Microsoft Technology Licensing, LLC

Irena Atov

Somesh Chaturmohta

Rui Liang

Sharad Agarwal

Ryan Andrew Beckett

Rodrigo Fonseca

Michael Markovitch

Chuanji Zhang

The present application relates to a system for ingress traffic management. The system includes a collection system within a network configured to collect traffic arrival information for peering links of the network. The system includes a training system configured to train a model based on the traffic arrival information to predict a probability of a traffic flow arriving on a peering link. The system includes a congestion mitigation system configured to predict based on the model, for traffic flows arriving on one or more peering links, other peering links to which the traffic flows would be shifted due to a condition affecting the one or more peering links. The congestion mitigation system may determine, in response to the condition, a set of prefixes to withdraw based on the other peering links to which traffic would be shifted.

Method and system to predict the ingress interface of internet traffic

Failover functionality is by identifying at least two network paths for a media communications session between a virtual machine at a computing environment and a client application. Unique Internet Protocol (IP) addresses are assigned for the at least two network paths. Based on application and network metrics at the computing environment, a network condition at the computing environment is determined that is indicative of a performance degradation of the media communications session. A signal is communicated to the client service indicating a switch to a second path of the at least two network paths and a second of the unique IP addresses.

Convergence for time sensitive cloud applications

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Redmond, WA, United States of America

Irena Atov