Winning the national security AI competition : a practical guide for government and industry leaders /
In introducing the National Security Commission on AI's final report, Eric Schmidt, former Google CEO, and Robert Work, former Deputy Secretary of Defense, wrote: "The human talent deficit is the government's most conspicuous AI deficit and the single greatest inhibitor to buying, bui...
Clasificación: | Libro Electrónico |
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Autores principales: | , |
Formato: | Electrónico eBook |
Idioma: | Inglés |
Publicado: |
[New York, NY] :
Apress,
[2023]
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Temas: | |
Acceso en línea: | Texto completo (Requiere registro previo con correo institucional) |
Tabla de Contenidos:
- Intro
- Contents
- About the Authors
- Advance Praise
- Acknowledgments
- Foreword
- Introduction
- Chapter 1: The Three Imperatives to Develop AI Leaders
- Summary
- Imperative #1: Mission Needs
- Imperative #2: AI and Autonomous Systems
- Imperative #3: AI Leaders
- Outline of the Book
- Leaders Are Essential
- Chapter 2: How Leaders Should Think and Talk About AI
- Summary
- AI Value Varies
- Case Example: Exploring the Limits of AI's Value
- Four Types of Projects
- Understanding Performance
- A Look at Quantitative Performance Assessments in the Wild
- An Exemplar Performance Assessment: High Value Individual (HVI) Study
- The Mission Problem
- Quantitative Assessment of Mission Value
- Impact
- A Look at Dashboards in the Wild
- An Exemplar Dashboard: Naval Fuel Analytics and Characterization Tool (NFACT)
- The Mission Problem
- Standardizing Data Cleaning and Visualization
- Impact
- Driving Improvement
- A Look at Experiments in the Wild
- An Exemplar AI Experiment Releasing Official Government Records to the Public
- The Mission Problem
- Experimenting with Machine Review of Documents
- Impact
- A Look at Deployed Models in the Wild
- An Exemplar Deployed Model Project Maven
- The Mission Problem
- Deployed AI Solution
- Impact
- Projects Have Same Technical DNA
- Completely Autonomous is an Oxymoron
- An Exemplar Fully Autonomous System in the Making: Self-Driving Vehicles
- Chapter 3: Leading the Program
- Summary
- Program Axioms
- Axioms for Leading AI Programs
- Illustration of AI Program Contexts
- Case Example: Centralized DoD Program to Counter IED Threat
- Case Example: Lean Six Sigma: Centralized and Decentralized Program Elements
- Case Example: Smartphone Face ID and Implications to Program Design
- Key Leadership Issues and Best Practice for Program Design, Operation, Adaptation
- Chapter 4: Government Programming and Budgeting for AI Leaders
- Summary
- Programming and Budgeting Demystified
- Executing: The Underleveraged Starting Point for Programming and Budgeting
- Formulating: Defending Starts in the Executive Branch Not in Congress
- Defending: Authorization, Appropriations, and Congressional Oversight
- Chapter 5: Data Science for AI Leaders
- Summary
- Programming Skill Required
- Thinking About Common Software
- Statistical Understanding Required
- Labeled Data is One Path
- Foundation Methods Are Key
- Potential Leader Questions
- Advanced Approaches Can Generate Lift
- Text Is An Asset
- Summary Regarding Data Science
- Chapter 6: Leading the Project
- Summary
- Revisiting AI Project Types
- Project Axioms
- Six Major Project Activities
- Activity #1: Selling the Project
- Case Example: Setting Realistic Expectations
- Activity #2: Initiating the Project
- Activity #3: Data Acquisition and Exploration
- Case Example: Misinterpreting Data-A 10B Error