Development Of Design Support System Research Articles

Analysis of modern software solutions for creating problem-oriented programming languages

Recent research and publications.Support systems for designing programming languages (SPPMP) as a means to create problem-oriented languages were popularized by Martin Fowler in 2010. Such tools provide efficient design, reuse, and support for languages and their integrated development tools. SPPMPs enable a wide range of engineers to develop new languages and, as a result, create a new level of language engineering where sets of syntactically and semantically integrated languages can be developed with relatively little effort. This can lead to the emergence of programming environments with many paradigms and metalanguages focused on creating a language [2, 3], which can solve important problems of software engineering.The aim of the study. Thus, there is a need to study the effectiveness of existing systems to support the design of programming languages to obtain quality criteria for the design process of problem-oriented programming languages. You also need to find out which design support systems best support the effective development of problem-oriented languages.Main material of the study.To make a qualitative comparison of existing systems for supporting the design of programming languages, it is necessary to define criteria for comparison. We propose to compare these tools according to the requirements that classify the product as modern software. Our main parameters are: the ability to create problem-oriented languages, support for integrated development tools, support for language combination, support for making changes to the created language, providing basic language testing capabilities, integration with other software engineering tools. A separate point that is an indicator of the high level of development of design support systems is the availability of metrics for evaluating the initial result. This feature is absent for classical integrated development tools as their main focus is on software development without domain domain specification. This situation makes any comparison of the resulting products impossible because for a web application the server response in 3 seconds may be too high and for a web platform for processing large data it is the shortest server response time. The criteria described above will be used to evaluate the following SPPMP: tef tcs and emf.Conclusions. The study compares the support systems for designing programming languages that are focused on working with problem-oriented languages. The advantages of these systems are the focus on working with specific areas to describe the notations of programming languages. The systems allow you to create the necessary tools to work with the designed programming languages and provide basic improvements in the design process. The disadvantages of these systems are the lack of similarity in the operation of systems and products that the developer receives at the exit. Another important drawback is the lack of any metrics for assessing the quality of created languages.

Development of Design Support System for Steel Girder Bridges using JAVA

Development of Design Support System for Steel Girder Bridges using JAVA

2410 ライフサイクルシナリオに基づく製品設計のための計算機環境の開発 : 第1報 シナリオとの連携による製品モデルの段階的詳細化(OS12-3 ライフサイクル設計とサービス工学III,OS12 ライフサイクル設計とサービス工学)

2410 ライフサイクルシナリオに基づく製品設計のための計算機環境の開発 : 第1報 シナリオとの連携による製品モデルの段階的詳細化(OS12-3 ライフサイクル設計とサービス工学III,OS12 ライフサイクル設計とサービス工学)

1101 設計情報・設計意図統合型CADの研究 : 第1報 次世代設計支援システムの必要機能に関する基礎的検討

Recently, it has been required to develop a very complicated product in a short term. To meet this demand, further development of design support systems is expected. This paper considers the functions which the next-generation design support system should equip, by investigation of past design examples of failure, from the inclusive viewpoint of conceptual, detailed, and production design phase. As a result, two fundamental demands for the next-generation design support system was derived: one is to embed process models of each design phase, including knowledge and know-how, and the other is to realize communication among CAD, CAM, CAE, and FA. The broadly-defined CAD including CAD, CAM, CAE, and FA, turned out to be necessary, which equips functions for satisfying the above two demands.

3133 部材の自動配置を特徴とした骨組み構造の設計支援システムの開発(J03-2 解析・設計の高度化・最適化(2),J03 解析・設計の高度化・最適化)

3133 部材の自動配置を特徴とした骨組み構造の設計支援システムの開発(J03-2 解析・設計の高度化・最適化(2),J03 解析・設計の高度化・最適化)

Functional requirements for computer-based design support systems, derived from experimental studies

In this paper, we examine the functions that a computational system for knowledge-based design support may undertake. We present a set of functions that bring together previous approaches and allow us to locate the work that has been developed to enhance these systems concerning those functions. We describe some new proposals, based on experimental research work, for improving some of these functions so that they can be taken into account in the development of design support systems to help the designer or group of designers reach a suitable solution in a more effective way.

Development of Design Support System for Steel Girder Bridges using JAVA

Development of Design Support System for Steel Girder Bridges using JAVA

A knowledge-based architecture for intelligent design support

The development of a knowledge-based design support system is a lengthy and costly process because various computational techniques necessary for intelligent design support are not readily available in a knowledge-based environment. The systematisation of design knowledge needs combined efforts from designers and knowledge engineers. Existing knowledge-based system development tools offer limited support to intelligent design support which require sophisticated knowledge engineering techniques in terms of knowledge representation, inference, control, truth maintenance and learning. In this paper, a knowledge-based architecture for intelligent design support is described. The existing knowledge-based design system architectures are reviewed first. Five key issues in intelligent design support using knowledge engineering techniques, i.e. design knowledge representation, structure of design knowledge base, intelligent control of design process, consistency and context management of design knowledge, and modelling of design collaboration are then discussed. These discussions provide a basis for a description of a knowledge-based design support system architecture which has been implemented in a Lisp-based environment and tested in two different domains. Current application of this architecture in the development of a design support system in the domain of mechanical engineering design at the Cambridge Engineering Design Centre is presented and evaluated.