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Sam Ortega Personal
Augmented Intelligence (AI) Chatbot

117. AI Tutor search using Stanford Library ⤵
116. How will Artificial Intelligence (AI) Power New Learning in Education? ⤵
115. What does learning look like in the age of AI? ⤵
114. ChatGPT iteration explanation. Using these reward models, we can fine-tune the model using Proximal Policy Optimization. We performed several iterations of this process. ⤵
113. How artificial intelligence will impact K-12 teachers ⤵
112. Artificial Intelligence (AI) and Education ⤵
111. Grid Orchestration Operating System ⤵
110. EV Usable State of Charge ⤵
109. Capacitor Switching Circuit Analysis ⤵
108. EV Battery Sizing Calculator ⤵
107. Capturing the Benefits of Grid-Forming Batteries: A Unique Window of Opportunity ⤵
106. Show me how a good leader that helps everybody to succeed. ⤵
105. Interview with CEO Taniguchi of Hitachi Digital: “Digital is an Important Driver of Growth” ⤵
104. What determines the reactance of a transformer ? ⤵
103. Anthropic Forges Partnership With Google Cloud to Help Deliver Reliable and Responsible AI ⤵
102. Open Field Message Bus (OpenFMB) ⤵
101. Innovation in the Education Sciences (the new IES) ⤵
100. ‘No regrets’ approach to big batteries, green hydrogen and grid reliability urgently needed, analysts say Uncertainty and opportunity in the Biden administration’s infrastructure and climate bill incentives challenge regulators and utilities to plan smarter. ⤵
99. AI Tools Like ChatGPT May Reshape Teaching Materials — And Possibly Substitute Teach ⤵
98. The Computer That Will Change Everything Eight years in the making, Aurora, a powerful new machine at Argonne National Laboratory, could help solve some of the most pressing questions of our time. Welcome to the new era of supercomputing. ⤵
97. Collected knowledge about Smart Substation A Software Defined Substation ⤵
96. Collected knowledge about Internet of Things and Beyond ⤵
95. Oxford University Romanes Speech about Liberal Education and Democracy ⤵
94. Collected knowledge about How to Make Invisible Visible ⤵
93. Collected knowledge about Future of Personal AI Chatbot ⤵
92. Collected knowledge about Future Workforce ⤵
91. Collected knowledge about One Brain Neuron on average has 7,000 Wiring Endpoints or Synapses ⤵
90. Get me the travelling salesman calculator ⤵
89. How to tell if a person is really a subject matter expert in machine learning? ⤵
88. Fundamentals of Engineering (FE) ELECTRICAL AND COMPUTER CBT Exam Specifications Effective Beginning with the July 2020 Examinations ⤵
87. Solve for the Present, Design for the Future ⤵
86. Learn to Select Good Examples with Reinforcement Learning for Semi-structured Mathematical Reasoning ⤵
85. Learn to Explain: Multimodal Reasoning via Thought Chains for Science Question Answering ⤵
84. Given the ubiquitous nature of numbers in text, reasoning with numbers to perform simple calculations is an important skill of AI systems. ⤵
83. Retrieval of equations/formulas/expressions based on textual queries ⤵
82. Among the bulwarks for all workers are the foundational skills—the ability to set and achieve goals, manage projects, make sense of data, communicate effectively, and work well with teams. These skills are in high demand, lead to higher pay, afford workers greater mobility, and increase in value over time. ⤵
81. Business Higher Education Forum (BHEF) members, including Wiley, PwC, and Ellucian, are involved in customer discovery and pilot testing, with upcoming opportunities for other members to engage ⤵
80. Colleges, job training programs, and employers offer all kinds of credentials—from degrees to certifications to badges—for learning and gaining skills. But with almost 1,000,000 different credentials it is hard to easily find reliable and actionable information on the value of various credentials, where to get them, what each competency and skill means, cost, and employment opportunities associated with each opportunity. Credential transparency requires bringing together this varied information from colleges, companies, government agencies and others to describe the knowledge and skills they confer and expect in clear, detailed, and consistent language—the Credential Transparency Description Language (CTDL) ⤵
