Network controller billing system and method of operation

• US 5,065,393 A
• Filed: 04/10/1990
• Issued: 11/12/1991
• Est. Priority Date: 04/10/1990
• Status: Expired due to Term

• Current Assignee: Alcatel-Lucent USA, Inc. (Nokia Corporation)
• Original Assignee: DSC Communications Corp. (Nokia Corporation)
• Inventors: Stackpole, Dowell, Sibbitt, Marcille
• Primary Examiner(s): Olms, Douglas W.
• Assistant Examiner(s): HSU, ALPUS
• Application Number:
  US07/507,363
• Time in Patent Office: 581 Days
• Field of Search: 370/53, 370/58.1, 370/58.2, 370/58.3, 370/60, 370/60.1, 370/62, 370/66, 370/67, 370/68.1, 370/77, 370/79, 370/85.1, 370/110.1, 370/118, 370/54, 379/1, 379/9, 379/10, 379/12, 379/13, 379/14, 379/15, 379/16, 379/17, 379/53, 379/54, 379/92, 379/93, 379/94, 379/96, 379/112, 379/114, 379/120, 379/133, 379/202, 379/242, 379/243, 379/258 , 379/268, 379/269, 340/825.03, 340/826, 340/825.06, 340/825.15, 358/84, 358/85
• US Class Current: 370/360
• CPC Class Codes: H04Q 3/0016 Arrangements providing connection between exchanges

Abstract

There is disclosed a system and method for controlling the cross connect field of a multi-locational switched network from a single location under control of instructions from the end users. The different crossconnect fields of the entire switched network are controlled in response to instructions received by the controller from each end user. The instructions specify the period of time when the end user desires to establish certain connections through the network and also specify the band-width required during that period of time. The controller preassigns certain channels of the internetwork links and at the designated time period the connections are established. The system is designed to provide cost accounting and auditing information pertaining to the reserved time for each end user on a link by link basis as well as for the time during which the links were actually used for communication.

Claims

1. A controller for controlling connections through two or more cross-connect networks, with at least one of said networks serving a plurality of different customers, each customer having one or more lines associated therewith and connected to said one network, said one network having a plurality of links for interconnecting said cross-connect network with another cross-connect network, said cross-connect networks each operable for establishing connections under control of said controller, for periods of time, from selected lines associated with selected ones of said customers to certain of said inter-network links;

said controller comprising;

means for receiving instructions from any of said customers;

means for monitoring the scheduled use of said inter-network links;

means controlled jointly by received instructions from one of said customers and by said monitoring means for reserving certain of said inter-work links for selected lines of said one customer for fixed determined periods of time;

means controlled by said reserving means for establishing through said cross-connect network connections from said one customer'"'"'s selected lines to said reserved links at said designated period of time; and

means for proving data pertaining to the length of time that any of said inter-network links are reserved by any particular customer.

2. The controller set forth in claim 1 further comprising:

means controlled by said reserving means for removing said established network connections to said reserved links upon receipt of a received instruction from said one customer; and

means for indicating said removed established connection in said provided data.

3. The controller set forth in claim 2 wherein some of said links of said network are dedicated to certain of said customers and wherein certain of said links are pooled between said customers and wherein said reserved links are within said pool.

4. The controller set forth in claim 3 further comprising:

means for associating each of said customers with certain network link capacity; and

wherein said reserving means includes;

means for checking said associating means to determine the validity of any customer instruction.

5. The controller set forth in claim 1 wherein said reserving means includes:

means enabled by a received instruction from a customer pertaining to a desired inter-network connection at a future period of time for identifying a proposed series of inter-network links which will be available during said period of time and which have not been reserved for use by any other customer; and

means for storing said identified links until said designated period of time.

6. The controller set forth in claim 5 wherein said providing means includes:

means for reflecting the cost of each of said identified links in said provided data.

7. The controller set forth in claim 6 wherein said establishing means includes:

means operative at said designated reserved period of time for obtaining said stored identified links; and

means for verifying the availability of said stored identified links.

8. The controller set forth in claim 7 wherein said establishing means further includes:

means operative upon a determination of non-availability of any of said links for establishing a new set of links for connection at said designated period of time.

9. The controller set forth in claim 8 wherein said determining means is operative at a period of time just prior to said designated period of time.

10. The controller set forth in claim 1 wherein said establishing means includes:

means for periodically checking to see if any internetwork connections are reserved for establishment during a next block of time;

means for initiating said link establishment for any reserved links prior to the actual reserved time; and

wherein said data providing means also provides data pertaining to the time of said actual link establishment said data including a starting time corresponding to the reserved period of time without regard to any early link establishment.

11. A network controller for use in a switched network having a plurality of nodes, each node having at least one remotely programmable cross-connect field, said nodes having communication links between them and at least some of said nodes having end user facilities connected to them, each said link containing one or more channels and wherein said end users can communicate over said links to and from a plurality of communication facilities connected to various ones of said nodes, and wherein each said cross-connect field is programmable to establish communication paths from selected facilities to selected channels of said links and from selected end users to selected channels of said links, said network controller comprising:

means for receiving instructions from said end users pertaining to facilities or other end users at certain of said nodes which are desired to be in a communicating relationship therewith during certain defined time periods, said instructions including the desired bandwidth capacity of each of said relationships;

means for preassigning channels of said links between the proper nodes for each said end user instruction on a first instruction received first preassigned basis, all for connection at said certain end users'"'"' defined period of time; and

means for providing cost accounting data pertaining to said preassigned channels, said data including the time of the preassignment and said end users'"'"' defined period of time.

