Abstract: Devices, methods and instructions encoded on computer readable medium are provided herein for management of virtual desktop infrastructure (VDI) sessions in a VDI system based on real-time network conditions. In one example, a request for allocation of bandwidth to a first VDI session configured to operate in parallel with a plurality of other VDI sessions in a network is received at a network device. The real-time conditions of the network are detected, and the network device uses these real-time network conditions to determine if sufficient bandwidth is available to satisfy the request for allocation of bandwidth to the first VDI session. A determination is then performed, based on one or more provisioned policies, to determine how bandwidth is to be allocated between the first VDI session and the other parallel VDI sessions. Bandwidth may then be allocated to the first VDI session.

Abstract: Devices, methods and instructions encoded on computer readable medium are provided herein for management of virtual desktop infrastructure (VDI) sessions in a VDI system based on real-time network conditions. In one example, a request for allocation of bandwidth to a first VDI session configured to operate in parallel with a plurality of other VDI sessions in a network is received at a network device. The real-time conditions of the network are detected, and the network device uses these real-time network conditions to determine if sufficient bandwidth is available to satisfy the request for allocation of bandwidth to the first VDI session. A determination is then performed, based on one or more provisioned policies, to determine how bandwidth is to be allocated between the first VDI session and the other parallel VDI sessions. Bandwidth may then be allocated to the first VDI session.

Abstract: A virtual desktop system may include a network device operable to receive data traffic from one or more terminal devices or data centers, via one or more communication channels. The network device may be operable to: monitor the data traffic for end-point information communicated from the one or more terminal devices or data centers; and identify, in the data traffic, the end-point information. The network device may also be operable to: determine one or more network services to operate or forward based on an aspect of the end-point information; and operate or forward the one or more network services, accordingly.

Abstract: A method of communicating messages across a network is provided. A router receives an RSVP (Resource Reservation Protocol) PATH message from a sending host that is directed to a receiving host. Upon identifying the protocol of the incoming PATH message as RSVP, the router accesses a proxy look-up table to identify a proxy host acting on behalf of the receiving host. The router then adds a proxy header to the PATH message and redirects the PATH message to the proxy host by sending the message to a predetermined port. The proxy host receives the PATH message and, in response, sends a resource reservation request (RESV) message onto the network with a proxy header and directed to the predetermined port. The router receives the RESV message, strips off the proxy header, and forwards the RESV message to the sending host as if the message had originated from the receiving host. A proxy host can also send PATH messages on behalf of the sending host.