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Table of Contents
Intro
Preface
Organisation
Contents
Introduction to M2P
From Models_For_Programming to Modelling_To_Program and Towards Models_As_A_Program
1 The Vision: Next Generation Programming
2 Current Approaches to Model-Based Development
2.1 M4P: Models for Programming
2.2 Model-Driven Development
2.3 Conceptual-Model Programming
2.4 Model-Driven Web Engineering
2.5 Models@Runtime
2.6 Lessons Learned with Model-Based Development
3 Revisiting the State-of-Art
3.1 Currently: Model-Backed Development
3.2 The Body of Knowledge
3.3 Experience Propagation Through Reference Models
3.4 Tools for Model-Based Development
3.5 The Background: Model Suites
3.6 The Trick: Layered Model Development
4 Model-Based Thinking
4.1 The Modelling Method for Programming
4.2 The Near Future M2P: The Modelling_To_Program Initiative
4.3 From Literate Programming to Literate Modelling
4.4 MaP: Towards Second Generation
Modelling as Programming
5 Towards True Fifth Generation Programming
5.1 Ideas for 5PL on the Basis of MaaP
5.2 One Potential Solution: The Onion Meta-model Specification Approach
5.3 5PL Research and Challenges
6 M2P, MaP, MaaP: Summarising
References
Research Papers
How to Catch a Moonbeam: From Model-Ware to Component-Ware Software Product Engineering
1 Introduction
2 Software Systems Engineering Methodology
2.1 SSE Models and Modeling
2.2 SSE Models
2.3 Modeling Language
3 Models to Components Realization
3.1 Model-Ware and Component-Ware
3.2 Flexible and Adaptable Models
3.3 Separation of Concepts from Graphical Symbols
3.4 Meta Modeling Language
3.5 Concepts to Graphical Symbols Coupling
4 Engineering Plug and Play Software Products
4.1 About MetaCASE
5 Conclusions and Reflections: Model-Based Plug and Play Service Engineering
References
Models Versus Model Descriptions
1 Introduction
2 Systems
3 System Descriptions
3.1 Systems and Descriptions
3.2 Semantics and Meaning
4 Models
4.1 The Model-of Relation
4.2 Correctness
5 Relation to the Kiel Notion of Model
5.1 The Kiel Notion of Model
5.2 The Scandinavian Approach to Modelling
5.3 Comparing the Approaches
6 Discussion
6.1 Programming Versus Modelling
6.2 Do Programmers Model?
6.3 Code Generation and Models
6.4 Why is a Description Not a Model?
7 Summary
References
Modeling and Implementing of Industrie 4.0 Scenarios
1 Introduction
2 Model of a Model
3 Characteristics of Industrie 4.0
3.1 Key Scenarios and Their Structure
3.2 Industrie 4.0 Key Statement
4 Subject Oriented Modeling
4.1 Fundamentals
4.2 Subject Behaviour and Interaction
4.3 Structure of Subjects
4.4 Formal Semantics of Subject Oriented Models
4.5 Implementation of Subjects
4.6 Related Work
Preface
Organisation
Contents
Introduction to M2P
From Models_For_Programming to Modelling_To_Program and Towards Models_As_A_Program
1 The Vision: Next Generation Programming
2 Current Approaches to Model-Based Development
2.1 M4P: Models for Programming
2.2 Model-Driven Development
2.3 Conceptual-Model Programming
2.4 Model-Driven Web Engineering
2.5 Models@Runtime
2.6 Lessons Learned with Model-Based Development
3 Revisiting the State-of-Art
3.1 Currently: Model-Backed Development
3.2 The Body of Knowledge
3.3 Experience Propagation Through Reference Models
3.4 Tools for Model-Based Development
3.5 The Background: Model Suites
3.6 The Trick: Layered Model Development
4 Model-Based Thinking
4.1 The Modelling Method for Programming
4.2 The Near Future M2P: The Modelling_To_Program Initiative
4.3 From Literate Programming to Literate Modelling
4.4 MaP: Towards Second Generation
Modelling as Programming
5 Towards True Fifth Generation Programming
5.1 Ideas for 5PL on the Basis of MaaP
5.2 One Potential Solution: The Onion Meta-model Specification Approach
5.3 5PL Research and Challenges
6 M2P, MaP, MaaP: Summarising
References
Research Papers
How to Catch a Moonbeam: From Model-Ware to Component-Ware Software Product Engineering
1 Introduction
2 Software Systems Engineering Methodology
2.1 SSE Models and Modeling
2.2 SSE Models
2.3 Modeling Language
3 Models to Components Realization
3.1 Model-Ware and Component-Ware
3.2 Flexible and Adaptable Models
3.3 Separation of Concepts from Graphical Symbols
3.4 Meta Modeling Language
3.5 Concepts to Graphical Symbols Coupling
4 Engineering Plug and Play Software Products
4.1 About MetaCASE
5 Conclusions and Reflections: Model-Based Plug and Play Service Engineering
References
Models Versus Model Descriptions
1 Introduction
2 Systems
3 System Descriptions
3.1 Systems and Descriptions
3.2 Semantics and Meaning
4 Models
4.1 The Model-of Relation
4.2 Correctness
5 Relation to the Kiel Notion of Model
5.1 The Kiel Notion of Model
5.2 The Scandinavian Approach to Modelling
5.3 Comparing the Approaches
6 Discussion
6.1 Programming Versus Modelling
6.2 Do Programmers Model?
6.3 Code Generation and Models
6.4 Why is a Description Not a Model?
7 Summary
References
Modeling and Implementing of Industrie 4.0 Scenarios
1 Introduction
2 Model of a Model
3 Characteristics of Industrie 4.0
3.1 Key Scenarios and Their Structure
3.2 Industrie 4.0 Key Statement
4 Subject Oriented Modeling
4.1 Fundamentals
4.2 Subject Behaviour and Interaction
4.3 Structure of Subjects
4.4 Formal Semantics of Subject Oriented Models
4.5 Implementation of Subjects
4.6 Related Work