Cisco Technology, Inc.

Anton Okmianski

Mickael Graham

Joshua B Littlefield

Allen Huotari

Timothy Webb

Mickael James Graham

David Bainbridge

Adam Laurence Taylor

Gregory Faison Morris

Greg Morris

Gregory F Morris

In one embodiment, a method for compression is disclosed, including receiving source data, creating at least one template based upon common data, and creating a compressed record including a reference to the at least one template and a template delta that represents a difference between the at least one template and source data.

Record compression using incremental reverse templating

A proxy server according to an embodiment includes a memory and a communication unit. The memory is configured to store and retrieve a client device identifier and an associated client device transport address, while the communication unit is configured to send and receive messages. The communication unit is configured to receive an identification message according to a first protocol from a client device through at least one intermediate network address translator (NAT). The identification message includes the client device identifier and conveys the client device transport address. The communication unit is configured to receive a request message from an admin device including the client device identifier. The proxy server is configured to retrieve the associated client device transport address and instruct the client device to open a connection with the proxy server according to a second protocol that is different from the first protocol.

Systems and methods for remote access of network devices having private addresses

Techniques for configuring a customer premises equipment connected to a network of a network service provider include receiving configuration information at a distributed component on the network from a central unit on the network. The distributed component also receives from the customer premises equipment a request for values of configuration parameters that determine network properties for the customer premises equipment. The distributed component generates a set of values for the configuration parameters based on the request and the configuration information received from the central unit. The set of values are sent from the distributed component to the customer premises equipment. A system using these techniques is scalable with increasing numbers of customer premises equipments simultaneously requesting values for configuration parameters and is robust in face of equipment failure at a distributed component or at the central unit or both.

Method and apparatus for dynamically configuring customer premises network equipment

An Internet service device includes data and instructions to generate a user interface to subscribe to an Internet service, and to automatically discover one or more service provider services. The internet service device may receive information indicative of a selected service provider from a user device, and may automatically discover a location of a subscription service and a configuration service for the selected service provider. Automatic discovery of one or more services may be performed using DNS SRV. Device can be automatically identified to service subscription and configuration servers to enable association of subscriber with a device.

Method of device service activation using a discovery mechanism

In accordance with an embodiment of the present invention, a customer premises equipment (CPE) apparatus includes a first communications unit, a second communications unit, and a processing unit. The first communications unit is configured to receive an inbound message packet from a first communications channel. The inbound packet includes a destination address. The second communications unit is configured to send an outbound message packet on a second communications channel. The processing unit is configured to generate the outbound packet from the inbound packet where the outbound packet is modified to include a CPE device identifier if the destination address matches a predetermined registration server address. In one embodiment, this enables automatic CPE identification during subscriber registration process.

Method of identifying a home gateway using network traffic sniffing and apparatus employing the same

A technique for synchronizing data caches. Data is maintained in the data caches as records. The records are associated with buckets which represent collections of one or more records. The buckets are collectively maintained in a synchronization set which represents a state of a data cache. A local entity synchronizes its data cache with a remote entity by sending its synchronization set to the remote entity in a synchronization request message. The remote entity compares information contained in the local entity's synchronization set with its own to determine if the two are consistent. If not, the remote entity notes inconsistencies in a response message that is then forwarded to the local entity. The local entity processes the response message including using it to update its data cache to be consistent with the remote entity's data cache.

Technique for data cache synchronization

In a transaction system, a dynamic batching process enables efficient flushing of data in a data buffer to a stable storage device. The transaction system uses constant values and dynamic values and a system performance history to adjust the rate of flushing data and also to adjust the amount of data flushed in each flush operation. The transaction system is able to respond to both spikes in rate of received transactions as well as more gradual changes in the rate of received transactions and to automatically adapt to stable storage device performance variations.

Method and apparatus for self-tuning transaction batching

A method and a system are provided for efficiently executing computer programs that require invocation of an interpreter. A name of a program to be interpreted or executed is received, with zero or more arguments, at an interface client element. The interface client element may be implemented as a compact software element that is invoked using a command-line command. The interface client passes the program name and arguments to a server process that includes an interpreter. The server process provides the name and arguments to the interpreter. Interpretation results are received and passed back to the interface client. Efficient start-up is achieved for small, interpreted application programs for which start-up overhead exceeds the resources required to execute the programs. Embodiments are applicable to JAVA and to any computer programming language that can be used to write the server process, and that can dynamically instantiate and execute program code.

Growing community of inventors

Lincoln, MA, United States of America

Anton Okmianski