HCI Bibliography Home | HCI Conferences | PEICS Archive | Detailed Records | RefWorks | EndNote | Hide Abstracts
PEICS Tables of Contents: 10

Proceedings of the 2010 International Workshop on Pattern-Driven Engineering of Interactive Computing Systems

Fullname:Proceedings of the 1st International Workshop on Pattern-Driven Engineering of Interactive Computing Systems
Editors:Kai Breiner; Gerrit Meixner
Location:Berlin, Germany
Dates:2010-Jun-20
Publisher:ACM
Standard No:ISBN: 1-4503-0246-7, 978-1-4503-0246-3; ACM DL: Table of Contents hcibib: PEICS10
Papers:10
Pages:47
Links:Workshop Home Page
PEICS: towards HCI patterns into engineering of interactive systems BIBAKFull-Text 1-3
  Kai Breiner; Marc Seissler; Gerrit Meixner; Peter Forbrig; Ahmed Seffah; Kerstin Klöckner
Despite intense research activities in the last years, HCI patterns still lack in a standardized description and organization. This makes it difficult for the developers to identify the relevant patterns for solving a problem as well as to apply them accordingly to the problem context. To fully benefit from HCI patterns within the engineering of interactive computer systems they have to be prepared for integration into a model-based user interface development process. This workshop on Pattern-driven Engineering of Interactive Computer Systems (PEICS) focuses on bringing together various research approaches in order to be conjointly conductive to the state of the art. We present contributions according to semantics, formalization, languages, support, research directions as well as tools.
Keywords: HCI pattern, MBUID, MDA, descriptive pattern, ergonomics, generative pattern, model-based user interface development, model-driven engineering, usability, user interface patten
The evolution of design patterns in HCI: from pattern languages to pattern-oriented design BIBAKFull-Text 4-9
  Ahmed Seffah
User interface design patterns also called HCI or interaction or usability patterns have been introduced first as a medium to capture and represent solutions to users' problems. Patterns have been used also as a medium for transferring the expertise of HCI designers and usability professionals to software engineers, who are usually unfamiliar with UI design and usability principles. Design patterns have been considered also as a lingua franca for crossing cultural and professional barriers between different stakeholders. Several HCI professionals have introduced their own pattern languages with specific terminology, classification and meanings. Patterns have also been presented as building reusable blocks at different levels of granularity, which can be combined to compose new interactive systems. Despite the obvious and acclaimed potential of these pattern-driven design approaches, patterns usage has not achieved the acceptance and widespread applicability envisaged by pattern pioneers such as Christopher Alexander. This paper provides an analysis of the facts about patterns usages, pattern languages and pattern-based design approaches. Some shortcomings in the presentation and application of HCI patterns are identified and discussed under the prevailing fallacies. Based on the analysis of how patterns have used so far, we draw some recommendations and future perspectives on what can be done to address the existing shortcomings. Making patterns more accessible, easily understandable, comparable and integratable in software and HCI design tools can promote HCI patterns to claim the usability, usefulness and importance originally envisaged for the pattern-oriented design approach.
Keywords: design methods, design patterns, human-computer interaction, pattern-oriented design
Model based user interface development with HCI patterns: variatio delectat BIBAKFull-Text 10-11
  Roland Petrasch
This paper focus on the variety and the necessity of flexibility when it come to model driven or model based user interface design (MBUID) in conjunction with HCI patterns. Many approaches for user interface design that use graphical models or (semi-)formal textual notation have been developed in recent years and HCI or usability patterns are also well known (at least in theory), but in practice this combination still waits for its breakthrough. What obstacles stand in the way of an intensive usage of MBUID and HCI patterns? Some answers to this questions are given.
