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1. Special Topics

Supervisory Control Design based on the Ramadge-Wonham Framework with -(e^(i*pi))=1

 

Probabilistic Feature Modeling, Analysis and Design using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

Computational Equivalence and Irreducibility for Hybrid Dynamics in the Ramadge-Wonham Framework

 

A System Theoretic View based on Marxian Economics

 

Developing Highly Hierarchical Neural Networks as a Disruptive Innovation in the Ramadge-Wonham Framework

 

The Overwhelming Advantage of Highly Hierarchical Neural Networks in the Ramadge-Wonham Framework Compared to Deep Learning

 

Optimal Control Design of Autonomous Cars on Max-min Algebra

 

Analysis and Design for Hybrid Dynamical Systems in which an Event Occurs with respect to a Singular Point using Highly Hierarchical Neural Networks

 

A Solution to the Curse of Dimensionality Problem using Highly Hierarchical Neural Networks in the Ramadge-Wonham Framework

 

Analysis and Design of  Digital Programmable Currency Systems based on the Ramadge-Wonham Framework

 

Optimal Design of Data Structures and Algorithms for Speeding Up and Memory Saving with a Loop Cost in the Ramadge-Wonham Framework

 

A System-theoretical Development Methodology to Shift Logically from Low-code to No-code

 

Analysis and Design of Hybrid Dynamical Equilibrium in the Ramadge-Wonham Framework

 

Building a Wealth Life Cycle based on Multimedia Big Data Computing

 

An Unified Approach to Real Estate Investment that Becomes More Effective as the Industry Transitions from Limited Data to Big Data

 

Big Data Capital Analysis and Design for Economic Systems in the Ramadge-Wonham Framework

 

Entanglement Analysis in the Ramadge-Wonham Framework

 

A Hybrid Dynamical System Design that Emphasizes Sustainability rather than Efficiency

 

Eco-social Systems with Sustainability and -(e^(i*pi))=1 in the Ramadge-Wonham Framework

 

Introducing and Utilizing the Concept of Inner Consciousness of Time, Space and Subjective Sense apart from Objective Meaning to Analyze Hybrid Dynamical Systems

 

An Engineering Approach to Sovereign Monetary Hybrid Dynamical Systems in the Ramadge-Wonham Framework using Highly Hierarchical Neural Networks

 

A Global Integration Method by State/Event/Object-driven Digital Transformation Design in the Ramadge-Wonham Framework

 

An Information Finding Architecture for Next Generation Search Systems

 

Passage-based Document Analysis and Design on Search Networks especially for Short Queries

 

Analysis and Design of Semantic Web Trust Information Networks by Author Social Ranking

 

Strictly Lk-live Algorithm Design for Search Networks

 

A Modified and Extended Coverability Algorithm for More Effective Search Dynamics Computing

 

Analysis and Synthesis of Search Dynamics based on a Coverability Algorithm

 

Decidability and Equality Problem of Search Dynamics

 

Reachability Analysis for Controlled, k-bounded and Safe Search Systems

 

High-level Search Predicate Design as a Structually Folded and Colored Representation 

 

Network Analysis with Structual Liveness of Search

 

Deriving a Fundamental Circuit Matrix of Timed Search Networks

 

Structual Analysis of Forward/Backward Conflict-free Search

 

Entity Class Synthesis by Synchronic Distance Matrix of Search

 

Stability and Persistence Analysis of Parallel and Speed-independent Asynchronous Search

 

State/Event/Object-oriented Analysis and Design for Search Specification and Verification

 

A Partial-order-based Approach to Persistent and Sleep Set Searches

 

Bounded and Unconditional/Global Fairness of Search based on Every Event Sequence by User Experiences

 

Search Verification based on Linear Invariants

 

A Hierarchical Search Manner for Reduction and Synthesis

 

Distribution of Search Control over Edges

 

Series, Parallel, Unique-circuit, V-Y and Separable Graph Expansion of Search Networks

 

Confluence and Directedness Analysis of Search Subclasses

 

State Predicates and Functions for Assertional Reasoning of Search

 

A Backtracking Approach to Linear Logic for Representation of Search Networks

 

Search Analysis and Design for Structual B-Fairness and Boundedness

 

Prototyping as an Approach to Search Life-cycle and Validation

 

State-space Caching for Search Verification

 

Necessary and Sufficient Conditions for the Complete Controllability and Observability of Search Matrix

