Reservation method and system for asynchronous transfer mode communications

Claim 2

An ATM call processing system comprising: a connection manager for issuing ATM routing instructions to switch controllers; and a quality-of-service mapper operatively coupled to the connection manager for mapping between specifications for different communications service modes; wherein the connection manager and the quality-of-service mapper are disposed in a shared address space.

Claim 3

The ATM call processing system according to claim 1, wherein one of the specifications comprises user frame specifications and another of the specifications comprises ATM cell specifications.

Claim 4

An ATM call processing method comprising obtaining a connection request; referring to a cache of prior network states; and determining whether one of the prior network states can be used in satisfying the request and, if so, using that network state in satisfying the request.

Claim 5

An ATM call processing method comprising obtaining a connection request; referring to a cache of prior network states; and determining whether one of the prior network states can be used in satisfying the request and, if so, using that network state in satisfying the request.

Claim 6

The ATM call processing method according to claim 3, wherein the cache comprises prior routes requested.

Claim 7

The ATM call processing method according to claim 3, wherein the cache comprises names.

Claim 8

The ATM call processing method according to claim 5, wherein the names are output VCI/VPIs.

Claim 9

The ATM call processing method according to claim 5, wherein the names are input VCI/VPIs.

Claim 10

The ATM call processing method according to claim 5, wherein the names are VCI/VPIs, and further comprising competitive bidding in reserving a number of VCI/VPI pairs per port per switch.

Claim 11

The ATM call processing method according to claim 5, wherein the names are VCI/VPIs, and further comprising distributed optimization processing in reserving a number of VCI/VPI pairs per port per switch.

Claim 12

The ATM call processing method according to claim 3, wherein the cache comprises bandwidth and/or buffer information.

Claim 13

The ATM call processing method according to claim 10, further comprising competitive bidding in bandwidth and/or buffer allocation.

Claim 14

The ATM call processing method according to claim 10, further comprising distributed optimization processing in bandwidth and/or buffer allocation.

Claim 15

The ATM call processing method according to claim 3, wherein the cache comprises connection states.

Claim 16

An ATM call processing system comprising an input for connection requests; a cache for prior network states; and a processor instructed for determining whether one of the prior network states can be used in satisfying a current one of the connection requests and, if so, using that network state in satisfying the current request.

Claim 17

An ATM call processing system comprising an input for connection requests; a cache for prior network states; and a processor instructed for determining whether one of the prior network states can be used in satisfying a current one of the connection requests and, if so, using that network state in satisfying the current request.

Claim 18

An ATM processing method comprising: obtaining connection requests; caching, from the connection requests, a plurality of connection requests whose processing requires invocation of a common network object; and invoking the common network object for the plurality of connection requests.

Claim 19

An ATM processing method comprising: obtaining connection requests; caching, from the connection requests, a plurality of connection requests whose processing requires invocation of a common network object; and invoking the common network object for the plurality of connection requests.

Claim 20

An ATM processing system comprising: an input for connection requests; a selector for selecting from the connection requests a plurality of connection requests whose processing requires invocation of a common network object; a cache for the selected connection requests; and a processor instructed for processing the cached connection requests.

Claim 21

An ATM processing system comprising: an input for connection requests; a selector for selecting from the connection requests a plurality of connection requests whose processing requires invocation of a common network object; a cache for the selected connection requests; and a processor instructed for processing the cached connection requests.

Claim 22

An ATM call processing system comprising: a connection manager state machine; a message aggregation module operatively coupled to the connection manager state machine for aggregating messages from the connection manager state machine, and operatively coupled to at least one node server module which is operatively coupled to the connection manager state machine; a route cache module operatively coupled to the connection manager for receiving route information from the connection manager state machine, and operatively coupled to a route database object which is operatively coupled to the connection manager state machine; a name cache module operatively coupled to the message aggregation module for receiving VCI/VPI information from the message aggregation module, and operatively coupled to the connection manager state machine; and a bandwidth cache module operatively coupled to the connection manager state machine for bidirectional communication.

Claim 23

An ATM call processing system comprising: a connection manager state machine; a message aggregation module operatively coupled to the connection manager state machine for aggregating messages from the connection manager state machine, and operatively coupled to at least one node server module which is operatively coupled to the connection manager state machine; a route cache module operatively coupled to the connection manager for receiving route information from the connection manager state machine, and operatively coupled to a route database object which is operatively coupled to the connection manager state machine; a name cache module operatively coupled to the message aggregation module for receiving VCI/VPI information from the message aggregation module, and operatively coupled to the connection manager state machine; and a bandwidth cache module operatively coupled to the connection manager state machine for bidirectional communication.