摘要:
A method and apparatus are provided for obtaining throttle settings of a system, such as a chipset. A first bandwidth may be applied to a first area (or interface) of the system and a temperature of the first area may be sensed using a thermal sensor. The bandwidth passing through this first area may be increased or decreased based on the sensed temperature to obtain an ideal or optimized setting.
摘要:
Disclosed are a method and a computer program product for providing required software to at least one computing apparatus in a distributed computer network. The at least one computing apparatus is communicably coupled to at least one interfacing node of the distributed computer network. The method for providing the required software includes initiating a connection between the at least one interfacing node and a remote web server communicably coupled to the at least one interfacing node. The method further includes providing an address identifier data of the at least one computing apparatus to the at least one interfacing node. Furthermore, the method includes establishing a communication channel between the remote web server and the at least one computing apparatus through the at least one interfacing node. Moreover, the method includes receiving the required software at the at least one computing apparatus by utilizing the communication channel.
摘要:
The present invention provides a method for managing requests for service over a communications network. The method of the invention comprises the steps of: receiving a request for service from a customer terminal at a queue server via the communications network; allocating a queue identifier to the request for service; sending the queue identifier to the customer terminal; receiving the queue identifier from the customer terminal at the queue server as part of a subsequent request for service; performing a comparison between the queue identifier and queue status information; and forwarding the request for service to the service host in accordance with the result of the comparison. Preferably, if sufficient resources are available, the request for service is forwarded directly to the service host without entering a queue. If there are insufficient resources, the request for service is held in an automatically managed queue and the risk of catastrophic failure is eliminated.