Interactive MicroSims¶
This section contains interactive MicroSims covering topics in Digital Transformation with Generative AI including AI progress tracking, strategy frameworks, technology adoption, and technical concepts. Each simulation allows students to explore concepts through hands-on experimentation and visualization.
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Interactive timeline showing key AI benchmarks and when they were introduced. -
Interactive visualization of five AI maturity levels from Ad Hoc to Transformative. -
A causal loop diagram showing how AI feedback is accelerating AI progress. -
Analysis of AI task completion doubling rate based on METR research showing exponential growth. -
An infographic MicroSim of the AI Flywheel causal loop showing reinforcing feedback. -
Interactive visualization demonstrating how AI capabilities are accelerating. -
Interactive radar chart tool for assessing AI strategy document completeness across ten dimensions.
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Interactive visualization showing how long AI models can work on tasks based on METR research. -
Interactive 2x2 matrix for prioritizing AI initiatives based on business value and complexity.
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Interactive simulation showing how language models predict the next token using neural networks. -
Infographic with infobox hovers showing layers of Bloom's Taxonomy cognitive levels. -
Interactive infographic showing the workflow for generating intelligent textbooks. -
Interactive visualization of five levels of intelligent textbooks from static to AI-driven. -
Interactive 2x2 matrix for assessing organizational digital maturity archetypes.
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Interactive chart showing four possible scenarios for AI development growth patterns. -
Interactive simulation for experimenting with human-AI task allocation strategies.
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Interactive visualization of the Gartner Technology Hype Cycle phases. -
Interactive infographic showing the steps in managing a GenAI Center of Excellence. -
Interactive visualization of concept dependencies in the curriculum as a network graph. -
Interactive visualization of LMArena benchmark rankings for AI models over time. -
Interactive visualization showing AI model progress on the MMLU benchmark. -
Interactive infographic showing transistor growth with linear and log scale views. -
Interactive visualization of how neural networks process information through layers.
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Interactive visualization of Porter's Five Forces competitive analysis framework. -
Interactive visualization showing CPU clock speed evolution and the Power Wall phenomenon. -
Interactive visualization showing exponential growth of AI task completion to 2030. -
Interactive visualization of how tokens attend to other tokens in transformer self-attention.
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Interactive SWOT analysis diagram for AI strategy development with hover descriptions. -
Interactive infographic visualizing the Technology Adoption Lifecycle Curve. -
Interactive timeline showing over 100 key events in Deep Learning history from 1935 to present. -
Interactive demonstration of how text is converted to tokens with cost implications.
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Interactive visualization demonstrating how text is tokenized for language model processing. -
Interactive visualization of semantic similarity in word embedding space.
Libraries Used¶
MicroSims in this textbook use various JavaScript visualization libraries:
| Library | Purpose |
|---|---|
| p5.js | General interactive graphics |
| Chart.js | Data visualization charts |
| vis-network | Network graph visualization |
| Mermaid | Diagrams and flowcharts |
| Plotly | Scientific plotting |
Creating New MicroSims¶
New simulations can be created using the microsim-generator skill, which routes to the appropriate visualization library based on requirements.