I1 (Indoor 1) Scenario
I1 scenario
- An indoor distributed massive MIMO scenario
- A 10 m x 10 m x 5 m room with two conference tables
- 64 distributed antennas in the ceiling, at 2.5 m height
- More than 150 thousand candidate users at 1 m height
- Datasets are available at operating frequencies 2.4 GHz and 2.5 GHz
Key components
- 64 antennas tiling up part of the ceiling, at 2.5 m height
- 50 cm separation between the adjacent antennas
- The radiation pattern of each antenna element is an isotropic radiation pattern
- Two uniform x-y user grids (UGs): UG1 and UG2.
- Total number of users = 151,402 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 1 m
- The radiation pattern of each antenna element is an isotropic radiation pattern
- First user grid (UG1)
- Located between the two tables with a length of 4 m and width of 2m
- Accessed from Row 1 to Row 401 (400 rows in total)
- 201 users per row (201 users with the same y coordinate)
- 10 cm spacing between adjacent users
- Number of users in UG1 = 80,601 users
- Second user grid (UG2)
- Located near the door with a length of 1 m and a width of 7 m
- Accessed from Row 402 to Row 502 (101 rows in total)
- 701 users per row (701 users with the same y coordinate)
- 10 cm spacing between adjacent users
- Number of users in UG2 = 70,801 users
- The room dimensions are 10 m x 10 m x 5 m
- Each one of the two conference tables is 6 m in length and 2 m in width
- Each of the three glass windows is 3 m in width and 1.7 m in length
- As for the propagation model, each channel path can undergo a maximum of 2 reflections before reaching the receiver.
Download the ray-tracing data files of the I1 scenario:
- 2.5 GHz operating frequency: ‘I1_2p5’ scenario (zipped file) or ‘I1_2p5’ scenario (folder)
- 2.4 GHz operating frequency: ‘I1_2p4’ scenario (zipped file) or ‘I1_2p4’ scenario (folder)
Note: Since this scenario consists of only one access point, please set “enable_BS2BSchannels” (MATLAB) or “enable_BS2BS” (Python) to zero in the DeepMIMO generation parameters.
