Dynamic provisioning of TWAMP
In exemplary embodiments in the present disclosure a method in a first Network Node for measuring network characteristics using a performance measuring protocol is defined. The method comprises receiving a message, extracting a network address of a second network node from said message, and storing said network address of said second network node. The method further comprises setting up a session for measuring network characteristics using said performance measuring protocol between said first network node and said second network node utilizing said network address.
1. A method in a Serving Gateway for monitoring mobile backhaul performance characteristics using a Two-Way Active Measurement Protocol (TWAP), the method comprising:
receiving, by the Serving Gateway, a Modify Bearer Request Message;
extracting, by the Serving Gateway, an Internet Protocol (IP) address of an eNodeB from said Modify Bearer Request Message;
determining, by the Serving Gateway, whether the extracted IP address of said eNodeB is already stored in a TWAP-reflector table;
based on the determination that the extracted IP address of said eNodeB is not already stored in the TWAP-reflector table, storing, by the Serving Gateway, said IP address of said eNodeB in said TWAP-reflector table; and,
setting-up, by the Serving Gateway, a session utilizing said stored IP address and said Two-Way Active Measurement Protocol (TWAP) to monitor the mobile backhaul performance characteristics between said Serving Gateway and said eNodeB, wherein said Serving Gateway implements a TWAP Sender, and wherein said eNodeB implements a TWAP Reflector.
2. The method according to claim 1 , further comprising:
storing, by the Serving Gateway, a timestamp in association with said extracted IP address of said eNodeB in said TWAP-reflector table.
3. The method according to claim 1 , further comprising,
sending, by the Serving Gateway, TWAP messages to the TWAP Reflector in the eNodeB on a predetermined User Datagram Protocol (UDP) port,
receiving, by the Serving Gateway, return TWAP messages from the TWAP Reflector in the eNodeB, and
using information comprised in said return TWAP messages for determining the mobile backhaul performance characteristics.
4. A Serving Gateway configured to monitor mobile backhaul performance characteristics using a Two-Way Active Measurement Protocol (TWAP), the Serving Gateway comprising:
a processor; and,
a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the Serving Gateway is operable to:
receive a Modify Bearer Request Message;
extract an Internet Protocol (IP) address of an eNodeB from said Modify Bearer Request Message;
determine whether the extracted IP address of said eNodeB is already stored in a TWAP-reflector table;
based on the determination that the extracted IP address of said eNodeB is not already stored in the TWAP-reflector table, store said IP address of said eNodeB; and,
set-up a session utilizing said stored IP address and said Two-Way Active Measurement Protocol (TWAP) to monitor the mobile backhaul performance characteristics between said Serving Gateway and said eNodeB, wherein said Serving Gateway implements a TWAP Sender, and wherein said eNodeB implements a TWAP Reflector.
5. The Serving Gateway according to claim 4 , wherein the Serving Gateway is further operable to:
store a timestamp in association with said extracted IP address of said eNodeB in said TWAP-reflector table.
6. The Serving Gateway according to claim 4 , wherein the Serving Gateway is further operable to:
send TWAP messages to the TWAP Reflector in the eNodeB on a predetermined User Datagram Protocol (UDP) port,
receive return TWAP messages from the TWAP Reflector in the eNodeB, and
using information comprised in said return TWAP messages for determining the mobile backhaul performance characteristics.