FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W771736349> ?p ?o ?g. }

• W771736349 abstract "Recently, mobile-to-mobile (M2M) communications have received much attention due to several emerging applications, such as wireless mobile ad hoc networks, relay-based cellular networks, and dedicated short range communications (DSRC) for intelligent transportation systems (e.g., IEEE 802.11p standard). Different from conventional fixed-to-mobile (F2M) cellular systems, in M2M systems both the transmitter (Tx) and receiver (Rx) are in motion and often equipped with low elevation antennas. Multiple-input-multiple-output (MIMO) technologies, employing multiple antennas at both the Tx and Rx, have widely been adopted for the third generation (3G) and beyond-3G (B3G) F2M cellular systems due to their potential benefits of improving coverage, link reliability, and overall system capacity. More recently, MIMO has been receiving more and more attention for M2M systems as well. Reliable knowledge of the propagation channel obtained from channel measurements and corresponding channel models serve as the enabling foundation for the design and analysis of MIMO F2M and M2M systems. Furthermore, the development of accurate MIMO F2M and M2M channel simulation models plays a major role in the practical simulation and performance evaluation of these systems. These form the primary motivation behind our research on MIMO channel modelling and simulation for F2M cellular and M2M communication systems. In this thesis, we first propose a new wideband theoretical multiple-ring based MIMO regular-shaped geometry-based stochastic model (RS-GBSM) for non-isotropic scattering F2M macro-cell scenarios and then derive a generic space-time-frequency (STF) correlation function (CF). The proposed theoretical reference wideband model can be reduced to a narrowband one-ring model, a new closed-form STF CF of which is derived as well. Narrowband and wideband sum-of-sinusoids (SoS) simulation models are then developed, demonstrating a good agreement with the corresponding reference models in terms of correlation functions. Secondly, based on a well-known narrowband two-ring single-input single-output (SISO) M2M channel reference model, we propose new deterministic and stochastic SoS simulation models for non-isotropic scattering environments. The proposed deterministic simulator is the first SISO M2M deterministic simulator with good performance, while the proposed stochastic simulator outperforms the existing one in terms of fitting the desired statistical properties of the corresponding reference model. Thirdly, a new adaptive narrowband MIMO M2M RS-GBSM is proposed for nonisotropic scattering environments. To the best of our knowledge, the proposed M2M model is the first RS-GBSM that has the ability to study the impact of the vehicular traffic density on channel statistics. From the proposed theoretical reference model, we comprehensively investigate some important M2M channel statistics including the STF CF, space-Doppler-frequency power spectral density, envelope level crossing rate, and average fade duration. A close agreement between some channel statistics obtained from the proposed reference model and measurement data is observed, confirming the utility of our model. Finally, we extend the above narrowband model to a new wideband MIMO M2M RSGBSM with respect to the frequency-selectivity. The proposed wideband reference model is validated by observing a good match between some statistical properties of the theoretical model and available measurement data. From the wideband reference model, we further design new wideband deterministic and stochastic SoS simulation models. The proposed wideband simulators can be easily reduced to narrowband ones. The utilities of the newly derived narrowband and wideband simulation models are validated by comparing their statistical properties with those of the corresponding reference models. The proposed channel reference models and simulators are expected to be useful for the design, testing, and performance evaluation of future MIMO cellular and M2M communication systems. Dedicated to my loving grandmother: Huizhen, my loving parents: Fanmin & Lisheng, and my lovely wife: Lily." @default.
• W771736349 created "2016-06-24" @default.
• W771736349 creator A5068110218 @default.
• W771736349 date "2009-01-01" @default.
• W771736349 modified "2023-09-26" @default.
• W771736349 title "MIMO channel modelling and simulation for cellular and mobile-to-mobile communication systems" @default.
• W771736349 cites W140199503 @default.
• W771736349 cites W1490682838 @default.
• W771736349 cites W1538844189 @default.
• W771736349 cites W1551205774 @default.
• W771736349 cites W1590108337 @default.
• W771736349 cites W1596939795 @default.
