International Business Machines Corporation

Andrew Liam Massey

Colin David McCall

Robert C Hughes

Richard Ian Knox

William H Tworek

Roger Philip Hoggarth

Sohail Syyed

Neil Lindsay Robertson

Frederic G Surand

A method for providing real time indicator of voice transmission quality in a Voice over Internet Protocol (VoIP) network is disclosed. The method allows to receive, at regular time interval during a call, a digital signature from a source call device. The received signature is compared to a referential signature stored on the destination devices, and in case the received signature falls out of the referential signature, a quality indication message is transmitted back to the source call device.

System and method for providing real time indicator of voice transmission quality

A method and system for automatically resolving a voice transmission problem in real time in a communication system. Service oriented architecture (SOA)-based reporter services report voice transmission characteristic measurements. An enterprise service bus aggregates the measurements into a combination of measurements. An analyzer that is a SOA service provider determines that the combination of measurements indicates a voice transmission problem. The voice transmission problem determination includes identifying a match between the combination of measurements and a pattern of predefined conditions stored in a database. The database associates the pattern with one or more corrective actions. Using the database, the analyzer identifies the one or more corrective actions that are associated with the pattern of predefined conditions. SOA-based fixer services execute the corrective action(s) to resolve the voice transmission problem. As new voice transmission problems become known, the system expands to add reporting services and fixer services.

Self-optimization and self-healing of voice quality problems utilizing service oriented architecture

Objects can be tracked within a building using a radio device associated with each object to be tracked and an array of transmitting beacons. Each of the beacons transmits identification data. The received identification data from the object to be tracked is sent to a server which determines the location of the object. The identification data may be sent from the object to the server using a data communications network such as a local area network. The beacons may have a variable power output allowing the receipt or non-receipt of the signal from the beacon to be used to assist in locating the object. The beacons may be associated with an existing wireless communication mechanism, such as Bluetooth.

Electronic physical asset tracking

Methods of booting a client data processing system attached to a control data processing system in a data processing network. At power-on or re-boot of a client system, an initial program load request is issued from the client system onto the network and responsive to the receipt of the initial program load request at the control system, bootstrap code is transferred to the client to cause the client to boot from operating system code stored on a mass storage device of the client; alternatively, bootstrap code is transferred to the client system to cause the client to boot from operating system stored on a mass storage device of the client, or bootstrap code is transferred to cause the client system to boot from the control system.

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Ayrshire, United Kingdom

Andrew Liam Massey