86 Geometry based stochastic channel modeling Table 4.1 Important V2V channel models a saany s 二 SB+MB N/A het) wo网 stationary nono DB u时 o 2冰rm MIMO 20* SB+DB SB+DB o stationary nono SB+DB cylinder) M SB This isa tabe foomnote boun ed:DB: 86 Geometry based stochastic channel modeling Table 4.1 Important V2V channel models Channel Antenna Stationarity Impact Per-tap Scatterer region/ Scattering Applicable Model and FS of VTD CS Distribution Assumptions Scenarios Ref. Maurer et al. (2008) MIMO non- yes no 3D non-isotropic SB+MB site￾GBDM wideband stationary (deterministic) specific midrule Ref. Acosta-Marum and Ingram (2007) SISO stationary no yes 2D non-isotropic N/A Micro NGSM wideband (N/A) Pico Ref. Sen and Matolak (2008) SISO non- yes yes 2D non-isotropic N/A Micro NGSM wideband stationary (N/A) Pico Ref. Akki and Haber (1986) SISO stationary no no 2D isotropic DB Macro RS-GBSM narrowband (two-ring) Ref. Patzold et al. (2008) MIMO stationary no no 2D non-isotropic DB Marco RS-GBSM narrowband (two-ring) Micro Ref. Zajic and Stubber (2008) MIMO stationary no no 2D non-isotropic SB+DB Macro RS-GBSM narrowband (two-ring) Micro Ref. Zajic and Stuber (2008) MIMO stationary no no 3D non-isotropic SB+DB Macro RS-GBSM narrowband (two-cylinder) Micro Ref. Zajic and Stubber (2008); Zajic and Stuber (2009) MIMO stationary no no 3D non-isotropic SB+DB Macro RS-GBSM wideband (two concentric- Micro cylinder) Ref. Karedal et al. (2009) MIMO non- yes no 2D non-isotropic SB Micro IS-GBSM wideband stationary (randomly) Pico This is a table footnote FS: frequency-selectivity; CS: channel statistics; SB: single-bounced; MB: multiple-bounced; DB: double-bounced; Macro: Macro-cell; Micro: Micro-cell; Pico: Pico-cell; N/A: not-applicable