Abstract:
A contact center control loop system including a traffic generator module configured to produce simulated contact center traffic patterns, an aggregated historical data module configured to store and provide historical contact center data, and a contact center emulator configured to receive, as input, data representing the operational status of the contact center, the simulated traffic patterns from the traffic generator, and the historical data from the aggregated historical data module and to generate forecasts of contact center behavior based on such input.
Abstract:
System and method to select a contact handling mode in a contact center, the method including: receiving, by a communication interface, a contact from a customer; calculating, by a processor of the contact center, an expected wait time by the customer based upon historical contact information stored in a memory of the contact center; calculating an expected cost of queueing the customer for the expected wait time; and selecting the contact handling mode based upon the expected cost of queueing the customer.
Abstract:
A self-configuring dynamic contact center including a plurality of resources, each resource associated with a set of attributes, a plurality of dynamic switches connected to the resources, a dynamic controller connected to the dynamic switches and configured to control the operation of the dynamic switches, and a routing engine connected to the dynamic controller. The routing engine is configured to utilize the dynamic controller and dynamic switches to determine the states of network paths between the dynamic switches, and is further configured to determine which of the resources are suitable to handle a contact based on requirements of the contact and the attributes of the resources, to determine which of the suitable resources is an optimal resource based on the requirements of the contact and the states of the network paths, and to utilize the dynamic controller and the dynamic switches to route the contact to the optimal resource.
Abstract:
System and method to improve self-service operation in a contact center, the method including: determining a characteristic of the new customer contact; determining a characteristic of an existing customer contact; determining a communication delay latency between an assignment engine and a contact center agent; determining a time to assign the new customer contact to the contact center agent, wherein the time to assign is made in a predetermined amount of time in advance of receiving a ready indication from the contact center agent, the predetermined amount of time determined from the communication delay latency.
Abstract:
A call managing computer system for managing at least one communication session in an enterprise is disclosed. The call managing computer system includes a monitoring module for monitoring context of the at least one communication session. The system further includes a strategy generation module for generating the at least one strategy based on the monitored context of the at least one communication session and one or more performance indicators. The system further includes a validation module for validating the at least one generated strategy. The system further includes an agent selection module for executing the at least one validated strategy to select at least one agent for the at least one communication session.
Abstract:
A predictive system for resource allocation in an enterprise is disclosed. The predictive system includes a database comprising one or more performance indicators for a plurality of resources, wherein the one or more performance indicators are associated with one or more work stages related to at least one communication session in the enterprise. The system further includes a monitoring module to monitor one or more parameters associated with the at least one communication session. The system further includes a determination module to generate at least one performance score for each of the plurality of resources based on the one or more monitored parameters and the one or more performance indicators. The system further includes a selection module to select the at least one resource from the plurality of resources based on the at least one generated performance score associated with the at least one selected resource.
Abstract:
Apparatus and method to display worker status for a supervisor, the apparatus including: a frame configured to be coupled to a head of the supervisor; a processor coupled to the frame, the processor configured to render a transparent display of worker status to the supervisor; a position determination module configured to determined a physical location of the frame; a communication module communicatively coupled to the processor and to the position determination module, the communication module configured to wirelessly communicate with a base station; and a gaze detector coupled to the frame and communicatively coupled to the processor, the gaze detector configured to detect a direction of gaze of the supervisor.
Abstract:
A self-configuring dynamic contact center including a plurality of resources, each resource associated with a set of attributes, a plurality of dynamic switches connected to the resources, a dynamic controller connected to the dynamic switches and configured to control the operation of the dynamic switches, and a routing engine connected to the dynamic controller. The routing engine is configured to utilize the dynamic controller and dynamic switches to determine the states of network paths between the dynamic switches, and is further configured to determine which of the resources are suitable to handle a contact based on requirements of the contact and the attributes of the resources, to determine which of the suitable resources is an optimal resource based on the requirements of the contact and the states of the network paths, and to utilize the dynamic controller and the dynamic switches to route the contact to the optimal resource.
Abstract:
A system for automated routing or work requests is provided. Particularly, a system for routing work requests in a distributed computing system to minimize an energy cost associated with operating the system is provided. A resource utilization module configured to receive resource utilization information; the resource utilization information including indications of utilization corresponding to a plurality of computing resources is disclosed. Furthermore, an energy consumption module configured to receive energy consumption information; the energy consumption information including indications of energy consumption corresponding to the plurality of computing resources is disclosed. Additionally, a routing module configured to route a work request to one of the plurality of computing resources based at least in part on the received utilization information and the received energy consumption information to minimize energy costs of the plurality of computing resources is disclosed.