International Business Machines Corporation

Bradley Matthew Gorman

Luke Rowan McKenna

Peter Gareth Woodward

Robert C K Cheung

Stephen James Hobson

Mohammad Zanjani

Andrew Wilkins

Cody S Gough

John B Gallagher

A system and method for monitoring an application is disclosed. The application is monitored using a monitoring tool that is decoupled from the corresponding testing tool. When the monitoring tool desires a test to be run it communicates with the testing tool through a scheduler to cause the testing tool to initiate the desire test on the application and report the results of the test back to the monitoring tool.

Application monitoring with a decoupled monitoring tool

In an approach for adapting traffic signal timing, a computer receives a streaming video for one or more paths of a first intersection. The computer identifies traffic within the received streaming video. The computer calculates traffic flow for the one or more paths of the first intersection based on the identified traffic. The computer determines whether a change in a state of a traffic signal for the first intersection should occur based at least in part on the identified traffic and the determined traffic flow with respect to predefined objectives. Responsive to determining the change in the state of the traffic signal for the first intersection should occur, the computer calculates a change to a traffic signal timing based on the determined change in the state of the traffic signal. The computer initiates an adaptation to the traffic signal timing based on the determined change to the traffic signal timing.

Cognitive traffic signal control

Service providers strive to maintain networks with high levels of availability and performance. To maintain the networks, the service providers measure performance and perform network diagnostics. Measuring performance and performing network diagnostics typically involves manual verification of functionality or performing individual tests between user agents. Service providers who maintain networks and service providers who use networks can dynamically run tests with operations of a signaling protocol (e.g., session initiation protocol) to diagnose network problems and determine appropriate responses. An agent manager can coordinate the dynamic tests across multiple user agents to gather more information to increase problem diagnosis accuracy.

Dynamic testing of networks

A computer implemented method, apparatus, and computer usable program code for the distributed monitoring of a SOAP service is provided. A test configuration file specifying a test input is distributed from a central reporting location to at least one remote data processing system that has access to a SOAP service to be tested. The test configuration file is created without accessing the SOAP service to be tested. Furthermore, the user that created the test configuration file is not allowed access to the SOAP service to be tested.

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Clarkson, Australia

Bradley Matthew Gorman