 

Multithreading, Synchronisation and Asynchrony for Centralised/Discentralised Search Control

 

Rewriting Specifications and Semantics for Search Model Checking

 

A Search Matrix Method like Loop-current Distribution Yielding an Invariant

 

Computation and Selection of Positive Search Invariants

 

Search Evaluation of Partitioning Properties

 

Computation of Prototype Search Entities and Speeding up the Algorithm

 

Search Transformation in case that an Algorithm Fails

 

On the Search Implementation of Prototype Entities

 

Reproducing a State of Search using the Concept of Negative or Borrowed Traffic

 

Developing Prototype and Execution Search Environment

 

Search Mapping Processes onto a Given Architecture

 

A Structually Bounded Search for a Minimal Nonnegative Reproduction Vector

 

Integration and Multi-formalism Approaches Including Search Constraints

 

Reinforcement Learning on Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

Building a Microeconomic System Framework towards Market Engineering

 

Market Engineering Protocols in Agent UML (Unified Modeling Language)

 

Impact of Strategic Positioning on Profit-maximizing Neutral Electronic Markets in Market Engineering

 

Transforming Concept to Roles and Interactions in Market Engineering

 

Preliminary Layout Design of Service Blueprint by Agents, Functionality and Acquaintances Model in Market Engineering

 

Blueprinting as Protocol Engineering in Market Engineering

 

A Structured Design Process for Electronic Markets in Market Engineering

 

A Successful Organization with an Out-of-the-box Business Concept in Market Engineering

 

Solving Dining Philosophers/Producers-consumers Problem with Priority in Market Engineering

 

A Tradeoff between Modeling Generality and Analysis Capability in Market Engineering

 

Reflexive, Symmetric and Nontransitive Events and Concurrency in Market Engineering

 

Partially Conservative, Repetitive and Consistent Structures with Siphon and Trap in Market Engineering

 

Market Engineering for Marketing from a Holistic Perspective

 

Big Data Random Analysis and Control of Trading on the Commercials and Institutional Investors in Financial Markets

 

Big Data Analysis by Highly Hierarchical Random Connected Neural Networks in Hybrid Dynamical Systems

 

Big Data Sentiment Analysis for Conditional Trading using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

A Big Data VIX Fear Level Approach by Social Media and Financial Market Analysis using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

An Optimal Lockdown Policy for Pandemic Fear of Viruses by Susceptible, Infected, Recovered and Removed Agents using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

Developing an Intelligent Lockdown System based on Internet of Things in the Ramadge-Wonham Framework

 

System-theoretical Engineering Measures from Pandemic to Syndemic

 

An Engineering Method for Rebuilding a Human Society unable to Revert an Upside Down World

 

The Zeroth Theorem of the History of Engineering Science

 

Bitcoin Analysis and Prediction with Big Data of Financial Indices

 

Analysis and Design of a Blockchain System in order to Eliminate Fraudulent Voting and Voter Registration Fraud in Elections

 

A Horse Racing Prediction Approach using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

A Classical Multiple Regression Analysis Approach to Big Data of Financial Indices like Victor Niederhoffer and George Soros' Fund

 

Developing an Autonomous Short-term Trading Algorithm like Larry Williams

 

A Money Management Strategy with Big Data Analysis for High-risk High-return Funds

 

An Engineering Approach for Strategies to Win an Election utilizing PA and D-C methods in a Social Cognitive Framework with a Case Study of U.S. Presidential Election

 

Ramadge-Wonham Supervisory Control Design for the Game of Go, Shogi, Othello and Poker using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

Qualitative and/or Quantitative Analysis of Hybrid Dynamical Systems with Adaptive Unconscious Modeling in the Ramadge-Wonham Framework

 

Analysis, Synthesis and Design from External Supervisor to Internalized Supervisory Control in the Ramadge-Wonham Framework

 

Divinized Economical Modeling, Analysis and Design in the Ramadge-Wonham Framework

 

Ramadge-Wonham Supervisory Control Design in the Context of the Unseen Realm by Dr. Michael S. Heiser, a Scholar in the Fields of the Ancient Near East, Semitic Languages and Hebrew Studies

 

Ramadge-Wonham Supervisory Control Design in the Context of Colossians 2:19

 

Ramadge-Wonham Supervisory Control Design in the Context of Mark 10:51-52

 

