A computing apparatus includes a first processing circuit and a second processing circuit. The first processing circuit includes a programmable logic circuit. The second processing circuit includes a general purpose processor that is used to execute an application program to download a bitstream to the first processing circuit for programming the programmable logic circuit to implement a direct memory access (DMA) engine and at least one physical engine (PE). The DMA engine is used to access a first memory through a DMA manner. The at least one PE is used to read data to be processed from the first memory through the DMA engine. The first processing circuit and the second processing circuit are disposed in one chip.

A method and system for managing execution of a local craft terminal application on a local computer system comprising accessing one of the plurality of remote network elements and obtaining therefrom a launcher application program configured to manage execution of the local craft terminal application on the local computer system, launching the launcher application program on the local computer system and determining, using the launcher application program, whether the local computer system contains an appropriate copy of the local craft terminal application, and if the local computer system does not contain the appropriate copy of the local craft terminal application, obtaining the appropriate copy of the local craft terminal application from the first one of the plurality of remote network elements.

Resource utilization in edge-computing clusters and other computing clusters can be improved according to some aspects described herein. For example, an event handler can detect an event involving a state change to a data object. In response to detecting the event, the event handler can access an event registry storing relationships between a group of controllers and a group of events that are to be handled by the group of controllers. The event handler can determine, using the event registry, a controller that is configured to handle the event. The event handler can then transmit a command over a network to a computing cluster that includes a reconciler associated with the controller, where the command is for causing the reconciler to perform a reconciliation operation with respect to the data object. Separating the event-handling logic from the reconciliation logic in this way may improve resource utilization.

An exemplary system, method, and computer-accessible medium can include, for example, storing on a first device a digital tag, the tag configured to be associated with at least one application on a second device, such that receipt of the tag on the second device launches the application on the second device; and emitting from the first device to a second device the digital tag; wherein the application on the second device is configured to launch in a special state when the second device is in at least one state from a pre-determined list of states.

The present disclosure relates to method and a system for monitoring application services in network. The system comprises ASM client and ASM server. The ASM client is configured in UE to monitor parameters related to applications in UE. The ASM server monitors VAL server based on parameters associated with VAL server. The ASM server obtain status information of VAL server by performing either pull procedure, push procedure, and subscribe-notify procedure. Further, the ASM server provides the status information to one or more entities for performing one or more actions. Thus, the present disclosure facilitates the system to monitor the application services and indicate one or more entities to perform corrective actions to provide seamless and uninterrupted services to users.

Disclosed herein are system, method, and computer program product embodiments for deploying and configuring telecommunication middleware using a no-code integration and automation platform that implements middleware patterns as a set of event-driven Functions-as-a-Service. The platform offers low-latency, high-performance middleware capabilities co-located with applications, provides for a consistent developer experience, facilitates interoperability across nodes, and enables centralized and automated lifecycle management. Additional technical benefits over legacy systems in this resource-efficient, edge-optimized, green-tech platform include: improved performance, composable building blocks, reduced costs, cloud-native deployment, cloud network functions virtualization, rationalized tooling, and unified management. The breadth, depth, and inherent complexity of various use cases showcases the richness of the disclosed abstraction and automation.

Systems and methods of the disclosure include: identifying, by a processing device, a plurality of services of a cloud computing environment, wherein each service of the plurality of services employs one or more virtual execution environments; generating a plurality of graphs, wherein each graph of the plurality of graphs represents a service of the plurality of services, wherein each graph comprises a plurality of nodes, such that each node represents a corresponding virtual execution environment of the one or more virtual execution environments employed by the service, and wherein each node is associated with a computing resource usage indicator reflecting a usage of a computing resource by the corresponding virtual execution environment; and determining, using the plurality of graphs, a set of servers for running the plurality of services.

Systems and methods described herein provide for generating behavior profiles for a plurality of end devices associated with an end user; receiving, from the end user, a request for an over-the-air (OTA) update for the plurality of end devices; generating an OTA update campaign plan based on the behavior profiles responsive to the request; providing the OTA update campaign plan to the end user; receiving, from the end user, a modified request for the OTA update; and generating an OTA update campaign schedule responsive to the modified request.

A cloud tracking system may store configuration data separately for each account of multiple accounts that an entity has with a cloud computing provider and may aggregate the configuration data into a data structure that stores the configuration data together for the multiple accounts. The cloud tracking system may receive a request that includes a user identifier of a user associated with the entity and may search for the user identifier in the data structure. The cloud tracking system may identify a set of deployed cloud computing services associated with the user identifier based on searching for the user identifier in the data structure, wherein the set of deployed cloud computing services is associated with more than one account of the multiple accounts. The cloud tracking system may identify one or more deployed cloud computing services, of the set of deployed cloud computing services, that are outdated.

A technique involves modular storage of network service plan components and provisioning of same. A subset of the capabilities of a service design system can be granted to a sandbox system to enable customization of service plan offerings or other controls.