ComputerAided Software Engineering https store theartofservice comthecomputeraidedsoftwareengineeringtoolkit html

• Computer-Aided Software Engineering https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Software development methodology - Computer-aided software engineering The term "computer-aided software engineering" (CASE) can refer to the software used for the automated development of systems software, i. e. , computer code 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Peter Chen - Entity-relationship Modeling and data/conceptual modeling The entity-relationship model serves as the foundation of many systems analysis and design methodologies, computer-aided software engineering (CASE) tools, and repository systems. The ER Model is the basis for IBM's Repository Manager/MVS and DEC's CDD/Plus. 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Peter Chen - Computer-aided software engineering 1 Chen’s work is a cornerstone of software engineering, in particular Computer-Aided Software Engineering (CASE) https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Charles Bachman - Bachman Information Systems 1 In 1983, he founded Bachman Information Systems, which developed a line of computer-aided software engineering (CASE) products. The centerpiece of these products was the BACHMAN/Data Analyst, which provided graphic support to the creation and maintenance of Bachman Diagrams. It was featured in IBM's Reengineering Cycle marketing program, combining: https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Structured analysis - History After the example of computer-aided design and computer-aided manufacturing (CAD/CAM), the use of these tools was named Computer-aided software engineering (CASE). 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Software engineering - Software development process 1 Computer-aided software engineering (CASE) tools are being used to support the software process activities https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

James Martin (author) - Work Martin was an expert in the field of systems design, software development methodology, information engineering and computer-aided software engineering. He was one of the first to promote fourthgeneration programming languages, and was one of the main developers of the Rapid Application Development methodology. 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

James Martin (author) - Computer-aided software engineering 1 The Martin thread in Information Engineering was strategy-driven from the outset and from 1983 was focused on the possibility of automating the development process through the provision of techniques for business description that could be used to populate a data dictionary or encyclopaedia that could in turn be used as source material for code generation. The Martin methodology provided a foundation for the CASE (Computer-Aided Software Engineering) tool industry. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Information engineering - History The Martin methodology provided a foundation for the CASE (computer-aided software engineering) tool industry 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Information engineering - Software tools 1 Other tools include Bachman's Data Analyst, Excelerator, and more. See computer-aided software engineering. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Lonnie D. Bentley - Life and work 1 Aside from systems analysis and design, Bentley also focuses on enterprise applications, business process redesign, computer-aided software engineering (CASE), rapid application development (RAD), and graphical user interface (GUI) design. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Model-driven engineering - History 1 The first tools to support MDE were the Computer-Aided Software Engineering (CASE) tools developed in the 1980 s https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

DRAKON 1 The work was finished in 1996 (3 years after the Buran project was officially closed), when an automated Computeraided software engineering|CASE programming system called Grafit-Floks was developed. [ http: //store. oberoncore. ru/lib/paper/grafit_ A 4. pdf Technique of development of algorithms and programms Grafit-Floks. ] https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

System Architect (software) - History System Architect was initially created and developed by Jan Popkin under the auspices of Popkin Software. System Architect was one of the first Microsoft Windows|Windowsbased computer-aided software engineering (CASE) tools. It evolved through the years to become an enterprise architecture modeling tool — one that enables the end user to utilize many notations and methods to model aspects of their organization in a repository, and disseminate this information to a large audience. 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Software development tool 1 For many years, Computer-aided software engineering|computer-assisted software engineering (CASE) tools were sought after. Successful tools have proven elusive. In one sense, CASE tools emphasized design and architecture support, such as for UML. But the most successful of these tools are IDEs. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Computer-supported collaboration - Numbers 1 The inventor of the computer mouse, Douglas Engelbart, studied collaborative software (especially revision control in computer-aided software engineering and the way a graphic user interface could enable interpersonal communication) in the 1960 s. Alan Kay worked on Smalltalk, which embodied these principles, in the 1970 s, and by the 1980 s it was well regarded and considered to represent the future of user interfaces. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Computer-supported collaboration - Related fields are collaborative product development, Computer-aided design|CAD/Computer-aided manufacturing|CAM, computer-aided software engineering (CASE), Product Lifecycle Management#Concurrent engineering workflow|concurrent engineering, workflow management, distance learning, telemedicine, medical CSCW and the realtime network conferences called MUDs (after multi-user dungeons, although they are now used for more than game-playing). 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

