Podcast
Questions and Answers
How does Agentic AI enhance customer support beyond traditional AI?
How does Agentic AI enhance customer support beyond traditional AI?
- It avoids real-time data to prevent inaccuracies.
- It relies solely on historical data to predict customer needs.
- It uses only pre-programmed responses, ensuring consistency.
- It tailors responses to align with specific brand messaging and product details. (correct)
In rapidly changing environments like finance, what critical advantage does Agentic AI provide?
In rapidly changing environments like finance, what critical advantage does Agentic AI provide?
- Relying on historical data trends to predict future market behaviors.
- Eliminating the need for human intervention in data analysis.
- Creating marketing content
- Accessing and analyzing the latest data for real-time news and stock analysis. (correct)
Which combination of technologies is fundamental to Agentic AI's operation as an independent decision-making agent?
Which combination of technologies is fundamental to Agentic AI's operation as an independent decision-making agent?
- Exclusively Rules-Based Systems
- Only LLMs and Machine Learning Algorithms
- Static databases and manual data entry
- LLMs, NLP, and Rules-Based Systems (correct)
What is a defining characteristic of Agentic AI in task and workflow management?
What is a defining characteristic of Agentic AI in task and workflow management?
How might Agentic AI be applied in media and marketing to enhance content generation?
How might Agentic AI be applied in media and marketing to enhance content generation?
In legal and medical fields, what is the most significant benefit of using Agentic AI?
In legal and medical fields, what is the most significant benefit of using Agentic AI?
What does it mean for Agentic AI to exhibit 'agency'?
What does it mean for Agentic AI to exhibit 'agency'?
Satya Nadella's definition of AI emphasizes its role in:
Satya Nadella's definition of AI emphasizes its role in:
Fei-Fei Li suggests that AI's primary function is to:
Fei-Fei Li suggests that AI's primary function is to:
What are the accountability guardrails relating to Agentic AI?
What are the accountability guardrails relating to Agentic AI?
The etymology of 'artificial intelligence' reveals that the term is derived from:
The etymology of 'artificial intelligence' reveals that the term is derived from:
John McCarthy's contribution to the field of AI is best described as:
John McCarthy's contribution to the field of AI is best described as:
Which of the following best describes the two definitions of AI provided?
Which of the following best describes the two definitions of AI provided?
Considering the provided examples of AI applications, which statement most accurately describes the overarching goal?
Considering the provided examples of AI applications, which statement most accurately describes the overarching goal?
How does the etymological breakdown of 'artificial intelligence' influence our understanding of the term?
How does the etymological breakdown of 'artificial intelligence' influence our understanding of the term?
Considering both Nadella's and Li's perspectives, what is a key ethical consideration in the development and deployment of AI?
Considering both Nadella's and Li's perspectives, what is a key ethical consideration in the development and deployment of AI?
Which scenario exemplifies the application of AI designed to mirror the cognitive functions of a financial analyst?
Which scenario exemplifies the application of AI designed to mirror the cognitive functions of a financial analyst?
In the context of personalized education, what reflects an AI application that imitates human-like teaching and coaching?
In the context of personalized education, what reflects an AI application that imitates human-like teaching and coaching?
Considering the historical development of AI, what statement accurately describes its evolution?
Considering the historical development of AI, what statement accurately describes its evolution?
How does computer vision contribute to enhancing quality control in manufacturing processes?
How does computer vision contribute to enhancing quality control in manufacturing processes?
In the context of telecommunications, how do expert systems leverage AI to optimize network management?
In the context of telecommunications, how do expert systems leverage AI to optimize network management?
When dealing with intricate electromechanical machinery designs, how do expert systems aid in overcoming challenges?
When dealing with intricate electromechanical machinery designs, how do expert systems aid in overcoming challenges?
What key limitation do expert systems exhibit despite their effectiveness in specific fields?
What key limitation do expert systems exhibit despite their effectiveness in specific fields?
What is the most significant way autonomous vehicles leverage computer vision technology?
What is the most significant way autonomous vehicles leverage computer vision technology?
Considering the diagram, which placement would MOST likely represent a project requiring significant human oversight despite leveraging AI?
Considering the diagram, which placement would MOST likely represent a project requiring significant human oversight despite leveraging AI?
In the context of agentic AI applications, which scenario BEST exemplifies a system operating with a high degree of autonomy?
In the context of agentic AI applications, which scenario BEST exemplifies a system operating with a high degree of autonomy?
According to the document, how does Agentic AI primarily enhance efficiency across various industries?
According to the document, how does Agentic AI primarily enhance efficiency across various industries?
Within the 'Brainswarm' activity, which category would be MOST suitable for placing 'Ethical considerations in AI development'?