79. Credential Engines ⤵
78. Knowledge, skills, and abilities ⤵
77. 2018 Standard Occupational Classification System (SOC) Definitions U.S. Bureau of Labor Statistics ⤵
76. 2018 Standard Occupational Classification System (SOC). All workers are classified into one of 867 detailed occupations according to their occupational definition. To facilitate classification, detailed occupations are combined to form 459 broad occupations, 98 minor groups, and 23 major groups. Detailed occupations in the SOC with similar job duties, and in some cases skills, education, and/or training, are grouped together. ⤵
75. Schools throughout the United States and its territories offer thousands of similar programs of study, but each have their unique program names and descriptions. The U.S. Department of Education (ED), which collects and reports data about these programs of study, developed the classification of instructional programs (CIP) ⤵
74. Annual Expenditures for Workforce Education and Training in the U.S., 2017 Estimates ⤵
73. Counting U.S. Postsecondary and Secondary Credentials ⤵
72. Eaton Brightlayer Utilities suite ⤵
71. Eaton Brightlayer: How we’re bringing the digital future to light ⤵
70. SKILLS SIMILARITY TO AI/ML SKILLS ⤵
69. SKILLS SIMILARITY TO CLOUD SKILLS ⤵
68. HIGH DEMAND CLOUD SKILLS ⤵
67. A “State of Skills” Report from the Burning Glass Institute, the Business-Higher Education Forum, and Wiley ⤵
66. Python now available in Web Browser ⤵
65. How to reach 1 billion user to try IN-V-BAT-AI? ⤵
64. Solution Architect – Industry Solutions ⤵
63. Cisco Strategic Alliance Partnership Industrial Network and Security Solutions for Digital Transformation ⤵
62. Power Generation Systems Solar Power Generation Automating Concentrated Solar Power for Efficient Energy Production ⤵
61. PlantPAx Distributed Control System ⤵
60. Power Generation Systems Power Plant Automation, SCADA, and Control Systems ⤵
59. Factory Automation Tools to Help Avoid Downtime ⤵
58. Cloud Manufacturing Software Simplify How You Work and Achieve Your Goals Faster and Easier ⤵
57. FactoryTalk Design Hub Shape a more productive future by designing, scaling and collaborating in the cloud ⤵
56. Rockwell Automation Speeds Time to Market for New Industrial Automation Design, Launches FactoryTalk Design Hub ⤵
55. Rockwell Automation and Cloud Strike Offers Comprehensive Endpoint Protection ⤵
54. Rockwell Advanced Manufacturing Video ⤵
53. Core Artificial Intelligence and Global Education ⤵
52. Education technology: Scale up the provision of self directed learning and nano-degrees for lifelong learning ⤵
51. Github CoPilot: AI Programming Pair ⤵
50. GE Research: Flexible Transformer ⤵
49. TSMC Announces Updates for TSMC Arizona ⤵
48. How technology can let us see and manipulate memories ⤵
47. What is Augmented Intelligence - IEEE? ⤵
46. What is Augmented Intelligence? ⤵
45. What does Using AI Really Mean? ⤵
44. Comparison of an expert and a novice ⤵
43. Learning is fundamentally tied to our ability to form and retrieve memories
42. Humans are problem finders, AIs are problem solvers when combine together can solve known problem ⤵
41. Meta’s Yann LeCun on his vision for human-level AI ⤵
40. One Click Search Breakthrough Technology Explanation ⤵
39. Teaching AI in Computer Science Class from ISTE ⤵
38. Conversation information retrieval Stanford proposal ⤵ .
37. Conversation information retrieval in the future ⤵
36. Facebook future roadmap in Augmented Reality (AR), Virtual Reality (VR), and immersive world called Metaverse ⤵
35. The Ethics and Governance of Artificial Intelligence Initiative ⤵
34. Ada Lovelace Institute mission to ensure data and AI work for people and society ⤵
33. World Economic Forum Governance of Chatbots in Healthcare ⤵