ISeries - Programming Several Computer-aided software engineering|CASE tools are available: [ http: //www. ca. com/us/products/detail/caplex. aspx CA Plex (formerly All. Fusion Plex)] (see *[ http: //wiki. plexinfo. net Plex Wiki]), Accelerator (software)|Accelerator for IBM i, ADELIA, Synon, AS/SET, IBM Rational Business Developer Extension, LANSA (development environment)|LANSA, Pro. Gen Plus, Uniface (programming language) and Gene. Xus. 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Metamodeling - Zoos of metamodels 1 There are several types of meta-model zoos. [ http: //www. eclipse. org/gmt/am 3/zoos/ Atlantic. Zoo]. Some are expressed in ECore. Others are written in Meta-Object Facility|MOF 1. 4 - XML Metadata Interchange|XMI 1. 2. The metamodels expressed in Unified Modeling Language|UML-XML Metadata Interchange|XMI 1. 2 may be uploaded in Poseidon for UML, a Unified Modeling Language|UML computer-aided software engineering|CASE tool. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Fourth-generation programming language - Types 1 * More ambitious 4 GLs (sometimes termed fourth generation environments) attempt to automatically generate whole systems from the outputs of Computer-Aided Software Engineering|CASE tools, specifications of screens and reports, and possibly also the specification of some additional processing logic. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Objecteering 'Objecteering' is a Unified Modeling Language|UML and Model-driven architecture|MDA computer-aided software engineering|CASE tool edited by Objecteering Software, a subsidiary of Softeam. 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Rational Synergy - History 1 Synergy began life in 1988 as a research project for computer-aided software engineering by software developer Pete Orelup at Computers West of Irvine, California|Irvine, California. Computers West was supporting itself through contract software development and an application for finance and insurance at automobile dealerships on the Pick OS, and probably had fewer than 10 employees. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Visual Paradigm for UML 1 'Visual Paradigm for UML' (VP-UML) is a Unified Modeling Language|UML Computer-aided software engineering|CASE Tool supporting UML 2, Systems Modeling Language|Sys. ML and Business Process Modeling Notation|Business Process Modeling Notation (BPMN) from the Object Management Group|Object Management Group (OMG) https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

CASE tool 'Computer-aided software engineering' ('CASE') is the application of a set of tools and methods to a software system with the desired end result of high-quality, defectfree, and maintainable software products. Kuhn, D. L (1989) 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Oracle Designer 'Oracle Designer' is Oracle Corporation|Oracle's Computer-aided software engineering|CASE tool for designing an information system and generating it. After generating the information system one is able to edit the generated code with Oracle Developer Suite 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Meta-Modeling - Zoos of metamodels There are several types of meta-model zoos. [http: //www. eclipse. org/gmt/am 3/zoos/ Atlantic. Zoo]. Some are expressed in ECore. Others are written in Meta-Object Facility|MOF 1. 4 - XML Metadata Interchange|XMI 1. 2. The metamodels expressed in Unified Modeling Language|UML-XML Metadata Interchange|XMI 1. 2 may be uploaded in Poseidon for UML, a Unified Modeling Language|UML computer-aided software engineering|CASE tool. 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Sjaak Brinkkemper - Work information systems methodology, Computer-aided software engineering|CASE-tools, and system development tools. [http: //www. misq. org/archivist/Board/ Brinkkemper. htm Editorial Board Associate Editor: Sjaak Brinkkemper Utrecht University Research Interests] 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Computer-aided technologies 1 * Computer-aided software engineering (CASE) https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Work systems 1 Later Sumner and Ryan (1994) used it to explain problems in the adoption of CASE (computer-aided software engineering) https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Case - Computing and software engineering 1 * Computer-aided software engineering (CASE), use of computers to assist in the software development life cycle https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Decline and Fall of the American Programmer - Chapter outline *6. Computer-aided software engineering|CASE 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

