live_energy
2020-10-01, 04:16 AM
In linear coverage scenarios, such as subways or railways, when UEs move along the coverage areas at a high speed, a large number of handovers may occur in
common cells. The handovers may result in service drops or a decrease in throughput, affecting user experience. The Hyper Cell function is introduced to
reduce the number of handovers and improve user experience in these scenarios. A hyper cell is formed by combining multiple independent transmission reception
points (TRPs) working on the same frequency and having the same bandwidth. The combined cell works as a logical cell to provide radio communications services.
https://mega.nz/file/cQUS3RxS#dBasqgtYYdHVeLdwMnIGPyPjkA1pDuYahhMMkqUaYQU
common cells. The handovers may result in service drops or a decrease in throughput, affecting user experience. The Hyper Cell function is introduced to
reduce the number of handovers and improve user experience in these scenarios. A hyper cell is formed by combining multiple independent transmission reception
points (TRPs) working on the same frequency and having the same bandwidth. The combined cell works as a logical cell to provide radio communications services.
https://mega.nz/file/cQUS3RxS#dBasqgtYYdHVeLdwMnIGPyPjkA1pDuYahhMMkqUaYQU