32. Ethics of AI in Education ⤵
31. Computer Science Education Around the World ⤵
30. The use of AI for learning and assessment ⤵
29. AI has also entered the world of education. ‘Intelligent’, ‘adaptive’ and ‘personalized’ learning systems ⤵
28. There are currently no commercial AI-enabled lifelong learning products, and little research ⤵ .
27. These lifelong learning companions could be based in the cloud, accessible via a multiplicity of devices ⤵
26. Deciphering Chinas AI Dream ⤵
25. Artificial Intelligence Applications to Support K–12 Teachers and Teaching ⤵ .
24. Classroom Guide for Teaching AI and Ethics ⤵
23. AI Readiness Index 2020 Report ⤵
22. Digital Skills Analysis Around The World ⤵ .
21. How to convert polar notation to exponential notation ⤵ .
20. Understanding Latent Space to Represent Many Variables Then Reduce It to 3D or 2D ⤵ .
19. Understanding Manifold Concept to Visualize Thousands or More Data Variables Like in Images and Video ⤵ .
18. Using Python Scikit-Learn to Create Manifold in Order to Visualize Many Variables ⤵ .
17. t-SNE? t-Distributed Stochastic Neighbor Embedding (t-SNE) is a technique for dimensionality reduction that is particularly well suited for the visualization of high-dimensional datasets into 3D or 2D representation. ⤵ .
16. Convolutional Neural Network for Visual Recognition - 2016 Video Lectures ⤵
15. AI Tesla 2021 Automonous Car Vision Development Update ⤵
14.. Big O Notation in Computer Science is about calculating the time to retrieve or process information ⤵
13. What Microsoft’s Satya Nadella thinks about work of the future ⤵
12. Matlab Collected Knowledge
11. identify the right problems and set the right expectations for what success looks like
10. Job competencies are composed of three cluster namely knowledge and skills, attitudes, and Abilities
9. Crunchbase Unicorn Board
8. Automation, Augmentation, Value Creation & the Distribution of Income & Wealth
7. US Student Enrollment
6. How many US students enrolled in 4th Grade
5. Can technology enable effective and efficient learning of surgical technical skills?
4. Automated skill assessment for individualized training in robotic surgery
3. How Does The Hippocampus Support The Creation Of Memories?
2. Who is investing in the Science of Learning?
1. A Dialogue between Yoshua Bengio and Gary Marcus
Compute the power factor
Induced Voltage in Inductor Calculator
Motor Formulas Calculator
Ratio and Proportion Calculator
2 Simultaneous Linear Equations Calculator
3 Simultaneous Linear Equations Calculator
Trigonometry Calculator
Decimal to Binary, Octal, Hexa Calculator
Digital Signal Conversion Calculator
Pressure Conversion Calculator
Cycle to millisecond Conversion Calculator
Power Conversion Calculator
Energy Conversion Calculator
Torque Conversion Calculator
Transformer Voltage Ratio Calculator
Amplitude Ratio Calculator

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Why do you need a personal augmented intelligence (AI) chatbot? Because it is useful in data storage, information retrieval, and fast computation with less error.

IN-V-BAT-AI uses explainable Artificial Intelligence (AI) to automate repetitive solved problem or routine calculation so we can focus our brain power to solve harder new problem then automate again once it is solved.

Learn Once and Never Forget
Now Possible !

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IN-V-BAT-AI is a disruptive innovation in computing and web search technology. For example scientific calculator help us speed up calculation but we still need to remember accurately the formula and the correct sequence of data entry. Here comes the disruptive innovation from IN-V-BAT-AI , today the problem of remembering formula and the correct sequence of data entry is now solved by combining formula and calculation and make it on demand using smartphone, tablet, notebook, Chromebook, laptop, desktop, school smartboard and company big screen tv in conference room with internet connection.