Within the 'Brainswarm' activity, which category would be MOST suitable for placing 'Ethical considerations in AI development'?
Consider a scenario where an AI-driven system is used to predict equipment failure in a manufacturing plant. Which of the following outcomes would MOST clearly demonstrate the 'learning and adapting' capability of Agentic AI?
Consider a scenario where an AI-driven system is used to predict equipment failure in a manufacturing plant. Which of the following outcomes would MOST clearly demonstrate the 'learning and adapting' capability of Agentic AI?
A financial institution uses Agentic AI to manage investment portfolios. If the AI system begins to disproportionately invest in high-risk assets, leading to potential instability, which aspect of AI governance would be MOST critical to address this issue?
A financial institution uses Agentic AI to manage investment portfolios. If the AI system begins to disproportionately invest in high-risk assets, leading to potential instability, which aspect of AI governance would be MOST critical to address this issue?
In the context of autonomous vehicles improving road safety, which scenario would MOST directly exemplify the 'real-time driving decisions' aspect of Agentic AI?
In the context of autonomous vehicles improving road safety, which scenario would MOST directly exemplify the 'real-time driving decisions' aspect of Agentic AI?
During the 'Brainswarm' activity, a participant expresses confusion about how AI algorithms are developed and trained. Which category would BEST represent this concern, given the activity's objectives?
During the 'Brainswarm' activity, a participant expresses confusion about how AI algorithms are developed and trained. Which category would BEST represent this concern, given the activity's objectives?
Which of the following scenarios represents the most accurate application of Clayton M. Christensen's concept of 'disruptive innovation'?
Which of the following scenarios represents the most accurate application of Clayton M. Christensen's concept of 'disruptive innovation'?
Consider a mature industry dominated by a few large companies. Which strategy would most likely represent a 'disruptive innovation' approach, according to the definition provided?
Consider a mature industry dominated by a few large companies. Which strategy would most likely represent a 'disruptive innovation' approach, according to the definition provided?
How does 'disruptive innovation' primarily reshape the competitive landscape, according to the provided definitions?
How does 'disruptive innovation' primarily reshape the competitive landscape, according to the provided definitions?
In the context of 'disruptive innovation,' what is the most critical element that distinguishes it from sustaining innovation?
In the context of 'disruptive innovation,' what is the most critical element that distinguishes it from sustaining innovation?
Which of the following best illustrates Liu Qing's perspective on innovation?
Which of the following best illustrates Liu Qing's perspective on innovation?
Consider an electric vehicle (EV) company that initially produced affordable, low-range EVs targeting urban commuters. Over time, they improved their technology to offer longer-range, higher-performance EVs that compete with traditional luxury car brands. How does this align with the concept of 'disruptive innovation'?
Consider an electric vehicle (EV) company that initially produced affordable, low-range EVs targeting urban commuters. Over time, they improved their technology to offer longer-range, higher-performance EVs that compete with traditional luxury car brands. How does this align with the concept of 'disruptive innovation'?
A new online education platform offers courses at a fraction of the cost of traditional universities, using a modular, self-paced learning approach. Students receive certifications rather than traditional degrees. Which aspect of 'disruptive innovation' does this platform primarily embody?
A new online education platform offers courses at a fraction of the cost of traditional universities, using a modular, self-paced learning approach. Students receive certifications rather than traditional degrees. Which aspect of 'disruptive innovation' does this platform primarily embody?
What is the most likely outcome for established market leaders when faced with a 'disruptive innovation'?
What is the most likely outcome for established market leaders when faced with a 'disruptive innovation'?
Which of the following represents a key advancement enabled by the widespread adoption of mobile technology, influencing the trajectory of disruptive innovation?
Which of the following represents a key advancement enabled by the widespread adoption of mobile technology, influencing the trajectory of disruptive innovation?
In the context of the provided timeline, how did the advent of social networking primarily contribute to the evolution of disruptive innovation?
In the context of the provided timeline, how did the advent of social networking primarily contribute to the evolution of disruptive innovation?
What critical challenge did Duolingo Max aim to address with its integration of Generative AI, and which specific feature was designed to overcome this challenge?
What critical challenge did Duolingo Max aim to address with its integration of Generative AI, and which specific feature was designed to overcome this challenge?
In what capacity does Walmart utilize AI to enhance its operational capabilities, and how does this application directly benefit consumers?
In what capacity does Walmart utilize AI to enhance its operational capabilities, and how does this application directly benefit consumers?
Considering the context of AI-driven solutions to specific problems, which of the following best describes the core issue that Apple aimed to resolve with its AI-Powered Health Coach?