• W771736349 cites W1601759414 @default.
• W771736349 cites W1607036856 @default.
• W771736349 cites W1667950888 @default.
• W771736349 cites W1839685063 @default.
• W771736349 cites W192963517 @default.
• W771736349 cites W1932354030 @default.
• W771736349 cites W1965001090 @default.
• W771736349 cites W1990187355 @default.
• W771736349 cites W1991743734 @default.
• W771736349 cites W1996160600 @default.
• W771736349 cites W2001686537 @default.
• W771736349 cites W2006928004 @default.
• W771736349 cites W2008342000 @default.
• W771736349 cites W2009759984 @default.
• W771736349 cites W2025524571 @default.
• W771736349 cites W2036488048 @default.
• W771736349 cites W2042680992 @default.
• W771736349 cites W2064278347 @default.
• W771736349 cites W2077783632 @default.
• W771736349 cites W2082395252 @default.
• W771736349 cites W2096927504 @default.
• W771736349 cites W2097515118 @default.
• W771736349 cites W2098349670 @default.
• W771736349 cites W2099096090 @default.
• W771736349 cites W2099411281 @default.
• W771736349 cites W2099939757 @default.
• W771736349 cites W2100072869 @default.
• W771736349 cites W2100263561 @default.
• W771736349 cites W2101102642 @default.
• W771736349 cites W2104518743 @default.
• W771736349 cites W2105110608 @default.
• W771736349 cites W2107225406 @default.
• W771736349 cites W2108328406 @default.
• W771736349 cites W2108672975 @default.
• W771736349 cites W2110618891 @default.
• W771736349 cites W2111067144 @default.
• W771736349 cites W2112627014 @default.
• W771736349 cites W2112725615 @default.
• W771736349 cites W2112909015 @default.
• W771736349 cites W2115343773 @default.
• W771736349 cites W2116753915 @default.
• W771736349 cites W2118145576 @default.
• W771736349 cites W2118663761 @default.
• W771736349 cites W2119220232 @default.
• W771736349 cites W2124861441 @default.
• W771736349 cites W2125178402 @default.
• W771736349 cites W2125819303 @default.
• W771736349 cites W2128482072 @default.
• W771736349 cites W2129506838 @default.
• W771736349 cites W2130509920 @default.
• W771736349 cites W2130868358 @default.
• W771736349 cites W2130917709 @default.
• W771736349 cites W2131651545 @default.
• W771736349 cites W2133475491 @default.
• W771736349 cites W2136424765 @default.
• W771736349 cites W2136789592 @default.
• W771736349 cites W2141423178 @default.
• W771736349 cites W2141948389 @default.
• W771736349 cites W2142036317 @default.
• W771736349 cites W2142914118 @default.
• W771736349 cites W2143388966 @default.
• W771736349 cites W2144548685 @default.
• W771736349 cites W2146318236 @default.
• W771736349 cites W2146516326 @default.
• W771736349 cites W2146922772 @default.
• W771736349 cites W2147521335 @default.
• W771736349 cites W2149291237 @default.
• W771736349 cites W2149743051 @default.
• W771736349 cites W2150472476 @default.
• W771736349 cites W2151147819 @default.
• W771736349 cites W2151381118 @default.
• W771736349 cites W2151938222 @default.
• W771736349 cites W2152880181 @default.
• W771736349 cites W2153811843 @default.
• W771736349 cites W2154463976 @default.
• W771736349 cites W2154975282 @default.
• W771736349 cites W2159153053 @default.
• W771736349 cites W2159639016 @default.
• W771736349 cites W2159736211 @default.
• W771736349 cites W2161679984 @default.
• W771736349 cites W2162162263 @default.
• W771736349 cites W2166739300 @default.
• W771736349 cites W2167842273 @default.
• W771736349 cites W2168180637 @default.
• W771736349 cites W2168847332 @default.
• W771736349 cites W2171102094 @default.
• W771736349 cites W22878335 @default.
• W771736349 cites W2313299119 @default.

• next