Ramadge-Wonham Supervisory Control Design in the Context of Hebrews 11:1

 

Ramadge-Wonham Supervisory Control Design in the Context of Deuteronomy 1:11

 

Ramadge-Wonham Supervisory Control Design in the Context of John 5:19-21, Luke 1:35, John 1:1-3, Hebrews 1:3, Hebrews 2:11-12, Romans 8:28-30 and Mark 3:31-35

 

Ramadge-Wonham Supervisory Control Design in the Context of Act 17:22-26, Romans 3:23-24, Romans 6:23, Romans 5:8-11, Romans 10:9-10 and Ephesians 2:8-10

 

Ramadge-Wonham Supervisory Control Design in the Context of Proverbs 3:1-10 and Hebrews 4:3

 

Ramadge-Wonham Supervisory Control Design in the Context of Timothy 3:16-17, Psalm 12:6, John 14:8-9, Isaiah 7:14, Isaiah 9:6, Micah 5:2, Isaiah 53:3-7 and John 5:39

 

Ramadge-Wonham Supervisory Control Design in the Context of John 1:1-5, Genesis 1:1-3, John 8:12, John 1:10-13, John 1:14 and Isaiah 7:14

 

Ramadge-Wonham Supervisory Control Design in the Context of Psalm 14:1, Genesis 1:1-5, Ecclesiastes 3:11, Psalm 19:1-4 and Hebrews 11:6

 

Ramadge-Wonham Supervisory Control Design in the Context of Psalm 34:1-8, especially Psalm 34:4, 6 and 7

 

Ramadge-Wonham Supervisory Control Design in the Context of Jeremiah 49:34-39

 

Ramadge-Wonham Supervisory Control Design in the Context of Ecclesiastes 1:1-3, Ecclesiastes 2:1-25, Matthew 11:28-30, John 10:7-10 and Ecclesiastes 12:13-14

 

Ramadge-Wonham Supervisory Control Design in the Context of Genesis 2:18-25 and 2 Kings 6:1-17

 

Ramadge-Wonham Supervisory Control Design in the Context of Genesis 3:1-13

 

Ramadge-Wonham Supervisory Control Design in the Context of Matthew 24:3-13, Revelation 6:10-11 and Hebrews 5:13-14

 

2. Silicon Valley

Coming soon...

 

3. Bangalore

Coming soon...

 

4. Tel Aviv

Coming soon...

 

5. Discussion

(i) Talk

(ii) Look Back

(iii) Read & Retell

(iv) Read & Look

(v) Read & Look Again

(vi) Inside Me

(vii) Who else?


References


Ramadge and Wonham Framework

http://rutcor.rutgers.edu/~pinzon/papers/rrr1/node4.html

 

Hybrid system

https://en.wikipedia.org/wiki/Hybrid_system

 

30 years of the Ramadge-Wonham Theory of Supervisory Control: A Retrospective and Future Perspectives

https://supremica.org/30-years-of-the-ramadge-wonham-theory-of-supervisory-control-a-retrospective-and-future-perspectives/

 

Discrete event dynamic system

https://en.wikipedia.org/wiki/Discrete_event_dynamic_system

 

Formal language

https://en.wikipedia.org/wiki/Formal_language

 

Automata theory

https://en.wikipedia.org/wiki/Automata_theory

 

Market engineering

https://en.wikipedia.org/wiki/Market_engineering


Artificial intelligence

https://en.wikipedia.org/wiki/Artificial_intelligence

 

Underspecification Presents Challenges for Credibility in Modern Machine Learning

https://arxiv.org/abs/2011.03395

 

Deep learning

https://en.wikipedia.org/wiki/Deep_learning

※Most Research in Deep Learning is a Total Waste of Time

https://www.youtube.com/watch?v=Bi7f1JSSlh8

Real-time

https://en.wikipedia.org/wiki/Real-time

 

Real-time computing

https://en.wikipedia.org/wiki/Real-time_computing

 

MarketPsych

https://www.marketpsych.com/

 

■2017

Analysis and Design of  Digital Programmable Currency Systems based on the Ramadge-Wonham Framework

 

An Optimal Lockdown Policy for Pandemic Fear of Viruses by Susceptible, Infected, Recovered and Removed Agents using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

Developing an Intelligent Lockdown System based on Internet of Things in the Ramadge-Wonham Framework

 

System-theoretical Engineering Measures from Pandemic to Syndemic

 

