Channel  Impulse  Response  Measurements;  2.5.2  Spread  Spectrum-Based  Channel  Impulse  Response  Measurements.
■5058  ▼a2.5.3  Frequency  Domain-Based  Channel  Impulse  Response  Measurements2.6  Summary;  References;  Chapter  3  Vehicle-to-Vehicle  Radio  Channels;  3.1  V-to-V  Propagation  Modeling;  3.1.1  Large-Scale  Fading-Pathloss  and  Shadowing;  3.1.2  Small-Scale  Fading-Multipath  Propagation;  3.1.3  Akki  and  Haber's  Model  for  V-to-V  Frequency-FlatMultipath  Fading  Channels;  3.1.4  Temporal  Fading  Characteristics  of  V-to-V  Frequency-Flat  MultipathFading  Channels;  3.1.5  Two-Dimensional  Model  for  MIMO  V-to-V  Frequency-Flat  Multipath  Fading  Channels.
■520    ▼aPresent-day  mobile  communications  systems  can  be  classified  as  fixed-to-mobile  because  they  allow  mobility  on  only  one  end  (e.g.  the  mobile  phone  to  a  fixed  mobile  operator's  cell  tower).  In  answer  to  the  consumer  demand  for  better  coverage  and  quality  of  service,  emerging  mobile-to-mobile  (M-to-M)  communications  systems  allow  mobile  users  or  vehicles  to  directly  communicate  with  each  other.  This  practical  book  provides  a  detailed  introduction  to  state-of-the-art  M-to-M  wireless  propagation.  Moreover,  the  book  offers  professionals  guidance  for  rapid  implementation  of  these  communications  syste.
■588    ▼aDescription  based  on  print  version  record.
■650  0▼aWireless  communication  systems
■650  0▼aMobile  communication  systems
■650  4▼aSoftware  engineering▼xCongresses
■650  7▼aTECHNOLOGY  &  ENGINEERING  /  Mechanical.▼2bisacsh
■655  4▼aElectronic  books.
■77608▼iPrint  version▼aZajic,  Alenka▼tMobile-to-Mobile  Wireless  Channels▼dNorwood  :  Artech  House,  c2013▼z9781608074952
■85640▼3EBSCOhost▼uhttp://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&db=nlabk&AN=753582
■938    ▼aEBL  -  Ebook  Library▼bEBLB▼nEBL1118873
■938    ▼aYBP  Library  Services▼bYANK▼n9996745
■938    ▼aEBSCOhost▼bEBSC▼n753582

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