John Zachman - Biography In 1989 at IBM he joined the Computeraided software engineering|CASE Support organization of the Application Enabling Marketing Center, where he worked as a consultant in areas of Information Systems Planning and Enterprise Architecture|Architecture 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Fran Tarkenton also founded Tarkenton Software, a computer-program generator company, and he toured the U. S. promoting CASE (computer-aided software engineering) with Albert F. Case, Jr. of Nastec Corporation. Tarkenton Software later merged with Knowledge. Ware (with Tarkenton as president), until selling the company to Sterling Software in 1994. 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Fran Tarkenton - Post-football life 1 Tarkenton was also a pioneer in computer software, and founder of Tarkenton Software, a program generator company. He toured the United States promoting CASE or computer-aided software engineering with Albert F. Case, Jr. of Nastec Corporation, but ultimately merged his software firm with James Martin (author)|James Martin's Knowledge. Ware, of which Tarkenton was president until selling the company to Sterling Software in 1994. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Software engineers - Subdisciplines 1 * Software engineering tools and methods: The computer-based tools that are intended to assist the software life cycle processes (see Computer-aided software engineering) and the methods which impose structure on the software engineering activity with the goal of making the activity systematic and ultimately more likely to be successful. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Model-driven development - History 1 The first tools to support MDE were the Computer-Aided Software Engineering (Computer Aided Software Engineering|CASE) tools developed in the 1980 s https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

List of computing and IT abbreviations - C 1 * Computer-aided software engineering|CASE— Computer-Aided Software Engineering https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Domain-specific modeling - Overview 1 Domain-specific language differs from earlier code generation attempts in the Computer-aided software engineering|CASE tools of the 1980 s or Unified Modeling Language|UML tools of the 1990 s https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Domain-specific modeling - Tool support for domain-specific languages 1 Many General-Purpose Modeling languages already have tool support available in the form of Computer-aided software engineering|CASE tools. Domain-specific languages tend to have too small a market size to support the construction of a bespoke CASE tool from scratch. Instead, most tool support for domain-specific languages is built based on existing domain-specific language frameworks or through domain-specific language environments. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Big structure - Mapping and technologies 1 Use of Big structure and a reduction of effort required in data wrangling can benefit from an integrative software engineering approach, akin to computeraided software engineering https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Richard Veryard - Information Coordination His book takes the approach that multiple information models exist and the differences and links between them have to be managed. Coordination is currently an area of both intensive theoretical speculation and of practical research and development. Information Coordination explains practical guidelines for information management, both from on-going research and from recent field experience with Computer-aided software engineering|CASE tools and methods. 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Albert F. Case, Jr. 1 'Albert F. Case, Jr. ' (born March 2, 1955) is an American software engineer and one of the leaders in the development of Computer-Aided Software Engineering (CASE) technologies and system development methodologies. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Albert F. Case, Jr. - Work 1 Case of the leaders in the development of Computer-Aided Software Engineering (CASE) technologies and system development methodologies. He also was a major contributor to the Spectrum System Development Methodology, from John D. Toellner Associates, developing the Structured Analysis and Structured Design design tips. https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Albert F. Case, Jr. - Computer-Aided Software Engineering Nastec Corporation both coined the acronym CASE for Computer-Aided Software Engineering and launched the Design. Aid analysis and design tool and the Life. Cycle Manager project configuration and management system 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Albert F. Case, Jr. - Computer-Aided Software Engineering 1 Case was among the most prolific public speakers on the subject of CASE during the 1980 s, helping launch, among other events, the Computer-Aided Software Engineering Symposium as its keynote speaker for its first two years https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Charles W. Bachman - Bachman Information Systems 1 In 1983, he founded Bachman Information Systems, which developed a line of computer-aided software engineering (CASE) products. The centerpiece of these products was the BACHMAN/Data Analyst, which provided graphic support to the creation and maintenance of Bachman Diagrams. It was featured in IBM's Reengineering Cycle marketing program, combining: https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

Colette Rolland - Work Roland's research interests are in the areas of information modeling, databases, temporal data modeling, object-oriented analysis and design, requirements engineering and specially change engineering, method engineering, Computer-aided software engineering|CASE and CAME tools, change management and enterprise modelling|enterprise knowledge 1 https: //store. theartofservice. com/the-computer-aided-software-engineering-toolkit. html

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