An Engineering Method for Rebuilding a Human Society unable to Revert an Upside Down World

 

The Zeroth Theorem of the History of Engineering Science

 

Bitcoin Analysis and Prediction with BIG Data of Financial Indices

 

Analysis and Design of a Blockchain System in order to Eliminate Fraudulent Voting and Voter Registration Fraud in Elections

 

A Horse Racing Prediction Approach using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

Qualitative and/or Quantitative Analysis of Hybrid Dynamical Systems with Adaptive Unconscious Modeling in the Ramadge-Wonham Framework

 

Analysis, Synthesis and Design from External Supervisor to Internalized Supervisory Control in the Ramadge-Wonham Framework

 

Divinized Economical Modeling, Analysis and Design in the Ramadge-Wonham Framework

 

Ramadge-Wonham Supervisory Control Design in the Context of the Unseen Realm by Dr. Michael S. Heiser, a Scholar in the Fields of the Ancient Near East, Semitic Languages and Hebrew Studies


Evolutional Artificial Intelligence and Deep Learning

 

A Deductive and/or Inductive Approach to Artificial Intelligence

 

Philosophy and Approach for True Artificial Intelligence

 

What is the Difference between Artificial Intelligence and Human Brain and Heart?

 

Developing non-von Neumann Computer for Artificial Intelligence

 

Financial Trading Not Affected by Artificial Intelligence

 

Increasing Traffic due to PA with Practical Case Study

 

Search Design Policy for User Experience

 

From Market to Marketing and Distribution Economics

 

Analysis of Industrial Revolution from an Innovator's Point of View

 

Practical Marketing Methods using AIDMA

 

Contemporary Sense and Agility to Spot Trends for Marketing

 

Product, Process/Cycle and Organization of Intelligence and Counterintelligence

 

U.S. Intelligence Community such as CIA and FBI

 

Seven Steps of Business/Competitive Intelligence Process

 

The History and Purpose of UML

 

Fundamental Concepts of Object-Oriented World in UML

 

Coverability Algorithm for Object Aggregation

 

Complex Embedded and Computer System Properties based on IoT/M2M Networking

 

Toward Reliable Data Analysis and Control for Internet of Things

 

Economic Growth and the 4th Industrial Revolution by Market Engineering

 

Analysis and Design of Hybrid Dynamical Systems on Internet of Things

 

A Multiprogramming Environment for Various Languages

 

The Key Trends in the US Digital Advertising Market

 

Contextual Commerce for Increasing Conversion Rates

 

Some Tips for Utilizing Big Data and an Important Message by Dr. Alan Curtis Kay who

is Famous for Object Orientation

 

Practical Big Data Utilization

 

Effective Listening Skills in Business Communication

 

Data Lake for Exploration, Discovery and Deep Learning

 

Avoiding the Traps of Generalization

 

■2016

A Solution to the Curse of Dimensionality Problem using Highly Hierarchical Neural Networks in the Ramadge-Wonham Framework

 

Analysis and Design of Hybrid Dynamical Equilibrium in the Ramadge-Wonham Framework

 

Building a Wealth Life Cycle based on Multimedia Big Data Computing

 

An Unified Approach to Real Estate Investment that Becomes More Effective as the Industry Transitions from Limited Data to Big Data

 

Big Data Capital Analysis and Design for Economic Systems in the Ramadge-Wonham Framework

 

Another Search System Distilled

 

An Analysis Technique of Class and Association for Contents Generation with an Example from Paul's Letter to the Romans

 

■2015 

Analysis and Design for Hybrid Dynamical Systems in which an Event Occurs with respect to a Singular Point using Highly Hierarchical Neural Networks

 

Fundamental Change and Paradigm Shift of Optimal Design Policy, Contextualization and Human Society

 

A Formal Approach to Analysis and Design of Dynamical Semantics

 

■2014

The Overwhelming Advantage of Highly Hierarchical Neural Networks in the Ramadge-Wonham Framework Compared to Deep Learning

 

Introducing and Utilizing the Concept of Inner Consciousness of Time, Space and Subjective Sense apart from Objective Meaning to Analyze Hybrid Dynamical Systems

 

From Web Search to Real World Finding on the Internet of Things

 

Reduction of Search Dynamics and Strongly Connected Networks

 

Coverability and Effective Links Design

 

■2013

Computational Equivalence and Irreducibility for Hybrid Dynamics in the Ramadge-Wonham Framework

