摘要:
A method and system for operating a multitenancy telephony system including a call queue that stores call requests received from a plurality of users; an expandable and contractible telephony resource cluster that establishes call sessions for call requests; a analysis system that calculates capacity requirements of the system; a resource allocator that manages the scaling and operation of the telephony resource cluster; and a plurality of telephony network channels that are used as telephony communication channels for call sessions.
摘要:
The present invention relates to a call protecting method for the coloring ring back tones in an intelligent network, wherein said intelligent network includes an intelligent network service control point (SCP), a service switch point (SSP) and an intelligent peripheral (IP). The method includes the following steps: an IP-state detecting module is added to the IP for detecting whether the IP is available; the IP-state detecting module sends a state-query request to the IP for checking whether the IP is available; if the IP returns a result of availability, the SCP will direct the SSP to connect the call to the IP; if IP returns a result of unavailability, or returns no IP-state detecting result on time, then the SCP will direct the SSP to connect to the called directly rather than to the IP. In the invention, the call-releasing phenomenon due to the IP state is avoided, the call completing ratio of the coloring ring back tone system is increased, and thus the problem that the subscriber can not receive the call due to the use of the coloring ring back tone is mitigated.
摘要:
A Call Server in a network is able to monitor an offered rate of incoming calls per Access Gateway (AGW). A calculated GlobalLeakRate can be distributed between the AGWs in proportion to the traffic rate they offer. A leak rate calculation method is used to calculate the GlobalLeakRate control parameter of the ETSI_NR restrictor at an overloaded Control Server. The leak rate calculation is based on the POTS call rejection rate. In one particular embodiment of the present invention, the calculation is based on bringing the call reject rate close to a configurable low target reject level. An MGC is able to identify the end of an overload event with a greater degree of confidence and an AGW is able respond appropriately if the AGW is prematurely instructed to stop the control.
摘要:
The invention relates to a method for recognising overload in a switching system (VS) with a platform system (PS), which allows multistation and multiprogramme operation. In said method, an application (AW1) running on the switching system (VS) is registered (1, 2) with a central monitoring unit (UW). The central monitoring unit (UW) continuously measures (3) and evaluates (4) in an application-specific manner system parameters such as processor usage, memory requirements and load on the connections. If a defined threshold value is exceeded by the measured system parameters, the registered application (AW1) is informed (5) of the situation by the central monitoring unit (UW) and overload protection measures are introduced (6) by the registered application (AW1). The main concept of the solutions proposed by the invention is that of a central monitoring unit (UW), which is familiar with all relevant applications (AW1, AW2, AW3, AW4) and which easily recognises an overload situation with relatively little outlay and no significant loss in performance.
摘要:
A call processing system is disclosed wherein plural platforms (208-212) are populated with plural voice boards (301-305). Each board (301-305) on the different platforms (208-212) is populated with different resources, and resources may be allocated from any board and any platform to process calls. In a preferred implementation, a priority system is established so that co-located resources are preferred.
摘要:
A computerized telephony call center (121) for serving a customer base has a central switch (123) connected to a plurality of telephones (136, 138) at operator workstations (131, 132) and adapted to route the calls to individual ones of the telephones, and also connected to a public switched telephone network (100), and a first processor (223) connected to the central switch (123) by a high-speed data link (212) and to the telephone network by a digital network connection. The first processor (223) is adapted to monitor transactional activity of the central switch (123), to process the activity information according to selected routines in the processor, and to communicate processed information to a second processor (224) over the digital network connection. The digital connections may be a TCP/IP connection. In a preferred embodiment, the first processor is connected by a LAN (301) to network interfaces including a video display unit and input apparatus proximate individual ones of the plurality of telephones connected to the central switch.
摘要:
An Internet Protocol Network Telephony call-routing system is disclosed comprising a routing-processor (223) adapted for receiving and forwarding calls and a router (342) associated with the routing processor (223) and having different selectable routing protocols associated with different levels of system condition or performance. A system monitor (352) determines system condition and performance, including system degradation and cause of degradation. The router (342) selects a routing protocol based on a change in system condition or performance to a new level, according to the appropriate protocols associated with the new level of system condition or performance, and on a basis of relative insusceptibility to the causes of system degradation.
摘要:
An Internet Protocol Network Telephony call-routing system is disclosed comprising a routing-processor (223) adapted for receiving and forwarding calls and a router (342) associated with the routing processor (223) and having different selectable routing protocols associated with different levels of system condition or performance. A system monitor (352) determines system condition and performance, including system degradation and cause of degradation. The router (342) selects a routing protocol based on a change in system condition or performance to a new level, according to the appropriate protocols associated with the new level of system condition or performance, and on a basis of relative insusceptibility to the causes of system degradation.