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Dynamic control processes and systems for asynchronous transfer mode networks

  • US 5,953,338 A
  • Filed: 12/13/1996
  • Issued: 09/14/1999
  • Est. Priority Date: 12/13/1996
  • Status: Expired due to Term
First Claim
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1. A system, comprising:

  • (a) a plurality of interconnected asynchronous transfer mode switches that are interconnected with one another via at least one physical interface to form a network, said network used to transfer various types of information, each interconnected asynchronous transfer mode switch of said plurality of interconnected asynchronous transfer mode switches having a connection admission control module to determine whether a virtual connection can be connected through that particular interconnected asynchronous transfer mode switch of said plurality of interconnected asynchronous transfer mode switches, said virtual connection connecting one interconnected asynchronous transfer mode switch of said plurality of interconnected asynchronous transfer mode switches to at least one other interconnected asynchronous transfer mode switch of said plurality of interconnected asynchronous transfer mode switches via a link of said at least one physical interface; and

    (b) a system control module connected to at least one interconnected asynchronous transfer mode switch of said plurality of interconnected asynchronous transfer mode switches, said system control module determines whether said virtual connection can be created in said network, wherein said system control module on an on-going basis determines whether said network is in an overload condition and said system control module also checks said overload condition and determines whether said virtual connection can be set up for said network and further wherein said virtual connection is comprised of at least one virtual path group and each virtual path group of said at least one virtual path group is comprised of at least one virtual path and further wherein each virtual path group has a first utilization level and each virtual path has a second utilization level and said system control module checks said second utilization level of each virtual path in one virtual path group and then said first utilization level of said virtual path group to establish said overload condition.

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