2 2 2 2 2 4 4 4 4 4 Evaluation configurations parameters for simulation assessment There are two types of simulations: system simulation and link level simulation. .1 Additional parameters for system simulation Parameters in Table 8-4 shall also be applied in system simulation when assessing the characteristics of cell spectral efficiency, cell edge user spectral efficiency and VoIP capacity. TABLE 8-4 Additional parameters for system simulation Deployment Indoor hotspot Urban Rural Suburban scenario for the microcell macro-cell macro-cell evaluation process Layout(1) Indoor floor Hexagonal grid Hexagonal grid Hexagonal grid Hexagonal grid Inter-site distance 1 732 m 1 299 m Channel Indoor hotspot Urban micro Urban macro Rural macro Suburban macro model (InH) model (UMi) model (UMa) model (RMa) model (SMa) User distribution Randomly and Randomly and Randomly and Randomly and Randomly and uniformly uniformly uniformly uniformly uniformly distributed over distributed over distributed over distributed over distributed over area area. 50% users area. 100% of area. 100% of area. 50% users outdoor users outdoors users outdoors vehicles and (pedestrian in vehicles in high speed 50% of users users) and 50% vehicles indoors of users indoors User mobility Fixed and Fixed and Fixed and Fixed and Fixed and model identical speed identical speed identical speed identical speed identical speed |v| of all UTs, |v| of all UTs, of all UTs, |v| of all UTs, |v| of all UTs, |v| randomly and randomly and randomly and randomly and randomly and uniformly uniformly uniformly uniformly uniformly distributed distributed distributed distributed distributed direction direction direction direction direction UT speeds of 120 km/h Indoor UTs: interest 3 km/h, outdoor UTs: 90 km/h
2 4 2 4 2 4 2 4 2 4 Evaluation configurations parameters for simulation assessment There are two types of simulations: system simulation and link level simulation. .1 Additional parameters for system simulation Parameters in Table 8-4 shall also be applied in system simulation when assessing the characteristics of cell spectral efficiency, cell edge user spectral efficiency and VoIP capacity. TABLE 8-4 Additional parameters for system simulation Deployment scenario for the evaluation process Indoor hotspot microcell Urban macro-cell Rural macro-cell Suburban Layout(1) Indoor floor Hexagonal grid Hexagonal grid Hexagonal grid Hexagonal grid Inter-site distance 1 732 m 1 299 m Channel Indoor hotspot model (InH) Urban micro model (UMi) Urban macro model (UMa) Rural macro model (RMa) Suburban macro model (SMa) User distribution Randomly and uniformly distributed over area Randomly and uniformly distributed over area. 50% users outdoor (pedestrian users) and 50% of users indoors Randomly and uniformly distributed over area. 100% of users outdoors in vehicles Randomly and uniformly distributed over area. 100% of users outdoors in high speed vehicles Randomly and uniformly distributed over area. 50% users vehicles and 50% of users indoors User mobility model Fixed and identical speed |v| of all UTs, randomly and uniformly distributed direction Fixed and identical speed |v| of all UTs, randomly and uniformly distributed direction Fixed and identical speed |v| of all UTs, randomly and uniformly distributed direction Fixed and identical speed |v| of all UTs, randomly and uniformly distributed direction Fixed and identical speed |v| of all UTs, randomly and uniformly distributed direction UT speeds of interest 120 km/h Indoor UTs: 3 km/h, outdoor UTs: 90 km/h
R-REP-M.2135-1-2009-MSW-E.docx