Interaction design in service compositions

With the continuous progress and development of technology people's demand for interactive experience is increasing, the interactive concept has become an important trend in today's design field. It refers to an approach to designing and developing products, services or systems that emphasises the interaction between the user and the product, system or environment. It considers the user not only as a user of the product, but also as an active participant in the design process. It mainly includes interaction methods, feedback mechanisms, personalisation and other aspects to reflect the interactive concept. Emotional design is a design concept belonging to a deeper level of interaction design, which is the integration of design concepts with emotional aspects with interaction design to meet the emotional needs of users. Storylines, symbols and metaphors are used to trigger an emotional response from the user. Interaction design aims to improve user satisfaction and experience by designing interfaces that are easy to use, intuitive and enjoyable. It is not just about meeting the functional needs of the user, but also about its impact on human emotion and pleasure. And interaction design is the practice of defining and constructing interactive experiences is a new design approach based on the development of new media technology and user experience derived from the aspects of design, psychology, computer science and other disciplines, in order to create an experience that meets the needs of the user, the pursuit of fun and novelty.The aim of this paper is whether the specific application and methods of interaction design on human emotion and pleasure under the interactive concept enhances and improves the user's emotional experience. It is hoped that through this study, the use of interaction design on human emotion and pleasure under the concept of interaction can be enriched to enhance the value of user experience and product value. Moreover, on the basis of the interactive concept, the close integration of interactive design and human emotion will make the public more aware of the importance and necessity of interactive design for human emotion and pleasure.This paper explores the cases of human-computer interaction, interactive games, interactive advertisements, and interactive videos through specific case studies, functional analysis, and case studies, which can be combined with cases in different fields to analyse the importance of interactive design on human emotions. The purpose of this study is to investigate the impact of interactive design on human emotion and pleasure based on the concept of interactivity. Better interaction design can enhance users' emotional experience and pleasure, help users deal with negative emotions, increase users' satisfaction with products, enhance users' engagement and the value of products or services, and promote innovation of products or services. An in-depth study of the use of interactive design on human emotion and pleasure, and maintaining products through interactive concepts and emotional design is important for improving product functionality and enhancing user experience.

The interior designer is facing many challenges in the design process, to make the interior fit to the environmental and cultural conditions, and thanks to modern technology, which led to successive architectural transformations in response to the many developments in ICT, many new concepts have emerged in the field of interior design, that seek to meet human needs and future requirements. One of these concepts is interactive interior design, which necessitated the interior designer to reconsider the common design methods in order to integrate with the era of digital design. Whereas the interactive design has given shape, space and function a new meaning, it is possible to have an interaction between spaces and humans, taking into account the respect of the internal and external environment. The research reviews the impact of using interactive design on space handling in clothing stores. By employing an interactive design in the interior spaces, to meet the needs and requirements of users and make the most of the available spaces and achieve luxury. Whereas the use of interactive design in the determinants of the internal space of clothing stores work to solve the prevailing problems in the accumulation of spaces in the display and congestion of corridors customers and do not direct them the best direction to achieve the highest sales. Follow the Methodological, descriptive and analytical research of models of shop that sell clothes to identify the most important design problems that exist. The most important results were: 1. The use of interactive techniques as a guide and advertising inside the shops of clothing has facilitated the process of selecting clothes inspection and purchase without the need for spaces to change clothes. 2. The use of interactive technologies led to the organization of the sale and display of customers and the lack of congestion in the places of assembly.

Human-computer interaction (HCI) design is the modern and advanced research area that is focused on human or user and system or device interactions. HCI is concerned with new and advanced approaches to a system that must be reliable and efficient to the user. HCI design required a longer and critical development process, methods or framework that passes through various evaluation phases. Due to an inadequacy of user-centered and value sensitive design for a system or device, numerous designs and artifacts do not draw attention to the user. On the other hand, user perception of advanced and new devices are not acceptable and perceived, if not reliable or facile to them. HCI comprises several methods, principles, and criteria which are followed during the development of interaction design. Even then, at times the evolved new and advanced interaction artifacts are unable to reach the user attraction. The HCI methodologies promote the researchers as well as designers to form and develop new and advanced innovations whereas, interaction design term plays a significant role in the design process. In this paper, the key concern is to analyze the conventional design method, Activity Theory (AT) and consider the principles of HCI and bring in a conceptual extended AT model to develop the appearance of Human-computer interaction design.

Interaction design patterns have yet to prove themselves in interaction design in the way that design guidelines have. This paper describes an empirical study comparing the use of patterns and guidelines. The study involved a heuristic evaluation of a web site, the redesign of the web site, and the design of a new web site. Preliminary results suggesting that developers find patterns useful in the interaction design process are presented. Further analysis using heuristics to compare the quality of the designs produced using patterns and guidelines will provide an objective assessment of the usefulness of patterns.

