Boston5G Scenario

Boston5G scenario

  • An outdoor scenario constructed based on a section of downtown Boston
  • 1 base station and around a million candidate users! 
  • Dataset is available at operating frequency 3.5 GHz and 28GHz

Note: This scenario is based on the Boston 5G model developed by Remcom

Key components

  • 1 base station (BS): BS1. The height of all BSs is 15 m.
  • Each antenna array element at the BS is an isotropic antenna
  • Two uniform x-y user grids (UGs): UG1 and UG2.
  • Total number of users = 965,090 users
  • The first user in every user grid is always the user with the lowest (x,y) coordinate
  • The height of all user grids is 2 m
  • Each antenna array element at each user is an isotropic antenna
  • First user grid (UG1)
    • Distributed on the left half of the scenario (Fig. 1) with a length of 220 m and width of 300 m
    • Accessed from Row 1 to Row 811 (811 rows in total)
    • 595 users per row (595 users with the same y coordinate)
    • 37 cm spacing between adjacent users
    • Number of users in UG1 = 482,545 users
  • Second user grid (UG2)
    • Distributed on the right half of the scenario (Fig. 1) with a length of 220 m and width of 300 m
    • Accessed from Row 812 to Row 1622 (811 rows in total)
    • 595 users per row (595 users with the same y coordinate)
    • 37 cm spacing between adjacent users
    • Number of users in UG2 = 482,545 users
  • The site is constructed base on a section of downtown Boston
  • The ITU concrete and ITU wet earth are adopted as materials for the buildings and the terrain respectively
  • The ray-tracing angle spacing is 0.25° (degree)
  • As for the propagation model, each channel path can undergo a maximum of 4 reflections before reaching the receiver

Note

The maximum number of reflections along each propagation path is set to 4 in the ray tracing simulation.
Under this configuration, some users in the scenario do not have any propagation path with the base station.

Download the ray-tracing data files of the Boston5G scenario:

Applications of the Boston5G scenario