 

A Hybrid Dynamical System Design that Emphasizes Sustainability rather than Efficiency

 

Stability and Persistence Analysis of Parallel and Speed-independent Asynchronous Search

 

Bounded and Unconditional/Global Fairness of Search based on Every Event Sequence by User Experiences

 

Prototyping as an Approach to Search Life-cycle and Validation

 

Integration and Multi-formalism Approaches Including Search Constraints

 

■2012

Entity Class Synthesis by Synchronic Distance Matrix of Search

 

State/Event/Object-oriented Analysis and Design for Search Specification and Verification

 

Computation and Selection of Positive Search Invariants

 

A Structually Bounded Search for a Minimal Nonnegative Reproduction Vector

 

■2011

Structual Analysis of Forward/Backward Conflict-free Search

 

Confluence and Directedness Analysis of Search Subclasses

 

A Search Matrix Method like Loop-current Distribution Yielding an Invariant

 

Search Mapping Processes onto a Given Architecture

 

■2010

Deriving a Fundamental Circuit Matrix of Timed Search Networks

 

State Predicates and Functions for Assertional Reasoning of Search

 

Rewriting Specifications and Semantics for Search Model Checking

 

Reproducing a State of Search using the Concept of Negative or Borrowed Traffic

 

■2009

Network Analysis with Structual Liveness of Search

 

Series, Parallel, Unique-circuit, V-Y and Separable Graph Expansion of Search Networks

 

Multithreading, Synchronisation and Asynchrony for Centralised/Discentralised Search Control

 

On the Search Implementation of Prototype Entities

 

■2008

High-level Search Predicate Design as a Structually Folded and Colored Representation 

 

Distribution of Search Control over Edges

 

Necessary and Sufficient Conditions for the Complete Controllability and Observability of Search Matrix

 

Search Transformation in case that an Algorithm Fails

 

■2007

Reachability Analysis for Controlled, k-bounded and Safe Search Systems

 

A Hierarchical Search Manner for Reduction and Synthesis

 

State-space Caching for Search Verification

 

Computation of Prototype Search Entities and Speeding up the Algorithm

 

■2006

A System Theoretic View based on Marxian Economics

 

A Modified and Extended Coverability Algorithm for More Effective Search Dynamics Computing

 

Analysis and Synthesis of Search Dynamics based on a Coverability Algorithm

 

Decidability and Equality Problem of Search Dynamics

 

Search Verification based on Linear Invariants

 

Search Analysis and Design for Structual B-Fairness and Boundedness

 

Search Evaluation of Partitioning Properties

 

■2005

A Global Integration Method by State/Event/Object-driven Digital Transformation Design in the Ramadge-Wonham Framework

 

Strictly Lk-live Algorithm Design for Search Networks

 

A Partial-order-based Approach to Persistent and Sleep Set Searches

 

A Backtracking Approach to Linear Logic for Representation of Search Networks

 

Developing Prototype and Execution Search Environment

 

Big Data Sentiment Analysis for Conditional Trading using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

A Big Data VIX Fear Level Approach by Social Media and Financial Market Analysis using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

A Classical Multiple Regression Analysis Approach to Big Data of Financial Indices like Victor Niederhoffer and George Soros' Fund

 

Developing an Autonomous Short-term Trading Algorithm like Larry Williams

 

A Money Management Strategy with Big Data Analysis for High-risk High-return Funds

 

An Engineering Approach for Strategies to Win an Election utilizing PA and D-C methods in a Social Cognitive Framework with a Case Study of U.S. Presidential Election


■2004

The Contextualized UML

 

An Information Finding Architecture for Next Generation Search Systems

 

Passage-based Document Analysis and Design on Search Networks especially for Short Queries

 

An Engineering Approach to Sovereign Monetary Hybrid Dynamical Systems in the Ramadge-Wonham Framework using Highly Hierarchical Neural Networks

 

A System-theoretical Development Methodology to Shift Logically from Low-code to No-code

 

■2003

Analysis and Design of Semantic Web Trust Information Networks by Author Social Ranking

 

Building a Microeconomic System Framework towards Market Engineering

 

Market Engineering Protocols in Agent UML (Unified Modeling Language)

 

Impact of Strategic Positioning on Profit-maximizing Neutral Electronic Markets in Market Engineering

 

Transforming Concept to Roles and Interactions in Market Engineering

 

