TMMT: Tool Supporting Knowledge Modelling

Camilleri, Guy; Soubie, Jean-Luc; Zalaket, Joseph

doi:10.1007/978-3-540-45224-9_10

Cited by 8 publications

(10 citation statements)

References 2 publications

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“…The Task/Method model is a knowledge modeling paradigm that considers the reasoning as a task [19] [21]. Its main advantage is to have a declarative form to express knowledge which can be easily processed by tools such as execution engines [4].…”

Section: The Task/methods Modelmentioning

confidence: 99%

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An Extension to Scenarios to Deal with Business Cases for the Decision-Making Processes in the Agribusiness Domain

Antonelli

Camilleri

Challiol

et al. 2020

Studies in Systems, Decision and Control

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With the aim of pushing innovation through information and communication technology in the agri-business field, working closely with farmers is essential. It is especially important to systematically capture their knowledge in order to analyze, propose and design innovation artifacts (in terms of software applications). In this article, we use Scenarios to capture the knowledge of the experts that is elicited in early meetings previous to the definition of requirements. At those early stages, there are many uncertainties, and we are particularly interested in decision support. Thus, we propose an extension of the Scenarios for dealing with uncertainties. Scenarios are described in natural language, and it is very important to have an unbiased vocabulary. We complement Scenarios with a specific glossary, the Language Extended Lexicon that is also extended to decision support. According to V-model life cycle, every stage has a testing related stage. Thus, we also propose a set of rules to derive tests from the Scenarios. Summing up, we propose (i) an extension to Scenarios and the Language Extended Lexicon templates, (ii) a set of rules to derive tests, and (iii)

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Section: The Task/methods Modelmentioning

confidence: 99%

“…This paper focuses on some of the attributes described before. A full description of this modeling paradigm is performed by Camilleri et al in [4] [5].…”

Section: The Task/methods Modelmentioning

confidence: 99%

An Extension to Scenarios to Deal with Business Cases for the Decision-Making Processes in the Agribusiness Domain

Antonelli

Camilleri

Challiol

et al. 2020

Studies in Systems, Decision and Control

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“…This paradigm mainly comes from the artificial intelligence research domain, more precisely from knowledge acquisition and modeling, expert systems and knowledge-based systems fields (Trichet and Tchounikine, 1999). The essential advantage of this paradigm is to have a declarative form to express knowledge which can be easily processed by tools such as execution engines (for performing tasks) or planners (for defining new ways to achieve tasks) (Camilleri et al, 2003).…”

Section: Tests Description Using the Task/methods Model Paradigmmentioning

confidence: 99%

Wiki support for automated definition of software test cases

Antonelli

Hozikian

Camilleri³

et al. 2019

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Purpose The design of tests is a very important step in the software development process because it allows us to match the users’ expectations with the finished product. Considered as a cumbersome activity, efforts have been made to automatize and alleviate the burden of test generation, but it is still a largely neglected step. The study aims to propose taking advantage of existing requirement artifacts, like scenarios that describe the dynamic of the domain in a very early stage of software development, to obtain tests from them. Design/methodology/approach In particular, the approach proposed complement the scenarios that are textually described with a glossary, the language extended lexicon. Thus, a set of rules to derive tests from scenarios is also proposed. The tests are then described using the task/method model. Findings The main findings of this study consist of an extension of a previously presented set of rules. And, a tool based on a media wiki platform that makes possible to record scenarios and the language extended lexicon and implement the rules to obtain the tests. Originality/value The main originality of this study is the glossary which complements scenarios, the semantic support to obtain tests and the tool to automatize the approach.

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“…The system must compute in a very rapid way the effects of a decision and propose solutions for which, the effects of the critical situations are minored. The system must be able to decompose the problem in sub-problems but also must be able to share and control the assignment of tasks to agents (human or software) (for more details on the definition of a cooperative system see Soubie (1998) and Camilleri and Soubie (2002)). …”

Section: Introductionmentioning

confidence: 99%

Critical Situations for Decision Making: A Support Based on a Modelling Tool

Camilleri¹,

Soubie²,

Zaraté³

2005

Group Decis Negot

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This paper proposes to give a toll to help decision makers in critical situations. The principle of our research is based on a modelling approach for Cooperative Knowledge Based Systems. This approach is based on a Task/Method paradigm that we describe. We then propose to take into account collateral effects of tasks in order to support decision makers in a critical context. The proposed tool can then generate a degraded solution for which, collateral effects of previous tasks have been taken as new goals to reach. This study is possible thanks to the definition of several kinds of models: a Good Functioning Model and a Degraded Tasks Library.

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TMMT: Tool Supporting Knowledge Modelling

Cited by 8 publications

References 2 publications

An Extension to Scenarios to Deal with Business Cases for the Decision-Making Processes in the Agribusiness Domain

An Extension to Scenarios to Deal with Business Cases for the Decision-Making Processes in the Agribusiness Domain

Wiki support for automated definition of software test cases

Critical Situations for Decision Making: A Support Based on a Modelling Tool

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