Abstract: In various examples, an extensible network traffic engineering platform monitors network traffic and application performance to dynamically update network ingress and egress communication paths for increasing performance of the application—such as a cloud gaming application, a cloud virtual reality (VR) application, and/or another high performance application types. Pluggable, distributed, application-centric network monitors, policy engines, and network configurators are implemented at the edge to detect degraded network and application performance and dynamically update network routing to account for the same.

Abstract: High performance applications—such as cloud game streaming, cloud virtual reality (VR), remote desktop, and others—are sensitive to various network conditions, such as latency, jitter, and packet loss. Systems of the present disclosure may match network characteristics for a user device with latency requirements for a particular application type, and application sessions may be forwarded or distributed to a suitable data center. To accomplish this, application specific network tests may be executed to determine requirements for executing a high performing application session for a user. The result of these tests, in addition to application specific performance requirements, may be used to find a suitable data center—from a set of available data centers—that is capable of hosting the application session without degradation. As a result, efficient use of distributed infrastructures may be accomplished, while avoiding congestion and hot-spots, and providing an optimized application experience for end users.

Abstract: In various examples, an extensible network traffic engineering platform monitors network traffic and application performance to dynamically update network ingress and egress communication paths for increasing performance of the application—such as a cloud gaming application, a cloud virtual reality (VR) application, and/or another high performance application types. Pluggable, distributed, application-centric network monitors, policy engines, and network configurators are implemented at the edge to detect degraded network and application performance and dynamically update network routing to account for the same.

Abstract: In various examples, an extensible network traffic engineering platform monitors network traffic and application performance to dynamically update network ingress and egress communication paths for increasing performance of the application—such as a cloud gaming application, a cloud virtual reality (VR) application, and/or another high performance application types. Pluggable, distributed, application-centric network monitors, policy engines, and network configurators are implemented at the edge to detect degraded network and application performance and dynamically update network routing to account for the same.

Abstract: High performance applications—such as cloud game streaming, cloud virtual reality (VR), remote desktop, and others—are sensitive to various network conditions, such as latency, jitter, and packet loss. Systems of the present disclosure may match network characteristics for a user device with latency requirements for a particular application type, and application sessions may be forwarded or distributed to a suitable data center. To accomplish this, application specific network tests may be executed to determine requirements for executing a high performing application session for a user. The result of these tests, in addition to application specific performance requirements, may be used to find a suitable data center—from a set of available data centers—that is capable of hosting the application session without degradation. As a result, efficient use of distributed infrastructures may be accomplished, while avoiding congestion and hot-spots, and providing an optimized application experience for end users.

Abstract: In various examples, an extensible network traffic engineering platform monitors network traffic and application performance to dynamically update network ingress and egress communication paths for increasing performance of the application—such as a cloud gaming application, a cloud virtual reality (VR) application, and/or another high performance application types. Pluggable, distributed, application-centric network monitors, policy engines, and network configurators are implemented at the edge to detect degraded network and application performance and dynamically update network routing to account for the same.

Abstract: Aspects of the present disclosure involve systems and methods for passing optimization information, which may be used to optimize input/output (“I/O”) requests, from a database management system to a file system, using various protocols of a network file system. The optimization information provided by the database management system may relate to various aspects of an I/O request that may be optimized.

Abstract: Aspects of the present disclosure involve systems and methods for passing optimization information, which may be used to optimize input/output (“I/O”) requests, from a database management system to a file system, using various protocols of a network file system. The optimization information provided by the database management system may relate to various aspects of an I/O request that may be optimized.

Abstract: Aspects of the present disclosure involve systems and methods for passing optimization information, which may be used to optimize input/output (“I/O”) requests, from a database management system to a file system, using various protocols of a network file system. The optimization information provided by the database management system may relate to various aspects of an I/O request that may be optimized.