An Approach for Domain-Specific Design Pattern Identification Based on Domain Ontology

The aim of the work is conduct to highlight how the technological parameters has influence of 3D printed DLP on the generation of wheel, made from resin type material. In the first part of the paper is presents how to generate in terms of dimensional aspects specific design cylindrical gears, conical and worm gear. Generating elements intended to reduce the cost of manufacturing of these elements. Also are achieve the specific components of this work are put to test with a laboratory test stand which is presented in the paper in the third part of the paper. The tested gears generated by 3D-printed technique made with 3D printed with FDM or DLP technique. After the constructive aspects, proceed to the identification of conserved quantities, which have an impact both in terms of mechanical strength, but his cinematic, in order to achieve a product with kinematic features and good functional domain specific had in mind. The next part is carried out an analysis of the layers are generated using the DLP and FDM method using an optical microscope with magnification up to 500 times, specially adapted in order to achieve both visualization and measurement of specific elements. In the end part, it will highlight the main issues and the specific recommendations made to obtain such constructive mechanical elements.

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A Model for Performance-Intelligent Design Advisors

19th Design Automation Conference: Volume 1 — Mechanical System Dynamics; Concurrent and Robust Design; Design for Assembly and Manufacture; Genetic Algorithms in Design and Structural Optimization ◽

10.1115/detc1993-0314 ◽

1993 ◽

Author(s):

R. Grant Reed ◽

Robert H. Sturges

Keyword(s):

Intelligent Design ◽

Specific Design ◽

Design Information ◽

Domain Specific ◽

Computer Based ◽

Level Design ◽

And Performance ◽

High Level ◽

Level Performance ◽

Inputs And Outputs

Abstract We consider a design advisor to be performance-intelligent when its suggestions do not conflict with high level performance-related goals of the design under study. We address the problem of representing non-domain-specific design Information at a high level and describe coupling it to the inputs and outputs of design critics and their suggestion mechanisms. High level design Information represented in a function-based structure with linked allocations is shown to interact with a domain-specific design critic in three instances, viz.: allocation refinement, goal matching with a supported function, and performance-intelligent tradeoffs. Examples of manual and computer-based procedures are discussed.

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Interface and Mind — A “Paper Lecture” about a Domain-Specific Design Methodology based on Contemporary Mind Science Benutzerschnittstelle und Verstand — Über eine Design-Methodik basierend auf aktuellen Erkenntnissen der Psychologie

it - Information Technology ◽

10.1524/itit.2009.0533 ◽

2009 ◽

Vol 51 (3) ◽

pp. 131-141 ◽

Cited By ~ 2

Author(s):

W. Bradford Paley

Keyword(s):

Design Methodology ◽

Specific Design ◽

Domain Specific ◽

Mind Science

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Design Patterns and Design Principles for Internal Domain-Specific Languages

Formal and Practical Aspects of Domain-Specific Languages ◽

10.4018/978-1-4666-2092-6.ch007 ◽

2012 ◽

pp. 156-214

Author(s):

Sebastian Günther

Keyword(s):

Programming Language ◽

Design Patterns ◽

Special Kind ◽

Design Principles ◽

Domain Specific Languages ◽

Specific Design ◽

Domain Specific ◽

Language Semantics ◽

Internal Domain ◽

Design Challenges

Internal DSLs are a special kind of DSLs that use an existing programming language as their host. To build them successfully, knowledge regarding how to modify the host language is essential. In this chapter, the author contributes six DSL design principles and 21 DSL design patterns. DSL Design principles provide guidelines that identify specific design goals to shape the syntax and semantic of a DSL. DSL design patterns express proven knowledge about recurring DSL design challenges, their solution, and their connection to each other – forming a rich vocabulary that developers can use to explain a DSL design and share their knowledge. The chapter presents design patterns grouped into foundation patterns (which provide the skeleton of the DSL consisting of objects and methods), notation patterns (which address syntactic variations of host language expressions), and abstraction patterns (which provide the domain-specific abstractions as extensions or even modifications of the host language semantics).

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A Software Cost Model to Assess Productivity Impact of a Model-Driven Technique in Developing Domain-Specific Design Tools

Modern Software Engineering Concepts and Practices - Advances in Computer and Electrical Engineering ◽

10.4018/978-1-60960-215-4.ch014 ◽

2011 ◽

pp. 333-355

Author(s):

Achilleas Achilleos ◽

Nektarios Georgalas ◽

Kun Yang ◽

George A. Papadopoulos

Keyword(s):

Cost Model ◽

Design Tools ◽

Specific Design ◽

Software Cost ◽

Model Driven ◽

Modelling Languages ◽

Domain Specific ◽

Software Productivity ◽

Code Generators ◽

Software Services

Programming languages have evolved through the course of research from machine dependent to high-level “platform-independent” languages. This shift towards abstraction aims to reduce the effort and time required by developers to create software services. It is also a strong indicator of reduced development costs and a direct measure of a positive impact on software productivity. Current trends in software engineering attempt to raise further the abstraction level by introducing modelling languages as the key components of the development process. In particular, modelling languages support the design of software services in the form of domain models. These models become the main development artefacts, which are then transformed using code generators to the required implementation. The major predicament with model-driven techniques is the complexity imposed when manually developing the domain-specific design tools used to define models. Another issue is the difficulty faced in integrating these design tools with model validation tools and code generators. In this chapter a model-driven technique and its supporting model-driven environment are presented, both of which are imperative in automating the development of design tools and achieving tools integration to improve software productivity. A formal parametric model is also proposed that allows evaluating the productivity impact in generating and rapidly integrating design tools. The evaluation is performed on the basis of a prototype domain-specific design tool.

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