Keywords: HCI patterns, MBUID, MDA, ergonomics, model based user interface design, model driven development, usability
Generative pattern-based design of user interfaces BIBAKFull-Text 12-19
  Jean Vanderdonckt; Francisco Montero Simarro
This paper suggests a method for developing graphical user interfaces based on generative patterns. A generative pattern contains portions of previously designed user interfaces are expressed through models that are either partially or totally instantiated. These portions could be identified and re-applied to a new design case study by generating code by instantiating the specifications contained in the models. The method involves typical models found in user interface development life cycle such as task, domain, abstract user interface, concrete user interface, final user interface, context model, and mappings between them. Any model could virtually be the source of a pattern and could be described, searched, matched, retrieved, and assembled together so as to create a new graphical user interface. For this purpose, a software has been developed that manages generative patterns by combining an existing user interface description language (UsiXML -- user interface extensible markup language) with concepts addressing problems raised by pattern description and matching in a pattern-based language (PLML -- Pattern Language Markup Language, a language was introduced to uniformly represent user interface patterns). Once instantiated from the generative patterns, the models give rise to a model-driven engineering based on model-to-model transformation and model-to-code compilation.
Keywords: descriptive pattern, generative pattern, model-driven engineering, user interface pattern
Bringing formalism and unification to human-computer interaction design patterns BIBAKFull-Text 20-23
  Christian Kruschitz; Martin Hitz
In this paper we describe a concept to formalize and unify Human-Computer Interaction (HCI) design patterns which is currently in a work-in-progress status. The framework, called XPLML (eXtended Pattern Language Markup Language), which we want to provide to the HCI community, should help pattern authors, pattern users and software engineers in their daily work with HCI design patterns. XPLML fills the gap between the prose form of HCI patterns and software applications. The framework provides formal specifications of the content elements, the relationships and user interface (UI) primitives of HCI patterns, where UI primitives are the smallest ("atomic") parts of the solution part of an HCI pattern.
Keywords: design patterns, formalization, human computer interaction, pattern language, semantics, standardization
Tool-support for pattern-based generation of user interfaces BIBAKFull-Text 24-27
  Jürgen Engel; Christian Märtin; Peter Forbrig
This paper introduces the structural and functional architecture of a framework for pattern and model-based automated design of interactive systems. It discusses the various steps and the pattern and modeling resources used by the development process. The framework exploits a broader than usual view on software patterns and provides comprehensive tool support for designing generic and context-specific pattern languages containing pattern categories for all phases and abstraction levels of the life-cycle for the usage-centered design of user interfaces.
Keywords: HCI pattern languages, UI generation, interactive system, model-driven development, pattern-based development, task-models, user interface
Research directions for the application of MVC in ambient computing environments BIBAKFull-Text 28-31
  Andreas Lorenz
To fulfil the requirements of emerging trends in mobile interaction, common patterns for system design need adaptations and extensions. The realization of explicit interaction in ambient or pervasive computing environments introduces a physical distribution of input devices and technology embedded into the environment of the user. This paper presents the extension of the Model-View-Controller approach to separate the user interface implementation from the physical host of the application to control.
Keywords: mobile interaction devices, remote interaction, system design of mobile and ubiquitous application
Formalising design and interaction patterns and their relationships BIBAKFull-Text 32-35
  Paolo Bottoni; Esther Guerra; Juan de Lara
We exploit a recent, domain-independent, formalisation of patterns to specify the solution components of both design and interaction patterns and to relate them via graph-based models built on the union of their respective meta-models.
Keywords: category theory, interaction patterns
Different kinds of pattern support for interactive systems BIBAKFull-Text 36-39
  Peter Forbrig; Andreas Wolff
This paper discusses two different approaches for using different kinds of patterns and the corresponding tool support aiming at pattern-supported model transformations. The patterns include GoF design patterns and task patterns.
Keywords: HCI patterns, design patterns, task models
Semantically relating user interface design patterns BIBAKFull-Text 40-43
  Jordan Janeiro; Simone D. J. Barbosa; Thomas Springer; Alexander Schill
Despite being a set of proven, well-documented, contextualized recommendations for solving frequently occurring user interface design problems, user interface design patterns are still not widely used. We believe this is due to the lack of tools to help designers find patterns and identify how they can be combined to solve user interface design problems. This paper proposes to classify and make explicit the relationships between user interface design patterns. We conducted a small-scale study that indicated that this proposal is more efficient and better accepted by the participants than browsing through a user interface design library.
Keywords: MoLIC, glue language, interaction design patterns, semiotic engineering