| 82 | | "This demo presents the architecture of the GENI edge cloud computing network, in the form of compute and storage resources, a mobile 4G LTE edge, and a high speed campus network connecting these components. We demonstrate a two use cases for LTE on GENI. |
| 83 | | First, a mobile, infrastructure-less LTE implementation, utilizing two ORBIT radio nodes running OpenAirInterface (OAI). One as the eNB, and one as a UE. |
| 84 | | Second, we show an implementation with a COTS UE connecting the the OAI eNB, with backhaul to the OAI EPC running on the Rutgers GENI rack." |
| | 82 | This demo presents the architecture of the GENI edge cloud computing network, in the form of compute and storage resources, a mobile 4G LTE edge, and a high speed campus network connecting these components. We demonstrate a two use cases for LTE on GENI. First, a mobile, infrastructure-less LTE implementation, utilizing two ORBIT radio nodes running !OpenAirInterface (OAI). One as the eNB, and one as a UE. |
| | 83 | Second, we show an implementation with a COTS UE connecting the the OAI eNB, with backhaul to the OAI EPC running on the Rutgers GENI rack. |
