GOOGLE RADIO AUTOMATION PASSWORD UPDATE
GOOGLE RADIO AUTOMATION PASSWORD SOFTWARE

GOOGLE RADIO AUTOMATION PASSWORD SOFTWARE

The software uses IntelвЂ™s FlexRAN reference architecture and is based on a specifications developed by the O-RAN Alliance. VMwareвЂ™s RAN Intelligent ControllerВ incorporates both non-RT and near-RT functions. Measurement and optimization xApps collected live network data during the trial.

Nokia and AT&T successfully tested a RIC configurationВ on the carrierвЂ™s mmWave 5G network in early 2020. Data flows via the RICвЂ™s E2 interface for other network automation policy functions. It provides the framework to handle conflict mitigation, subscription management, app lifecycle management functions and security. ThereвЂ™s an internal messaging infrastructure. Within the structure of the near-RT RIC itself, xApps communicate via defined interface channels. xApps exist to continuously enhance the RANвЂ™s spectrum efficiency. It provides policy guidance back to the non-RT RIC through xApps. The near-RT RC operates as a cloud-based process on the network edge. The near-RT RIC handles those events requiring action from 10 milliseconds (ms) to 1 second. It provides key automation tools operators need to effectively scale digitized RAN operations in a cloud-native environment. Using Artificial Intelligence (AI) and Machine Learning (ML), the network automation software constantly adjusts RAN operations to manage and optimize network conditions.

GOOGLE RADIO AUTOMATION PASSWORD UPDATE

Operators can and should update and optimize the network automation software continuously as part of a DevOps process.Д®ricssonвЂ™s Intelligent Automation PlatformВ is an implementation of an Open RAN SMO.

This open design keeps RAN software vendors from locking down network features. The SMO supports open software interfaces to facilitate rApp communications. The non-RT RIC communicates with the near-RT RICвЂ™s counterpart applications, called xApps, to provide policy-based guidance. This software functions centrally on the operatorвЂ™s network. The non-RT RIC operates from within the RICвЂ™s Service Management and Orchestration (SMO) framework. Those are the Non-real-time RAN Intelligent Controller and A1 Interface Workgroup and the Near-real-time RIC and E2 Interface Workgroup, respectively. Guidance for the RIC specification falls under the aegis of O-RAN Workgroups 2 and 3. The O-RAN Alliance operates several technical workgroups responsible for shaping different elements of the Open RAN specification. The features and functionality of the RIC - and RAN disaggregation in general - are spelled out in 3GPPвЂ™s Release 15. xApps are hosted on the near RT RIC and optimize radio spectrum efficiency. xApps and rApps provide essential control and management features and functionality. rApps are specialized microservices operating on the non-RT RIC. They maximize the radio networkвЂ™s operational efficiency. XApps and rApps are network automation tools. Its architecture includes a Distributed Unit (DU) software function, multi-RAT CU protocol stack, a near-real time RIC and orchestration/NMS layer with Non-Real Time RIC. The RIC is a key element in the management of advanced 5G network functions, like network slicing, high-bandwidth, low-latency applications, prioritized communications and more. The RIC separately controls non-real time (non-RT) events - from 10 milliseconds to 1 second - and near-real time (near-RT) events - more than 1 second. It controls and optimizes radio functions. The RIC is an essential software component of the Open RAN architecture specified by the O-RAN Alliance. The RIC software functions interact with Radio Unit (RU) hardware to maintain maximum RAN optimization and efficiency. Specialized software apps for network automation, xApps and rApps are part of a RIC - a Radio Access Network (RAN) Intelligent Controller.

Google radio automation password