Network Control Time Spans

• US 20080095052A1
• Filed: 07/25/2007
• Published: 04/24/2008
• Est. Priority Date: 07/27/2006
• Status: Abandoned Application

• Current Assignee: Broadsign International Incorporated (The JedFam Group LLC)
• Original Assignee: Broadsign International Incorporated (The JedFam Group LLC)
• Inventors: Julien, Patrick, Mongeau, Bryan, Parisien, Daniel
• Application Number:
  US11/828,225
• Publication Number:
  US 20080095052A1
• Time in Patent Office: Days
• US Class Current: 370/230
• CPC Class Codes: H04L 67/62 Establishing a time schedule for servicing the requests

Abstract

A system and method for efficiently utilizing network bandwidth in a network having multiple components that need to transfer a number of different datasets. The invention provides that distinct data transfer service agents be deployed to manage different kinds of data, and that each service has a separate network control schedule that can be independently controlled from the other services, resulting in a an easily configurable system where large content transfers can easily be restricted to non peak hours and smaller control and reporting data transfers can still be permitted during some or all peak times. In a digital signage network, this invention allows large data transfers of advertising content to be restricted to non peak hours, but advertising control and reporting can occur more frequently, and can easily be specified and modified to maximize efficiency of network resources. The invention further recognizes that common schedule arrangements are either to allow data transfers at all times or to restrict transfers to a particular time, and teaches a scheme, where if a whitelist of times is present, it restricts data transfers to listed times, but if the whitelist is not present for an entire day, data transfer are allowed rather than disallowed for that day.

Claims

1. A system for efficiently utilizing network bandwidth in a wide area networking environment comprising:

a network control schedule, the network control schedule further includes a whitelist, the whitelist further includes a plurality of times wherein network downloads are allowed,

a plurality of network data transfer services, wherein each network data transfer service can be independently configured to either disregard the network control schedule and perform downloads at any time, or honor the network control schedule and download only during times specified by the whitelist.

a network component status monitor, wherein a status indicating voluntary inactivity is reported when status is sought for a service during a time period when the service has voluntarily suspended data transfers in compliance with said network control schedule.

2. The system of claim 1, wherein, if, for a given day, said whitelist contains no times for said given day, downloads for said given day are allowed the entire said given day.

3. The system of claim 2, wherein one of the network data transfer services is one of the following services:

a content download manager, a report data exchange manager, a control data exchange manager, a data feed synchronizer.

4. A system for efficiently utilizing network bandwidth in a wide area networking environment comprising:

a network control schedule, the network control schedule further includes a whitelist, the whitelist further includes a plurality of times wherein network downloads are allowed,

a digital signage system having a plurality of digital media servers, each server capable of storing signage data,

a plurality of network data transfer services, wherein each network data transfer service can be independently configured to either disregard the network control schedule and perform data transfers at any time, or honor the network control schedule and perform data transfers only during times specified by the whitelist.

wherein downloads and uploads between a first digital media server and a second digital media server on the wide area network are managed by at least one network data transfer service.

5. The system of claim 4, wherein, if, for a given day, said whitelist contains no times for said given day, downloads for said given day are allowed the entire said given day.

6. The system of claim 5, wherein one of the network data transfer services is one of the following services:

a content download manager, a report data exchange manager, a control data exchange manager, a data feed synchronizer.

7. A method for efficiently utilizing network bandwidth in a wide area networking environment comprising the steps of:

associating a network control schedule with the wide area networking environment, the network control schedule further includes a whitelist, the whitelist further includes a plurality of times wherein network downloads are allowed,

associating a plurality of network data transfer services, wherein each network data transfer service can be independently configured to either disregard the network control schedule and perform downloads at any time, or honor the network control schedule and download only during times specified by the whitelist with the wide area networking environment.

associating a network component status monitor, wherein a status indicating voluntary inactivity is reported when status is sought for a service during a time period when the service has voluntarily suspended data transfers in compliance with said network control schedule with the wide area networking environment.

8. The method of claim 7, wherein, if, for a given day, said whitelist contains no times for said given day, downloads for said given day are allowed the entire said given day.

9. The method of claim 8, wherein one of the network data transfer services is one of the following services:

a content download manager, a report data exchange manager, a control data exchange manager, a data feed synchronizer.

10. A method for efficiently utilizing network bandwidth in a wide area networking environment comprising the steps of:

associating a network control schedule with the wide area networking environment, the network control schedule further includes a whitelist, the whitelist further includes a plurality of times wherein network downloads are allowed,

associating a digital signage system having a plurality of digital media servers, each server capable of storing signage data with the wide area networking environment,

associating a plurality of network data transfer services, wherein each network data transfer service can be independently configured to either disregard the network control schedule and perform data transfers at any time, or honor the network control schedule and perform data transfers only during times specified by the whitelist with the wide area networking environment.

wherein downloads and uploads between a first digital media server and a second digital media server on the wide area network are managed by at least one network data transfer service.

11. The method of claim 10, wherein, if, for a given day, said whitelist contains no times for said given day, downloads for said given day are allowed the entire said given day.

12. The method of claim 11, wherein one of the network data transfer services is one of the following services:

a content download manager, a report data exchange manager, a control data exchange manager, a data feed synchronizer.