End to end simulation of a content delivery system
View Patent ↗A method for testing upgrades and modifications to a first transmission network by providing a second internet transmission network including components that duplicate or simulate one or more of the components of the first network. The second network duplicates the functionality and configuration of the first network thereby permitting modifications to be installed and tested on the second network prior to installing them on the first transmission network. This in turn allows “bugs” to be found and eliminated before modifications are used on the first network. The invention also allows error signals to be injected to enable operators to compensate for and to avoid these errors before they appear on the first network.
1. A system for delivering multimedia content from a content provider, the system comprising:
a first Internet broadcasting network (“IBN”); and
a second IBN;
where the first IBN comprises:
a network operating center (“NOC”);
an edge node;
a satellite communication link between the NOC and the edge node;
a last mile service provider directly connected to the edge node; and
an Internet user connected to the Internet through the last mile service provider;
where the NOC receives multimedia content from the content provider and modifies the received multimedia content into a first streaming format and a format suitable for satellite transmission;
where the NOC transmits the modified multimedia content to the edge node using the satellite communication link; and
where the edge node delivers the modified multimedia content received from the NOC to the Internet user via the last mile service provider according to a second streaming format compatible with the first streaming format;
where the second IBN comprises:
duplicates of one or more of the NOC, the edge node, the satellite communication link, the last mile service provider, or the Internet user of the first IBN; and
simulations of one or more of the NOC, the edge node, the satellite communication link, the last mile service provider, or the Internet user of the first IBN for which the second IBN does not comprise a duplicate;
where the second IBN is used to simulate the operation of the first IBN without interfering with the operation of the first IBN.
2. The system of claim 1 , where the second IBN comprises:
a duplicate of the NOC of the first IBN;
a duplicate of the edge node of the first IBN;
a duplicate of the last mile service provider of the first IBN;
a duplicate of the Internet user of the first IBN; and
a simulation of the satellite communication link of the first IBN.
3. The system of claim 1 , where the second IBN comprises:
a duplicate of the NOC of the first IBN;
a duplicate of the edge node of the first IBN;
a simulation of the last mile service provider of the first IBN;
a simulation of the Internet user of the first IBN; and
a simulation of the satellite communication link of the first IBN.
4. The system of claim 1 , where the second IBN is contained in a portable enclosure.
5. The system of claim 1 , where the performance of the first IBN is tested using the second IBN by injecting errors into signals received at the NOC of the second IBN.
6. The system of claim 1 , where the performance of the first IBN is tested using the second IBN by injecting errors into signals received at the edge node of the second IBN.
7. The system of claim 1 , where the performance of the first IBN is tested using the second IBN by injecting errors into signals received at the Internet users of the second IBN.
8. The system of claim 1 , where the second IBN is used to simulate the delivery of content in the first IBN.
9. A method for testing a first Internet broadcasting network (“IBN”) that delivers multimedia content from a content provider, where the first network comprises:
a network operating center (“NOC”);
an edge node;
a satellite communication link between the NOC and the edge node;
a last mile service provider directly connected to the edge node; and
an Internet user connected to the Internet through the last mile service provider;
where the NOC receives multimedia content from the content provider and modifies the received multimedia content into a first streaming format and a format suitable for satellite transmission;
where the NOC transmits the modified multimedia content to the edge node using the satellite communication link; and
where the edge node delivers the modified multimedia content received from the NOC to the Internet users via the last mile service provider according to a second streaming format compatible with the first streaming format;
the method comprising:
providing a second IBN that comprises:
duplicates of one or more of the NOC, the edge node, the satellite communication link, the last mile service provider, or the Internet user of the first IBN; and
simulations of one or more of the NOC, the edge node, the satellite communication link, the last mile service provider, or the Internet user of the first IBN for which the second IBN does not comprise a duplicate; simulating the operation of the first IBN using the second IBN without interfering with the operation of the first IBN.
10. The method of claim 9 , where the second IBN comprises:
a duplicate of the NOC of the first IBN;
a duplicate of the edge node of the first IBN;
a duplicate of the last mile service provider of the first IBN;
a duplicate of the Internet user of the first IBN; and
a simulation of the satellite communication link of the first IBN.
11. The method of claim 9 , where the second IBN comprises:
a duplicate of the NOC of the first IBN;
a duplicate of the edge node of the first IBN;
a simulation of the last mile service provider of the first IBN;
a simulation of the Internet user of the first IBN; and
a simulation of the satellite communication link of the first IBN.
12. The method of claim 9 , where the second IBN is contained in a portable enclosure.
13. The method of claim 9 , where the simulating of the operation of the first IBN comprises injecting errors into signals received at the NOC of the second IBN to test the performance of the first IBN.
14. The method of claim 9 , where the simulating of the operation of the first IBN comprises injecting errors into signals received at the edge node of the second IBN to test the performance of the first IBN.
15. The method of claim 9 , where the simulating of the operation of the first IBN comprises injecting errors into signals received at the Internet user of the second IBN to test the performance of the first IBN.
16. The method of claim 9 , further comprising monitoring the second IBN to detect quality degradation in the first IBN.