Abstract: The present disclosure is related to wireless telecommunications networks and in particular to measuring and determining performance of a wireless telecommunications network. The network may be a cellular network, a WiFi network, or a combination of both. The present disclosure is further directed to a method for determining a parameter indicating quality of service for a wireless connection. In the method, changes in latency over a connection are measured using probe packets and if an increase of latency that is over a predetermined relative threshold is observed, the wireless connection is determined to be congested.

Abstract: The present disclosure is related to wireless telecommunications networks and in particular to measuring and determining performance of a wireless telecommunications network. The network may be a cellular network, a WiFi network, or a combination of both. The present disclosure is further directed to a method for determining a parameter indicating quality of service for a wireless connection. In the method, changes in latency over a connection are measured using probe packets and if an increase of latency that is over a predetermined relative threshold is observed, the wireless connection is determined to be congested.

Abstract: A mobile network component comprises a mobile management entity, MME, a software defined network controller, SDNC. The SDNC is configured to link to MME so as to establish directly Ethernet, MPLS or GRE based internet protocol with mobile QoS priorities mapped into Ethernet, MPLS or GRE transport priorities, IP, communications between evolved node b, eNB, SDN switch, and internet.

Abstract: A system and method, responsive to receiving a request for content from a terminal, to respond to the terminal with instructions configured to set up a bi-directional communication channel at the terminal for communication between a server and the terminal and to subsequently load the requested content. The requested content comprises at least one referencing object and a plurality of referenced objects belonging to the content. The method and system will generate a modified referencing object by replacing, in the referencing object, links to referenced objects that are external links with modified links that point to a locally stored version of the same object and then to send the referenced objects to the terminal over the bi-directional communication channel. The modified referencing object will be sent to the terminal such that the modified links in the modified referencing object point to referenced objects previously sent to the terminal.

Abstract: A mobile network component comprises a mobile management entity, MME, a software defined network controller, SDNC. The SDNC is configured to link to MME so as to establish directly Ethernet, MPLS or GRE based internet protocol with mobile QoS priorities mapped into Ethernet, MPLS or GRE transport priorities, IP, communications between evolved node b, eNB, SDN switch, and internet.

Abstract: A server, a method for operating a server and a system responsive to receiving a request for content from a terminal, to respond to the terminal with instructions configured to set up a bi-directional communication channel at the terminal for communication between the server and the terminal and subsequently to load the content comprising at least one referencing object and a plurality of referenced objects belonging to the content The method, server and system will, generate a modified referencing object by replacing in the referencing object such links to referenced objects that are external links with modified links that point to a locally stored version of the same object and then to send the referenced objects to the terminal over the bi-directional communication channel. The modified referencing object will be sent to the terminal such that the modified links in the modified referencing object point to referenced objects already sent to the terminal.