Visão Geral

Apos etes Curso AI Customer Experiences with Contact Center AI os alunos aprenderão como projetar, desenvolver e implantar soluções de conversação com clientes usando Inteligência Artificial de Contact Center (CCAI). Eles também aprenderão algumas práticas recomendadas para integrar soluções de conversação com o software de contact center existente, estabelecendo uma estrutura para assistência de agentes humanos e implementando soluções de forma segura e em escala.
 

Objetivo

Após realizar este Curso AI Customer Experiences with Contact Center AI, os alunos serão capazes de:

• Defina o que é Google Contact Center AI.
• Explique como o Dialogflow pode ser usado em aplicativos de contact center.
• Descrever como a compreensão de linguagem natural (NLU) é usada para ativar conversas do Dialogflow.
• Implemente um agente virtual de chat.
• Implemente um agente virtual de voz.
• Descrever opções para armazenar parâmetros e atender solicitações de usuários.
• Implante um agente virtual na produção.
• Identifique as melhores práticas para design e implantação de agentes virtuais.
• Identifique os principais aspectos, como segurança e conformidade no contexto dos contact centers

Publico Alvo

• Arquitetos e integradores de sistemas implementando Contact Center AI
• Arquitetos Conversacionais
• Agente virtual de contact center e desenvolvedores de aplicativos
• Gerentes de negócios

Pre-Requisitos

• Concluiu os fundamentos do produto Google Cloud ou tem experiência equivalente.
• Desejável, mas não obrigatório: Conhecimento de uma linguagem de programação como Python ou JavaScript

Materiais

Conteúdo Programatico

Overview of Contact Center AI

1. Define what Contact Center AI (CCAI) is and what it can do for contact centers.
2. Identify each component of the CCAI Architecture: Speech Recognition, Dialogflow, Speech Synthesis, Agent Assist, and Insights.
3. Describe the role each component plays in a CCAI solution.

Conversational Experiences

1. List the basic principles of a conversational experience.
2. Explain the role of conversation virtual agents in a conversation experience.
3. Articulate how STT (speech to text) can determine the quality of a conversation experience.
4. Demonstrate and test how speech adaptation can improve the speech recognition accuracy of the agent.
5. Recognize the different NLU (natural language understanding) and NLP (natural language processing) techniques and the role they play in conversati
6. experiences.
7. Explain the different elements of a conversation (intents, entities, etc.).
8. Use sentiment analysis to help with the achievement of a higher-quality conversation experience.
9. Improve conversation experiences by choosing different TTS voices (Wavenet vs. Standard).
10. Modify the speed and pitch of a synthesized voice.
11. Describe how to leverage SSML to modify the tone and emphasis of a synthesized passage.

Fundamentals of Building Conversations with Dialogflow

1. Identify user roles and their journeys.
2. Write personas for virtual agents and users.
3. Model user-agent interactions.
4. List the basic elements of the Dialogflow user interface.
5. Build a virtual agent to handle identified user journeys.
6. Train the NLU model through the Dialogflow console.
7. Define and test intents for a basic agent.
8. Train the agent to handle expected and unexpected user scenarios.
9. Recognize the different types of entities and when to use them.
10. Create entities.
11. Define and test entities on a basic agent.
12. Implement slot filling using the Dialogflow UI.
13. Describe when Mega Agent might be used.
14. Demonstrate how to add access to a knowledge base for your virtual agent to answer customer questions straight from a company FAQ

Maintaining Context in a Conversation

1. Create follow-up intents.
2. Recognize the scenarios in which context should be used.
3. Identify the possible statuses of a context (active versus inactive context).
4. Implement dialogs using input and output contexts.

Moving from Chat agent to Voice agent

1. Describe two ways that the media type changes the conversation
2. Configure the telephony gateway for testing
3. Test a basic voice agent
4. Modify the voice of the agent
5. Show how the different media types can have different responses
6. Consider the modifications needed when moving to production
7. Be aware of the telephony integration for voice in a production environment

Taking Actions with Fulfillment

1. Define the role of fulfillment with respect to Contact Center AI.
2. Characterize what needs to be collected in order to fulfill a request.
3. Identify existing backend systems on the customer infrastructure.
4. Use Firestore to store mappings returned from functions.
5. Appreciate that the interaction with customers’ data storage will vary based
6. their data warehouses.
7. Implement fulfillment using Cloud Functions.
8. Implement fulfillment using Python on AppEngine.
9. Describe the use of Apigee for application deployment.

Testing and Logging

1. Debug a virtual agent by testing intent accuracy.
2. Debug fulfillment by testing the different functions and integrations with backend systems through API calls.
3. Implement version control to achieve more scalable collaboration.
4. Log conversations using Cloud Logging.
5. Recognize ways that audits can be performed.

Intelligent Assistance for Live Agents

1. Recognize use cases where Agent Assist adds value.
2. Identify, collect, and curate documents for knowledge base construction.
3. Set up knowledge bases.
4. Describe how FAQ Assist works.
5. Describe how Document Assist works.
6. Describe how the Agent Assist UI works.
7. Describe how Dialogflow Assist works.
8. Describe how Smart Reply works.
9. Describe how real-time entity extraction works.

Drawing Insights from Recordings

1. Analyze audio recordings using the Speech Analytics Framework (SAF).

Integrating a Virtual Agent with Third Parties

1. Use the Dialogflow API to programmatically create and modify the virtual agent.
2. Describe connectivity protocols: gRPC, REST, SIP endpoints, and phone numbers over PSTN.
3. Replace existing head intent detection on IVRs with Dialogflow intents.
4. Describe virtual agent integration with Google Assistant.
5. Describe virtual agent integration with messaging platforms.
6. Describe virtual agent integration with CRM platforms (such as Salesforce and Zendesk).
7. Describe virtual agent integration with enterprise communication platforms (such as Genesys, Avaya, Cisco, and Twilio).
8. Explain the ability that telephony providers have of identifying the caller and how that can modify the agent design.
9. Incorporate IVR features in the virtual agent.

Environment Management

1. Create Draft and Published versions of your virtual agent.
2. Create environments where your virtual agent will be published.
3. Load a saved version of your virtual agent to Draft.
4. Change which version is loaded to an environment.

Methods of Compliance with Federal Regulations

1. Describe two ways that security can be implemented on a Contact Center AI integration.
2. Identify current compliance measures and scenarios where compliance is needed.

Best Practices for Virtual Agents

1. Convert pattern matching and decision trees to smart conversational design.
2. Recognize situations that require escalation to a human agent.
3. Support multiple platforms, devices, languages, and dialects.
4. Use Diagflow’s built-in analytics to assess the health of the virtual agent.
5. Perform agent validation through the Dialogflow UI.
6. Monitor conversations and Agent Assist.
7. Institute a DevOps and version control framework for agent development and maintenance.
8. Consider enabling spell correction to increase the virtual agent's accuracy.