Abstract: A system for providing control of redundant components is presented. The system includes two resource modules. The resource module is connected to a data bus, but only the active resource module has control of the data bus. Two call processor systems are connected to the resource modules, and the active call processor is connected to the active resource module. A call processor connection client operating on the resource module transmits a connection request message to the call processor systems. A call processor connection server operating on the call processor system can receive the connection request message and assign the resource module active status.

Abstract: In a switching platform of a telecommunications system, fault testing is automatically performed during operation of the switching platform to identify components to be tested, perform testing and if a fail condition occures, perform localization to isolate a source of the fail condition. In another mode of testing, an off-line component is identified and the test procedure automatically performs testing and if a fail condition occurs, a localization procedure is automatically initiated to identify a source of the fail condition. A configuration database containing status information on components of the switching platform can be periodically searched by the fault test procedure to identify components to be tested. The configuration database can also be searched to identify replacement components in response to an alarm identifying a faulty component generated by the fault test procedure.

Abstract: In one aspect of the present invention, a merged operations and maintenance center (200) is provided that performs radio and switch operations and maintenance functions for a telecommunications system such as an integrated wireless telecommunications system (14). The merged operations and maintenance center (200) may be in communication with a call processor (40) and includes a plurality of servers and a graphical user interface. The plurality of servers may include a configuration management server (72) for performing configuration management, a fault management server (74) for performing fault management, and an accounting management server (78) for performing accounting management. The graphical user interface may be implemented using any available interface.