Abstract:
Agents of a contact center often encounter conversational delays when speaking with a customer. These delays may be introduced by transmission delays, which include the distance between the agent and the customer, and processing delays, such as those introduced by systems and processes within a contact center. By providing an agent with information based on the amount of the delay, the agent can be prompted to overtalk the customer by a target amount. As a result, the customer may experience a more natural conversation with the agent. Furthermore, if a customer prefers more or less of a delay, such as based on their cultural norms, the delay may be modified to account for those cultural norms and better accommodate the conversational preferences of a diverse customer base.
Abstract:
The delivery of goods to a customer comprises a substantial portion of human activity. To correct address errors and/or to more precisely locate delivery locations, systems are provided to assist human, human operated vehicle, or autonomous vehicles to locate a delivery point. Often the location of a delivery point is inaccurate or imprecise. GPS and other coordinate systems often fail or are imprecise without an unobstructed view of the sky. Even with coordinates available, the delivery point may be different from the coordinates or, more commonly, coordinates that are different from some standard point within a postal address associated with the coordinates. Providing a delivery system that utilizes a broadcasted identifier, such as an identifier associated with the order of the item, the delivery of the item may be made proximate to the source of the broadcasted identifier or further refined using the broadcasted identifier as a reference.
Abstract:
Contact center agents often work in close proximity to other agents. As a primary agent is engaged in a call, a neighboring agent speech may be picked up by the primary agent's microphone. Contact centers using automated speech recognition systems may monitor the agent's speech for key terms and, if detected, respond accordingly. Determining a primary agent spoke a key term, when the true speaker of the key term is a neighboring agent, may cause errors or other problems. Characterizing at least the primary agent's voice and then, once a key term is detected, determining if it was the primary agent that spoke the key term, may help to reduce the errors. Additionally, computational requirements may be reduced as non-key terms may be quickly discarded and optionally, key terms determined to not have been spoke by the primary agent, may also be discarded without further processing.
Abstract:
A contact center system can receive audio messages. The system can review audio messages by identifying phoneme strings within the audio messages associated with a characteristic. A phoneme can be a component of spoken language. Identified phoneme strings are used to analyze subsequent audio messages to determine the presence of the characteristic without requiring human analysis. Thus, the identification of phoneme strings then can be used to determine a characteristic of audio messages without transcribing the messages.
Abstract:
Handheld communication devices, such as smart phones, comprise a number of data gathering sensors. The sensors may be utilized to provide an agent of a contact center with situational information regarding the user of the handheld device. While global positioning systems (GPS) provides one means to locate a user of a communication device, GPS is not always available. However, by utilizing radio receivers, internal condition sensors, motion detectors, and other sensing components, a situation for a customer may be determined to supplement or substitute for GPS-determined location as well as to identify more relevant situations for the user beyond those provided by GPS provided location information.
Abstract:
Contact centers handle contacts from any number of channels. One agent may be simultaneously handling several chats, emails, or other messages. Customers behind the contact often want to know how long of a wait time they are likely to experience before an agent begins to address their inquiry. Herein, techniques are provided whereby contacts currently, and/or enqueued, for one or more agents are examined to determine an estimated effort for each task. One message may represent a number of tasks each having an associated time estimate. Furthermore, messages from one channel may be more time consuming than messages from another channel. Such factors, and others, are considered and the customer may then be notified of an estimated wait time and, optionally, notified if another channel may provide a more expeditious option.
Abstract:
Methods and systems for automatically extending a sentiment dictionary are provided. Starting with an initial set of elements (e.g., words, emoticons, etc.) having a known sentiment, messages can be analyzed for words frequently appearing in association with such words. As a result the frequently appearing words may then be associated with a sentiment and used to help determine the sentiment of a message.
Abstract:
External queue monitoring of contact center queues is provided as a means that may better service the customer and measure service level objectives. External queue monitoring provides the opportunity for real-time monitoring of the queue and modification of contact center operations, such as devices routing queue members, in response to queuing or enqueued customers.