rApp Artifacts

Service Level Agreement rApp

Ali Yaghoubian

A cloud-native and O-RAN compliant rApp designed to enforce the Service Level Agreement (SLA) policy via O-RAN standardized A1 interface, enabling centralized control and management of network slicing behavior in 5G networks.

RAN Slicing rApp

Ali Yaghoubian

A cloud-native and O-RAN compliant rApp designed to enforce the load balancing policy via O-RAN standardized A1 interface, enabling slice-specific control of maximum downlink Physical Radio Resource (PRB) allocation in the RAN.

TDD Reconfiguration rApp

Ali Yaghoubian

A cloud-native rApp that dynamically reconfigures the Time Division Duplex (TDD) pattern of a RAN cell via Non-RT RIC and SMO over the O1 interface, enabling automated cell-level radio configuration updates.

Monitoring rApp

Ali Yaghoubian

A cloud-native and O-RAN rApp that deploys monitoring intents via the R1 interface to collect RAN and UE performance metrics in near real-time over the E2 interface and store them in an in-cluster database for analytics and observability.

Scoped Monitoring rApp

Ali Yaghoubian

A cloud-native and O-RAN compliant rApp that instantiates slice- and node-scoped monitoring jobs via the R1 interface to collect near real-time RAN and UE performance metrics over the E2 interface, storing them in an in-cluster database for analytics, observability, and Service-Level Agreement (SLA) monitoring.

Spectrum management rApp

Ali Yaghoubian

A cloud-native rApp that manages RAN spectrum configuration by leveraging Orchestration and Management (OAM) services over the R1 interface to retrieve current network settings, update parameters such as operating band, frequency, bandwidth, and subcarrier spacing, and apply the changes via the O1 interface through the Non-RT RIC and SMO.