12. The controller set forth in claim 11 further comprising:

means operative at each said defined period of time for establishing said preassigned desired communication relationships for each said end user using said preassigned channels.

13. The controller set forth in claim 12 further comprising:

means at each said defined period of time for ascertaining the continued availability or unavailability of said preassigned channels; and

means for changing said preassigned channels under control of said continued validity ascertaining means.

14. The controller set forth in claim 13 further comprising:

modifying means operative prior to said predetermined period of time with respect to any said end user for changing said preassigned channels; and

wherein said providing means for modifying said cost accounting data in accordance with said changed preassigned channels.

15. The controller set forth in claim 14 wherein said modifying means is operative in response to further instructions from said end user.

16. The controller set forth in claim 15 wherein said modifying means is further operative in response to said unavailability with respect to one or more of said preassigned channels.

17. The controller set forth in claim 14 wherein said preassigning means includes:

means for packing said channels of said links in an efficiently packed manner to utilize the full bandwidth capacity of each of said links, wherein the bandwidth of each said end user instructions utilizes contiguous channels of the same link.

18. The controller set forth in claim 11 further comprising:

means controlled by said reserving means for removing said established network connections to said reserved links at the expiration of said reserved period of time.

19. The controller set forth in claim 18 wherein said preassigning means includes:

means enabled by a received instruction from an end user pertaining to a desired inter-network connection at a future period of time for identifying a proposed series of inter-network links and channels thereof which will be available during said period of time and which have not been reserved for use by any other end user;

means for storing said identified channels of said identified links until said designated period of time; and

wherein said providing means includes means for including said identified series of links in said accounting information.

20. The controller set forth in claim 19 wherein said identifying means includes:

means for determining which link routing will be the most cost effective for said end user at said designated period of time.

21. A switched network having a plurality of nodes, each node having at least one remotely programmable cross-connect field, said nodes having communication links between them and at least some of said nodes having end user facilities connected to them, each said link containing one or more channels and wherein said end users can communicate over said links to and from a plurality of communication facilities connected to various ones of said nodes, and wherein each said cross connect field is programmable to establish communication paths from selected facilities to selected channels of said links and from selected end users to selected channels of said links, said network comprising:

means for receiving instructions from said end users pertaining to facilities or other end users at certain of said nodes which are desired to be in a communicating relationship therewith during certain defined time periods, said instructions including the desired bandwidth capacity of each of said relationships;

means for preassigning channels of said links between the proper nodes for each said end user instruction on a first instruction received first preassigned basis, all for connection at said certain end user defined period of time; and

means for providing cost accounting data on an individual end user basis for each said preassigned channel.

22. The network set forth in claim 21 further comprising:

means operative at each said defined period of time for establishing said preassigned desired communication relationships for each said end user using said preassigned channels; and

wherein said providing means includes means for providing data pertaining to said established desired communication relationships.

23. The network set forth in claim 22 further comprising:

means at each said defined period of time for ascertaining the continued validity of said preassigned channels; and

modifying means for changing said preassigned channels under control of said continued validity ascertaining means.

24. The network set forth in claim 23 further comprising:

means operative prior to said predetermined period of time with respect to any said end user for changing said preassigned channels; and

means operative in response to said modifying means for modifying said provided cost accounting information in accordance with said changed preassigned channels.

25. The network set forth in claim 24 wherein said modifying means is operative in response to further instructions from said end user.

26. The network set forth in claim 25 wherein said modifying means is further operative in response to ascertained problems with respect to one or more of said preassigned channels.

27. A method of billing for communication connections through a switched inter-nodal network, where the nodes have thereat a cross connect network for connecting end users to the inter-nodal communication links, said method comprising the steps of:

receiving instructions from each user of the network as to a desired communication bandwidth, desired destination points, and desired time period for the establishment of a communication connection through said switched network with respect to said end user;

storing the prospective information concerning which actual path will be established during said time period for said end user; and

providing billing information for each end user cross connection on a connection by connection basis, said billing information including the time of the received instruction, the time of the actual availability of the connection through the network and the time of the disconnect of the cross connection.

28. The method set forth in claim 27 wherein said network includes a central administrator and wherein said method further includes the step of:

providing said billing information upon demand of any end user.

29. The method set forth in claim 27 wherein said network includes a central administrator and wherein said method further includes the step of:

providing said billing information upon demand of said network administrator.

30. A method of providing cost accounting in a controller for controlling connections through two or more cross-connect networks, with at least one of said networks serving a plurality of different customers, each customer having one or more lines associated therewith and connected to said one network, said one network having a plurality of links for interconnecting said cross-connect network with another cross-connect network, said cross-connect networks each operable for establishing connections under control of said controller, for periods of time, from selected lines associated with selected ones of said customers to certain of said inter-network links, the method comprising the steps of:

receiving instructions from any of said customers;

monitoring the scheduled use of said inter-network links;

reserving certain of said inter-network links for selected lines of said one customer for fixed determined periods of time, said reserving step controlled jointly by received instructions from one of said customers and by said monitoring step;

establishing through said cross-connect network connections from said one customer'"'"'s selected lines to said reserved links at said designated period of time, said establishing step controlled by said reserving step; and

providing said cost account data pertaining to the length of time that any of said inter-network links are reserved by any particular customer.

31. The method set forth in claim 30 further including the steps of:

removing said established network connections to said reserved links upon receipt of a received instruction from said one customer; and

indicating said removed established connection in said provided data.

32. The method set forth in claim 30 wherein said reserving step includes the steps of:

identifying a proposed series of inter-network links which will be available during a period of time defined by a customer and which have not been reserved for use by any other customer;

storing said identified links until said designated period of time; and

indicating the cost of each of said identified links in said provided data.