News production system with dynamic media server allocation
View Patent ↗An example method involves: (i) accessing data representing a news program schedule that specifies a sequence of events to be carried out using a news production system, wherein the schedule is divided into contiguous portions; (ii) for each portion: determining that m media servers are sufficient to execute any events of that portion and associated with a first device, allocating m media servers to the first device, thereby leaving one or more unallocated media servers, and allocating n media servers, from the unallocated media servers, to a second device; and (iii) for each of the contiguous portions, utilizing at least a portion of the allocated m media servers to carry out the events specified in that portion and associated with the first device and utilizing at least a portion of the allocated n media servers to carry out the events specified in that portion and associated with the second device.
1. A method for use with a system comprising multiple media servers, a router, a first destination device, and a second destination device, wherein an output of each of the media servers is connected to a respective input of the router, a first output of the router is connected to an input of the first destination device, and a second output of the router is connected to an input of the second destination device, the method comprising:
accessing data representing a program schedule that specifies a sequence of events to be carried out using the system, wherein the program schedule is divided into contiguous portions;
for each of the contiguous portions: (i) determining that m media servers are sufficient to execute any events that are of that portion and that are associated with the first destination device, (ii) allocating m media servers to the first destination device, thereby leaving one or more unallocated media servers, and (iii) allocating n media servers, from among the one or more unallocated media servers, to the second destination device; and
for each of the contiguous portions (i) utilizing at least a portion of the allocated m media servers to carry out the events that are specified in that portion and that are associated with the first destination device, and (ii) utilizing at least a portion of the allocated n media servers to carry out the events that are specified in that portion and that are associated with the second destination device.
2. The method of claim 1 , wherein the first destination device comprises a display driver.
3. The method of claim 2 , wherein an event associated with the first destination device comprises an event where the first destination device executes a digital video effect (DVE).
4. The method of claim 1 , wherein the second destination device comprises a production switcher.
5. The method of claim 4 , wherein an event associated with the second destination device comprises an event where the second destination device executes a digital video effect (DVE).
6. The method of claim 1 , wherein the program schedule is divided by commercial-break markers into contiguous show-block portions.
7. The method of claim 1 , wherein causing the system to utilize at least a portion of the allocated m media servers to carry out the events that are specified in that portion and that are associated with the first destination device comprises causing the system to utilize the allocated m media servers to carry out the events that are specified in that portion and are that associated with the first destination device.
8. The method of claim 1 , wherein causing the system to utilize at least a portion of the allocated n media servers to carry out the events that are specified in that portion and that are associated with the second destination device comprises causing the system to utilize the allocated n media servers to carry out the events that are specified in that portion and are that associated with the second destination device.
9. A non-transitory computer-readable medium having stored thereon program instructions that when executed by a processor cause performance of a set of functions, the set of functions in connection with a system comprising multiple media servers, a router, a first destination device, and a second destination device, wherein an output of each of the media servers is connected to a respective input of the router, a first output of the router is connected to an input of the first destination device, and a second output of the router is connected to an input of the second destination device, the set of functions comprising:
accessing data representing a program schedule that specifies a sequence of events to be carried out using the system, wherein the program schedule is divided into contiguous portions;
for each of the contiguous portions: (i) determining that m media servers are sufficient to execute any events that are of that portion and that are associated with the first destination device, (ii) allocating m media servers to the first destination device, thereby leaving one or more unallocated media servers, and (iii) allocating n media servers, from among the one or more unallocated media servers, to the second destination device; and
for each of the contiguous portions (i) utilizing at least a portion of the allocated m media servers to carry out the events that are specified in that portion and that are associated with the first destination device, and (ii) utilizing at least a portion of the allocated n media servers to carry out the events that are specified in that portion and that are associated with the second destination device.
10. The non-transitory computer-readable medium of claim 9 , wherein the first destination device comprises a display driver.
11. The non-transitory computer-readable medium of claim 10 , wherein an event associated with the first destination device comprises an event where the first destination device executes a digital video effect (DVE).
12. The non-transitory computer-readable medium of claim 9 , wherein the second destination device comprises a production switcher.
13. The non-transitory computer-readable medium of claim 12 , wherein an event associated with the second destination device comprises an event where the second destination device executes a digital video effect (DVE).
14. The non-transitory computer-readable medium of claim 9 , wherein the program schedule is divided by commercial-break markers into contiguous show-block portions.
15. The non-transitory computer-readable medium of claim 9 , wherein causing the system to utilize at least a portion of the allocated m media servers to carry out the events that are specified in that portion and are that associated with the first destination device comprises causing the system to utilize the allocated m media servers to carry out the events that are specified in that portion and are that associated with the first destination device.
16. The non-transitory computer-readable medium of claim 9 , wherein causing the system to utilize at least a portion of the allocated n media servers to carry out the events that are specified in that portion and are that associated with the second destination device comprises causing the system to utilize the allocated n media servers to carry out the events that are specified in that portion and are that associated with the second destination device.
17. A system comprising multiple media servers, a router, a first destination device, a second destination device, and a control system wherein an output of each of the media servers is connected to a respective input of the router, a first output of the router is connected to an input of the first destination device, and a second output of the router is connected to an input of the second destination device, wherein the control system is configured for:
accessing data representing a program schedule that specifies a sequence of events to be carried out using the system, wherein the program schedule is divided into contiguous portions;
for each of the contiguous portions: (i) determining that m media servers are sufficient to execute any events that are of that portion and that are associated with the first destination device, (ii) allocating m media servers to the first destination device, thereby leaving one or more unallocated media servers, and (iii) allocating n media servers, from among the one or more unallocated media servers, to the second destination device; and
for each of the contiguous portions (i) utilizing at least a portion of the allocated m media servers to carry out the events that are specified in that portion and that are associated with the first destination device, and (ii) utilizing at least a portion of the allocated n media servers to carry out the events that are specified in that portion and that are associated with the second destination device.
18. The system of claim 17 , wherein the first destination device comprises a display driver and the second destination device comprises a production switcher.
19. The system of claim 17 , wherein an event associated with the first destination device comprises an event where the first destination device executes a digital video effect (DVE), and wherein an event associated with the second destination device comprises an event where the second destination device executes a DVE.
20. The system of claim 17 , wherein the program schedule is divided by commercial-break markers into contiguous show-block portions.