In this panel, we propose to figure out how requirements engineering and interaction design can be usefully combined. In particular, some people argue that scenarios/ use cases should be concrete, as in story-telling. Others argue for use of essential use cases as a methodological approach to interaction and user-interface design. Somewhat in the middle, it is argued that use cases should help acquiring the requirements in the first place. What should the practitioner believe and, in particular, do, in order to develop useful and usable software and systems? Software development and interaction design require different skills and different methods and are typically done by different people. Still, scenario-based design is proposed for several activities relevant for both tasks, such as requirements elicitation, software design, and interaction design. Symbolic modeling in this spirit is actually common to various fields. However, scenario-based approaches vary, especially with regard to their use, e.g., employing abstract use cases or integrating scenarios with functions and goals in a systematic design process. So, the key issue to be raised at the panel is how to combine different approaches, e.g., in scenario-based development, so that the interaction design as well as the development of the user interface and of the software internally result in an overall useful and useable system.

The interdisciplinary literature on body image/body schema (BIBS), which is within the larger realm of embodied cognition, can provide HCI practitioners and theorists new ideas of and approaches to human perception and experience. In very brief terms, body image consists of perceptions, attitudes and beliefs pertaining to one’s own body, whereas body schema is a system of sensory-motor capabilities that function, usually without awareness or the necessity of perceptual monitoring. The dynamic relationality and plasticity of BIBS open up different avenues for interaction design. An overview of six main ideas deriving from BIBS literature are enumerated, followed by a discussion of projects designed for chronic pain patients that demonstrate how these ideas can be adopted in interaction design processes as a perspective or attitude rather than a mere application of traditional methods. Through bridging HCI and BIBS theories and research, we can develop a holistic framework in which we design for and through embodied cognition.

In this paper I explore a case of designing a simple folder structure for a new e-learning software program for a university study program. The aim is to contribute to the theoretical base for human work interaction design (HWID) by identifying the type of relations connecting design artifacts with work analysis and interaction design processes. The action research method was used, with the author in a double role as university researcher and project manager of a developer group within the university. Analysis was conducted through grounded theory, inspired by the HWID framework. The findings support the use of a holistic framework with asymmetrical relations between work analysis and design artifacts, and between design artifacts and interaction design. The paper concludes with suggestions for modifying the general framework, and recommendations for a HWID approach to design artifacts.

Bilgi teknolojilerinin hızlı gelişimiyle birlikte, günümüz iletişim ve bilgi aktarım biçimleri değişikliğe uğramıştır. Bu iletişim biçimlerinin ortaya çıkmasına ve yaygınlaşmasına elektronik ortam öncülük etmektedir. Bu araştırmada teknolojinin ve çoklu medya biçimlerinin bir getirisi olan etkileşim kavramından yola çıkılarak bu araştırmanın başlığını ve önermesini oluşturan etkileşimli e-kapak tasarımı üzerine odaklanılmaktadır. Bu araştırma kapsamında yapılan incelemelerde okul öncesi çocuklar için hazırlanmış olan çoğu etkileşimli e-kitap kapak tasarımlarının yeterince etkileşime sahip olmadığı, kapak tasarımlarının menülerden oluşan arayüzler niteliğinde olduğu görülmüştür. Çeşitli yayınevleri tarafından okul öncesi çocuklara yönelik hazırlanmış ve dijital ortamda kullanıma sunulmuş olan etkileşimli e-kitap seçilerek bunlar için etkileşimli e-kapak tasarımı yapılmıştır. Okul öncesi çocuklar için yapılan etkileşimli e-kapak tasarımların amacına uygunluğu ve etkileşim açısından başarılı olup olmadığının tespitine yönelik bir ölçek hazırlanarak uzman akademisyenlerin değerlendirmelerine başvurulmuştur. Elde edilen veriler ışığında okul öncesi çocukların seviyesine uygun hem merak uyandıran hem de yaratıcılıklarını destekleyen bu etkileşimli e-kapak tasarımının amacına uygun olduğu ve etkileşim açısından başarılı olduğu sonucuna varılmıştır.

Much effort in register transfer level (RTL) design has been devoted to developing types of tools. However, given the highly complex nature, and lack of control on RTL design, push-button type synthesis is not accepted by many designers. Interactive design with assistance of algorithms and tools can be more effective if it provides control to the steps of synthesis. In this paper, we propose an interactive RTL design environment which enables designers to control the design steps and to integrate hardware components into a system. Our design environment is targeting a generic RTL processor architecture and supporting pipelining, multicycling, and chaining. Tasks in the RTL design process include clock definition, component allocation, scheduling, binding, and validation. In our interactive environment, the user can control the design process at every stage, observe the effects of design decisions, and manually override synthesis decisions at will. We present a set of experimental results that demonstrate the benefits of our approach. Our combination of automated tools and interactive control by the designer results in quickly generated RTL designs with better performance than fully-automatic results, comparable to fully manually optimized designs.