Preliminary Layout Design of Service Blueprint by Agents, Functionality and Acquaintances Model in Market Engineering

 

Blueprinting as Protocol Engineering in Market Engineering

 

A Structured Design Process for Electronic Markets in Market Engineering

 

A Successful Organization with an Out-of-the-box Business Concept in Market Engineering

 

Solving Dining Philosophers/Producers-consumers Problem with Priority in Market Engineering

 

A Tradeoff between Modeling Generality and Analysis Capability in Market Engineering

 

Reflexive, Symmetric and Nontransitive Events and Concurrency in Market Engineering

 

Partially Conservative, Repetitive and Consistent Structures with Siphon and Trap in Market Engineering

 

Market Engineering for Marketing from a Holistic Perspective

 

■2002

Optimal Control Design of Autonomous Cars on Max-min Algebra

 

Reinforcement Learning on Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

Big Data Random Analysis and Control of Trading on the Commercials and Institutional Investors in Financial Markets

 

Big Data Analysis by Highly Hierarchical Random Connected Neural Networks in Hybrid Dynamical Systems

 

Ramadge-Wonham Supervisory Control Design for the Game of Go, Shogi, Othello and Poker using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

Ramadge-Wonham Supervisory Control Design in the Context of Colossians 2:19

 

Ramadge-Wonham Supervisory Control Design in the Context of Mark 10:51-52

 

Ramadge-Wonham Supervisory Control Design in the Context of Hebrews 11:1

 

Ramadge-Wonham Supervisory Control Design in the Context of Deuteronomy 1:11

 

Ramadge-Wonham Supervisory Control Design in the Context of John 5:19-21, Luke 1:35, John 1:1-3, Hebrews 1:3, Hebrews 2:11-12, Romans 8:28-30 and Mark 3:31-35

 

Ramadge-Wonham Supervisory Control Design in the Context of Act 17:22-26, Romans 3:23-24, Romans 6:23, Romans 5:8-11, Romans 10:9-10 and Ephesians 2:8-10

 

Ramadge-Wonham Supervisory Control Design in the Context of Proverbs 3:1-10 and Hebrews 4:3

 

Ramadge-Wonham Supervisory Control Design in the Context of Timothy 3:16-17, Psalm 12:6, John 14:8-9, Isaiah 7:14, Isaiah 9:6, Micah 5:2, Isaiah 53:3-7 and John 5:39

 

Ramadge-Wonham Supervisory Control Design in the Context of John 1:1-5, Genesis 1:1-3, John 8:12, John 1:10-13, John 1:14 and Isaiah 7:14

 

Ramadge-Wonham Supervisory Control Design in the Context of Psalm 14:1, Genesis 1:1-5, Ecclesiastes 3:11, Psalm 19:1-4 and Hebrews 11:6

 

Ramadge-Wonham Supervisory Control Design in the Context of Psalm 34:1-8, especially Psalm 34:4, 6 and 7

 

Ramadge-Wonham Supervisory Control Design in the Context of Jeremiah 49:34-39

 

Ramadge-Wonham Supervisory Control Design in the Context of Ecclesiastes 1:1-3, Ecclesiastes 2:1-25, Matthew 11:28-30, John 10:7-10 and Ecclesiastes 12:13-14

 

Ramadge-Wonham Supervisory Control Design in the Context of Genesis 2:18-25 and 2 Kings 6:1-17

 

Ramadge-Wonham Supervisory Control Design in the Context of Genesis 3:1-13

 

Ramadge-Wonham Supervisory Control Design in the Context of Matthew 24:3-13, Revelation 6:10-11 and Hebrews 5:13-14

 

■2001

Supervisory Control Design based on the Ramadge-Wonham Framework with -(e^(i*pi))=1

 

Eco-social Systems with Sustainability and -(e^(i*pi))=1 in the Ramadge-Wonham Framework

 

Entanglement Analysis in the Ramadge-Wonham Framework

 

Optimal Design of Data Structures and Algorithms for Speeding Up and Memory Saving with a Loop Cost in the Ramadge-Wonham Framework

 

Probabilistic Feature Modeling, Analysis and Design using Highly Hierarchical Neural Networks in Hybrid Dynamical Systems

 

Developing Highly Hierarchical Neural Networks as a Disruptive Innovation in the Ramadge-Wonham Framework

 

※1994年から2000年までの記録は省略。