TY  - THES
A1  - Kaltenbrunner, Martin
T1  - An Abstraction Framework for Tangible Interactive Surfaces
N2  - This cumulative dissertation discusses - by the example of four subsequent publications - the various layers of a tangible interaction framework, which has been developed in conjunction with an electronic musical instrument with a tabletop tangible user interface. Based on the experiences that have been collected during the design and implementation of that particular musical application, this research mainly concentrates on the definition of a general-purpose abstraction model for the encapsulation of physical interface components that are commonly employed in the context of an interactive surface environment. Along with a detailed description of the underlying abstraction model, this dissertation also describes an actual implementation in the form of a detailed protocol syntax, which constitutes the common element of a distributed architecture for the construction of surface-based tangible user interfaces. The initial implementation of the presented abstraction model within an actual application toolkit is comprised of the TUIO protocol and the related computer-vision based object and multi-touch tracking software reacTIVision, along with its principal application within the Reactable synthesizer. The dissertation concludes with an evaluation and extension of the initial TUIO model, by presenting TUIO2 - a next generation abstraction model designed for a more comprehensive range of tangible interaction platforms and related application scenarios.
KW  - Informatik
KW  - Human Computer Interaction
KW  - Benutzeroberfläche
KW  - Open Source
KW  - Mensch-Maschine-Kommunikation
KW  - Tangible User Interfaces
KW  - Protocols
Y1  - 2018
U6  - http://nbn-resolving.de/urn/resolver.pl?urn:nbn:de:gbv:wim2-20180205-37178
ER  - 
TY  - THES
A1  - Bittrich, Daniel
T1  - Verbunddokumente als Nutzeroberfläche von Software für die Tragwerksplanung
T1  - Compound Documents as User Interface of Software for Structural Engineering
N2  - Das Ziel der Arbeit besteht in der Entwicklung von Konzepten zur effizienten Implementierung von ingenieurgemäßer Tragwerksplanungs-Software. Der vorgeschlagene Lösungsansatz basiert auf einer optimalen Anpassung der Nutzeroberfläche an den spezifischen Arbeitsablauf, der Erhöhung des Wiederverwendungsgrades sowie der Möglichkeit der unabhängigen Erweiterbarkeit von Software-Systemen. Verbunddokumente werden als Nutzeroberfläche und Software-Architektur benutzt, um eine Zusammenführung von Standard-Software und fachspezifischen Software-Komponenten zu ingenieurgemäßer Tragwerksplanungs-Software zu ermöglichen. Die Umsetzbarkeit des Konzeptes wird durch eine Pilotimplementierung verifiziert.
N2  - Objective of this work is the development of concepts for an efficient implementation of ergonomic software for structural engineering. The proposed solution is based on optimal adaption of the user interface to the specific workflow, increased software reuse and independently extensible software systems. Compound documents are utilized as user interface and software architecture, allowing the assembly of off-the-shelf software and domain specific software components to user friendly software for structural engineering. The applicability of the concepts is verified by the realization of a prototype.
KW  - Tragwerk
KW  - Planung
KW  - Softwareentwicklung
KW  - Benutzeroberfläche
KW  - Standardsoftware
KW  - Tragwerksplanung
KW  - Editor
KW  - Nutzeroberfläche
KW  - Verbunddokument
KW  - Software-Architektur
KW  - Software-Komponente
KW  - Standard-Software
KW  - structural design
KW  - editor
KW  - user interface
KW  - group document
KW  - software architecture
KW  - software component
KW  - standard software
Y1  - 2001
U6  - http://nbn-resolving.de/urn/resolver.pl?urn:nbn:de:gbv:wim2-20040212-229
ER  -