Considering the context of AI-driven solutions to specific problems, which of the following best describes the core issue that Apple aimed to resolve with its AI-Powered Health Coach?
How does the application of AI in fraud detection specifically address the challenges associated with high traffic volumes, as indicated in the provided examples?
How does the application of AI in fraud detection specifically address the challenges associated with high traffic volumes, as indicated in the provided examples?
Considering the evolution from the Web to Generative AI, which underlying trend is most indicative of the shift in how technology creates value for end-users?
Considering the evolution from the Web to Generative AI, which underlying trend is most indicative of the shift in how technology creates value for end-users?
What does the inclusion of 'Bitcoin, crypto, NFTs, etc.' in the timeline primarily signify regarding the progression of disruptive innovation?
What does the inclusion of 'Bitcoin, crypto, NFTs, etc.' in the timeline primarily signify regarding the progression of disruptive innovation?
What commonality exists across all the 'AI solved by' examples, regarding the enhancement of user experience or operational efficiency?
What commonality exists across all the 'AI solved by' examples, regarding the enhancement of user experience or operational efficiency?
Based on the examples provided, what conclusion can be drawn about the current trajectory of AI's role in addressing existing limitations or inefficiencies across various sectors?
Based on the examples provided, what conclusion can be drawn about the current trajectory of AI's role in addressing existing limitations or inefficiencies across various sectors?
Flashcards
Artificial Intelligence (AI)
Artificial Intelligence (AI)
The capability of computer systems/algorithms to imitate intelligent human behavior.
AI as a Branch of Computer Science
AI as a Branch of Computer Science
A field of computer science focused on simulating intelligent behavior in computers.
AI's Purpose (Satya Nadella)
AI's Purpose (Satya Nadella)
AI can help us make better decisions and get more done, augmenting human capabilities.
AI Augments Humans (Fei-Fei Li)
AI Augments Humans (Fei-Fei Li)
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AI for Expert Decision-Making
AI for Expert Decision-Making
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AI for Customer Service
AI for Customer Service
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AI Accelerates Marketing
AI Accelerates Marketing
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AI in Healthcare Diagnostics
AI in Healthcare Diagnostics
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AI in Finance
AI in Finance
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AI in Education
AI in Education
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AI History
AI History
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Computer Vision
Computer Vision
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Computer Vision in Healthcare
Computer Vision in Healthcare
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Computer Vision in Autonomous Vehicles
Computer Vision in Autonomous Vehicles
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Expert Systems
Expert Systems
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Media/Marketing Use Case
Media/Marketing Use Case
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Expert Systems in Customer Service
Expert Systems in Customer Service
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Legal/Medical Use Case
Legal/Medical Use Case
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Customer Support Use Case
Customer Support Use Case
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Rapidly Changing Environments Use Case
Rapidly Changing Environments Use Case
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Agentic AI
Agentic AI
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Agentic AI Tech
Agentic AI Tech
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Agentic AI Role
Agentic AI Role
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Key Character
Key Character
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Agentic AI Benefits
Agentic AI Benefits
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Agentic AI Problem Solving
Agentic AI Problem Solving
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Healthcare Applications
Healthcare Applications
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Finance Applications
Finance Applications
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Autonomous Vehicles
Autonomous Vehicles
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AI Topics I find exciting/intriguing
AI Topics I find exciting/intriguing
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AI Topics I find confusing
AI Topics I find confusing
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Disruptive Opportunities
Disruptive Opportunities
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Disruptive Innovation
Disruptive Innovation
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Disruptive Innovation (2)
Disruptive Innovation (2)
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Disruptive Innovation: Core Idea
Disruptive Innovation: Core Idea
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Disruptive Innovation: Key Feature
Disruptive Innovation: Key Feature
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Disruptive Innovation: Strategy
Disruptive Innovation: Strategy
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Disruptive Innovation: Simplicity
Disruptive Innovation: Simplicity
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Disruptive Innovation: Solving Problems
Disruptive Innovation: Solving Problems
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Who is Jean Liu?
Who is Jean Liu?
