500-442 Administering Cisco Contact Center Enterprise (CCEA) Question and Answers

Precision Routing in Cisco Contact Center Enterprise (CCE) uses B. Attributes to determine if an agent is part of its pool. Attributes can include various criteria such as language skills, product knowledge, or any other definable characteristic relevant to call routing. This allows for more granular and flexible routing decisions compared to traditional skill-based routing.References:Cisco's technical documentation on Precision Routing provides insights into how attributes are used to match callers with the most suitable agents.

An Interactive Voice Response (IVR) system in a Contact Center environment provides several key functionalities, including:A.Access a database and provide the caller with all the needed information to complete the transaction (Self Service):This allows callers to retrieve information, perform transactions, or resolve issues without needing to speak with an agent, enhancing efficiency and caller satisfaction.E.Caller defines the reason for the call from several menu options:By interacting with IVR menu options, callers can specify the nature of their call, which helps in routing the call to the most appropriate resource or service within the contact center.References:Documentation on Cisco's IVR solutions, such as Cisco Unified Customer Voice Portal, often outlines these and other functionalities provided by IVR systems in contact center environments.

C. make sure the Supervisor has an Active Directory Account: The Supervisor must have an Active Directory (AD) account in order to be able to log in to the Cisco Finesse web interface and manage the contact center operations.

D. ensure that "Is Supervisor" is checked: The Supervisor role must be assigned to the AD account. This can be done by navigating to the Cisco Unified Contact Center Enterprise Administration page and searching for the Supervisor's account. Once located, the "Is Supervisor" checkbox must be checked to give the account the necessary permissions to manage the contact center.

 the two PCCE deployment models that support the Avaya ACD Integration are DPCCE 12K and DPCCE 4K. DPCCE 12K is a distributed PCCE deployment model that supports up to 12,000 agents, while DPCCE 4K is a distributed PCCE deployment model that supports up to 4,000 agents. 

The two PCCE (Packaged Contact Center Enterprise) deployment models that support the Avaya Automatic Call Distributor (ACD) Integration are:B.DPCCE 12K:This model, designed for larger deployments, supports integration with various third-party ACDs, including Avaya, allowing for a seamless connection and call routing between systems.D.DPCCE 4K:Similar to the 12K model but designed for smaller scale deployments, this model also supports integration with Avaya ACDs, providing flexibility in connecting Cisco's contact center solutions with Avaya's call distribution systems.References:Cisco's documentation on PCCE deployment models and third-party ACDintegration provides insights into the capabilities and compatibilities of different deployment options, including those that support Avaya ACD integration.

The purposes of Cisco Unified Intelligence Center (CUIC) include:D.Obtains data from the base solution's database, known as Data Sources:CUIC is designed to fetch and aggregate data from various data sources within the Cisco Contact Center ecosystem, such as the Historical Database (HDS), providing a foundation for comprehensivereporting and analytics.E.Customizes the visual presentation of the reports:CUIC allows users to customize reports to meet specific informational needs or preferences, including layout, data fields, and visualization options, making it a powerful tool for data analysis and decision-making.References:Cisco Unified Intelligence Center documentation provides extensive information on the platform's capabilities, including data integration and report customization options.

The Cisco Unified Intelligence Center (CUIC) accesses various data sources to fetch data for rendering reports. The two primary data sources it uses are:B.Cisco Customer Voice Portal Reporting Server:This server provides detailed information about IVR interactions, call treatment, and self-service application usage within the Customer Voice Portal.D.Cisco Administration Server and Historical Data Server:These servers store a wide rangeof historical data related to contact center operations, including agent performance, call routing statistics, and system utilization metrics.References:Official Cisco CUIC documentation details the data sources that CUIC can access for reporting purposes, highlighting how data from these sources is used to compile comprehensive reports on contact center performance.

Precision Queues in Cisco Contact Center solutions allow callers to reach agents based on attributes and proficiency ratings rather than just the skill group membership. The key differentiator is:B.The Weight of the attribute:Precision Queues evaluate the attributes assigned to agents, such as language proficiency or product knowledge, along with their weights. Callers are then matched to agents based on these weighted attributes, allowing for more granified routing decisions compared to traditional skill group-based routing.References:Cisco documentation on Contact Center routing and agent configuration explains the functionality of Precision Queues, including how attributes and their weights are used to match callers with the most suitable agents.

In the context of Cisco Customer Voice Portal (CVP), two default Call Studio VXML applications that could be modified are:A.CallbackEntry:This application handles the initial interaction with callers when they choose to use a callback feature, collecting necessary information and initiating the callback process.E.CallbackQueue:This application manages the queuing logic for callbacks, ensuring that callback requests are processed in an orderly manner and according to predefined rules and priorities.References:Cisco CVP and Call Studio documentation provide insights into the default VXML applications, including CallbackEntry and CallbackQueue, and how they can be customized or modified to meet specific Contact Center requirements.

The Get Speech microapp is used to gather information from the caller in Cisco Virtual Voice Browser (VVB). The Get Speech microapp allows customers to interact with the VVB system using natural language speech inputs, such as providing an account number, name, or address. This microapp uses Automatic Speech Recognition (ASR) technology to transcribe the caller's speech and provide the transcribed information to the next step in the call flow for further processing or routing.

It is worth noting that Get Digits microapp is used to gather DTMF digits from the caller.

In Cisco Finesse, the supported number of Workflows is:C.up to 100 Workflows with 20 per Team:This allows for a significant degree of customization and automation within the Finesse environment, enabling different teams to havetailored workflows that match their specific operational needs and enhance productivity.References:Cisco Finesse documentation provides detailed information on the capabilities and limitations of workflows within the Finesse environment, including the maximum number of workflows supported and the allocation per team.

The function of the CVP Subdialog Return element in a VXML application is to populate variables sent back to Cisco Contact Center Enterprise (CCE) from the VXML application. This element is used at the end of a subdialog invocation to return control to the main IVR application, along with any data collected or processed during the subdialog. This mechanism allows for dynamic exchange of information between different parts of an IVR application and the broader Contact Center solution, enabling complex call flows and data-driven decision-making.References:Documentation on Cisco's VXML Server and CVP provides detailed information on how Subdialog Return elements are used within VXML applications to interface with CCE and other components of the Contact Center infrastructure.