Design on the Web raises challenging questions concerning how users interact with objects, applications, and other users. In this work, we propose a collaborative and interactive client-server design framework and implement a room design system for our study. We have integrated technologies used in distributed computation (Java and CORBA) and computer graphics (VRML). It divides the design process into three tiers. First, collaborative and interactive design, viewing, and publishing. Second, scene generation. Third, scene database management. Our system can be applied in Electronic Commerce to improve the existing systems by allowing customers to select furniture and to visualize the whole furnished room in 3D.

Advances in Virtual Reality (VR) systems, Intelligent Tutoring Systems and Agent Technology make it possible to design and develop Virtual Training Environments (VTEs), where the trainees can immerse themselves and interact directly with the learning domain. This paper presents the Interaction Specification Workspace (ISW) architecture for the specification and design of virtual environments for training purposes. ISW architecture provides the interaction designer with the capability to specify the training interaction with the virtual environment using the Virtual Reality Multi Flow Graph (VR-MFG) as the underlying interaction specification model. ISW implements a design space, where the processes of interaction specification and design of VTEs take place inside a three-dimensional virtual environment, the objects of which are tools by themselves. Inside this workspace, the designer can associate the abstract objects (the components of the VR-MFG) with “actual” objects of the target virtual environment (kept in a “world” database) and apply a number of agent templates with training capabilities.

Technological progress exerts a decisive influence on corporate strategic decision-making, particularly within the rapidly evolving domain of science and technology. Early identification and adoption of emerging technological trends are pivotal for enterprises to sustain competitive advantage and market position. However, many innovative companies fail to fully leverage the potential of their products and technologies due to the absence of a systematic approach. To counter this challenge, large corporations have established forward-looking departments dedicated to forecasting future trends and innovation. Despite this, the current predictive process integrates human intelligence with machine learning methods, and the visual analysis that combines these two forms of intelligence holds immense potential. This paper introduces an integrated method that combines information visualization, trend mining, and interactive design, aimed at supporting users in exploring, detecting, and identifying emerging technological trends within complex datasets. The method facilitates in-depth trend analysis and extraction of meaningful insights from data through an interactive visual representation system. Moreover, the integration of interactive design throughout the analytical process is crucial for supporting the analytical process in technology and innovation management [8]. A literature review, trend visualization, interactive visualization, and interactive design methods are essential for understanding the context of technology management and visualization analysis systems. The interactive design approach places special emphasis on the central role of users in the design process, ensuring that the system meets user needs and supports effective identification and utilization of emerging technological trends.The research findings indicate that the integration of human intelligence and machine learning methods can enhance the accuracy and efficiency of predicting future technological trends. The interactive design-based method proposed in this paper not only augments and expands previous methods of technology and design management trend analysis but also introduces novel interactive designs, providing more suitable interactive methods for technology foresight and innovation detection. These methods and tools enable enterprises to more effectively respond to market changes, grasp technological trends, and make informed strategic decisions.

This paper argues that, from the perspective of interactive prototyping and experience, the hardware technology based on open source and thinking, can promote further development of interaction design research. The purpose of this paper is to explore the design methodology considering interactive prototype design process and experiencing process, and provide theoretical and technical support for the design of interactive products, with open source resources as the platform and task method. The results show that the open source code can be obtained in a variety of formats, and can be freely and easily modified to solve the design problems encountered by individuals or teams, to support the design goals. Through open source resources everyone can get electronic components and a variety of materials, as well as infrastructure and standardization of the production process. So that a number of design elements and open source code can be iterated quickly, having everyone maximize using open source resources efficiency. The design of interactive prototype is based on Arduino/Max6/MSP experiment method and emotional experience method. After the initial design and prototyping, the design concept can be realized. A design route combining usability and ease of use could be established which can be used in the field of industrial design engineering.

In hand-washing practice, people tend to forget to use soap and scrub for 20 seconds as stated in the standard. This paper attempts to develop an automatic faucet that is user-friendly and easy to plug in regular water pipe for standard hand-washing routine. An Interaction Design Process that aims to maximize product usability was applied during the development. The faucet utilized IR proximity sensor to detect presence of hands that would automatically commence the hand-washing process. First, it exited water and soap simultaneously to force users to use soap. The scrubbing duration was marked by buzzer’s sound and LED’s light. The validation test showed health practitioner agreed the faucet facilitates a standard hand-washing. The user test in 30 participants showed users used soap and scrubbed in the exact duration. The usability questionnaire filled by participants showed they were strongly agreed for its usefulness and agreed for its satisfaction and easiness.

When organizations change Business Processes (BP) aiming for improvements, such changes normally impact on systems' User Interfaces (UI), which represent a tangible resource for communication with customers, suppliers, partners, or investors; thus a source of competitive advantage and differentiation. To manage the link between UIs and BPs, we propose a framework that classifies the core elements and the operations performed on them, represented through rules that are used to support impact analysis. This solution has been analyzed in a large bank-insurance organization, which has enabled the proposal of an innovative strategy that integrates researches on interaction design and business process management with implications on practical scenarios of result-driven organizations.