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The Web era (1990s)
The Web era (1990s)
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Mobile Era
Mobile Era
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Generative AI Era (2025)
Generative AI Era (2025)
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Social Networking impact
Social Networking impact
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Blockchain Era
Blockchain Era
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Fraud Examiner Problem
Fraud Examiner Problem
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Duolingo Max Problem
Duolingo Max Problem
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Walmart's AI challenge
Walmart's AI challenge
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Duolingo Max AI Solution
Duolingo Max AI Solution
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Study Notes
- Artificial intelligence capability of computer systems to imitate intelligent human behavior
- AI is a branch of computer science dealing with the simulation of intelligent behavior in computers
- The term "artificial intelligence" was first coined in 1956 by computer scientist John McCarthy at a Dartmouth Conference
- AI can mimic elements of human behavior to help make better decisions
- AI is not meant to replace humans, but augment their abilities
- AI can enhance decision-making, customer service, content generation, healthcare, and education
Historical Perspective
- AI dates back to the 1950s with many branches and approaches having developed since
- ChatGPT and other solutions is built on previous decades of work
Computer Vision
- AI technology that mimics human vision by analyzing images and videos
- This technology automates visual tasks, image-based decision-making, and problem-solving
- It assists in healthcare by analyzing medical images like MRIs
- It helps autonomous vehicles detect objects, pedestrians, and traffic signals
- It ensures quality control in manufacturing by detecting defects
Expert Systems
- AI applications designed to emulate human expert decision-making through specialized knowledge and reasoning
- Customer service expert systems help schedule orders, route requests, and solve problems
- Telecommunications expert systems make decisions about network technologies and maintenance
- Mechanical engineering expert systems troubleshoot complex electromechanical machinery designs
- Expert systems require extensive manual coding
Machine Learning
- This allows computer systems to enhance their performance by learning from data
- ML uses featurized data instead of explicit programming for tasks
- ML developed from expert systems
- Machine learning can be used in healthcare with personalized medicine, retail with product recommendations, and recruiting with automated job boards
Neural Networks
- A type of machine learning algorithm inspired by the human brain with interconnected nodes that learn to recognize patterns by training
- Used to overcome the limitations of traditional machine learning by automatically learning complex patterns from raw, high-dimensional, and unstructured data
- Healthcare utilizes neural networks to enhance medical image analysis, diagnosis, drug discovery, and personalized treatments
- Financial services utilizes neural networks to detect fraud, assess risk, assist in trading, and predict customer behavior
- Robotics utilizes neural networks to enable advanced perception, motion planning, and adaptive control for intelligent autonomous systems
Large Language Models and Generative AI
- LLMs and generative Al are creative AI branches making new things such as: text, images, music
- Made up of deep learning, neural networks and NLP
Large Language Models
- Al systems designed to understand, generate, and assess human language using large text datasets
- LLMs are used in copywriting to improve original style and voice by systems like Al21 Wordspice
- LLMs can produce code such as Amazon CodeWhisperer, including SQL queries
- LLMs can generate text for documentation or write a short story like Alexa Create
- LLMs play a role in creating natural language products and services focused on text generation and analysis
Generative AI
- Involves deep-learning models capable of producing high-quality text, images, and other content
- Generative AI fosters innovation by automating creativity, customizing user experiences, and creating new content
- In conversational Al, programs like ChatGPT generates answers, assists with tasks, and creates text content
- In data generation, programs such as Mostly Al creates fully anonymous synthetic data from original data
- In media creation, programs such as SORA produces audio, video, and multimedia content
Fine-Tuning
- Customizes an Al model with specific data to improve domain-specific tasks
- Fine-tuning is used in media and marketing to generate specialized, creative content
- Fine-tuning is used to tailor customer support responses
Retrieval Augmented Generation
- Extends an Al model by retrieving real-time external data without modifying it
- Useful in legal and medical fields to ensure accuracy and provide factual information
- Useful in quickly changing environments by accessing the latest data
Agentic AI
- Agentic Al is a sophisticated form of artificial intelligence to autonomously perform tasks, make decisions, and interact with users using its acquired knowledge
- Agentic Al combines LLMs, NLP, and Rules-Based Systems and acts as an independent decision-making "agent"
- Agentic Al solves problems by making decisions in healthcare, finance, and autonomous vehicles
- Agentic AI adapts dynamically operating within accountability guardrails
"Disruptive Innovation"
- An innovation that upends markets by offering simpler, cheaper, or more accessible solutions, shaking up the status quo
- When newcomers outsmart giants with fresh thinking that provides a unique value, reshaping thinking, and how progress is defined
Timeline creating value
- 1990 - The Web enabled brands to interact with customers through HTML and e-commerce
- Mobile technology made the internet everywhere and provided intimate experiences
- Algorithms and personalization techniques were used to target advertising and influence customers
- Blockchain technology gave rise to Bitcoin, cryptocurrency, and NFTs for security and authentication
- LLMs. Deep Learning, NLP.This is why Generative AL exists today
Examples of AI
- Al reduces credit card fraud by efficiently examining billions of transactions per day with Bank of America
- Duolingo uses AI to speed, provide answer explanations, and have conversations
- Apple fitness used AI to access health coaches
- Walmart uses AI to fulfill consumer needs
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