10,991 research outputs found

    Checking of models built using a graphically based formal modelling language

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    RDT is a graphical formal modelling language in which the modeller works by constructing diagrams of the processes in their model which they then join together to form complete systems. Aside from the benefits which accrue as a side effect of building a formal model of a proposed system, these diagrammatic models can be useful as a means of communication between the development team and the users. However one of the greatest benefits of a formal model is that it can be subjected to rigorous examination to ensure that it satisfies properties required of the system. This paper describes the RDT language and a transformation from RDT into Promela code (the input language of the SPIN model-checker) which can be performed automatically and illustrates the use of the technique with an example

    Women Leaders Affinity Group: Dr. Charlene Walters

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    Date: March 25, 2021 Guest: Dr. Charlene Walters, entrepreneurship coach, business and branding mentor and author The Women Leaders Affinity Group, hosted by Dr. Amanda Main and Dr. Ellen Ramsey from the College of Business and Management, presented a Zoom event with Dr. Charlene Walters, who spoke about the realities of being an entrepreneur and the keys to success. Walters is an entrepreneurship coach, business and branding mentor and author of Launch Your Inner Entrepreneur.https://spiral.lynn.edu/bus_women-leaders/1001/thumbnail.jp

    Portrait of Margo Walters.

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    Photo of skier Portrait of Margo Walters, probably in the 1960

    A renaissance city hall

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    Citation: Walters, Dan. A renaissance city hall. Senior thesis, Kansas State Agricultural College, 1908.Introduction: Specifications for the erection and completion of a new City Hall for the city of [blank], [blank], after the drawings made for the same by Dan Walters, Student in the Architecture Course, Class of 1908, of the Kansas State Agricultural college, at Manhattan, Kansas, June 1, 1908

    Equipping Believers to Become Personal Evangelists at First Baptist Church, Prestonsburg, Kentucky

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    ABSTRACT EQUIPPING BELIEVERS TO BECOME PERSONAL EVANGELISTS AT FIRST BAPTIST CHURCH, PRESTONSBURG, KENTUCKY Jerry Clinton Workman, D.Min. The Southern Baptist Theological Seminary, 2013 Faculty Supervisor: Dr. Jeff K. Walters This project equips groups of believers at First Baptist Church, Prestonsburg, Kentucky, to evangelize confidently on a personal level. Chapter 1 describes the ministry context of First Baptist Church. Chapter 2 presents the biblical and theological basis for equipping believers to become personal evangelists. This presentation uses Old and New Testament Scripture passages. Chapter 3 considers the theoretical and practical issues of personal evangelism. This task is accomplished by summarizing, evaluating, and comparing five well-known methods designed to equip believers to become personal evangelists. Chapter 4 details the elements of implementing the ministry project. Chapter 5 evaluates and analyzes the results of the project

    Functional Materials in Solid State Physics

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    A collective monograph of journal papers, written by many authors; edited by M. Szota, M. Nabiałek, K. Błoch, M. Dospiał. Reviewed by: S. D. Walters, R. Szczęśniak

    A Graphically based language for constructing, executing and analysing models of software systems.

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    With computer systems becoming ever larger and more complex, the cost and effort associated with their construction is increasing. Consequently, it is more important than ever that the developers understand how their systems behave if problems are to be avoided. However, acquiring this understanding is a problem: the systems are sufficiently complex that developers need help to analyse and understand them and, at the time this analysis is most crucial, the system is unavailable because it has yet to be built. We already have maturing technologies which address issues associated with the interconnection of software components at the procedural level, but they do not address issues related to the behaviour of these compound systems. Formal, executable models can help here by providing developers with a platform on which to establish the feasibility of a proposed design for a system. However, commercial developers seem reluctant to employ this type of modelling in their design activity. This report describes a new modelling tool in which the traditional model generation technique of writing “programming language like” code is replaced with a model generation tool which uses a graphical representation of models. Despite appearing informal, the system retains sufficient formality to permit the models to be executed using the tool, or converted into code for analysis by a traditional model checking tool

    Automating Checking of Models Built Using a Graphically Based Formal Modelling Language

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    RDT is a graphical formal modelling language in which the modeller works by constructing diagrams of the processes in their model which they then join together to form complete systems. Aside from the benefits which accrue as a side effect of building a formal model of a proposed system, these diagrammatic models can be useful as a means of communication between the development team and the users. However one of the greatest benefits of a formal model is that it can be subjected to rigorous examination to ensure that it satisfies properties required of the system. This paper describes the transformation used by the RDT toolset to generate Promela code (the input language of the SPIN model?checker) automatically from a model
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