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Please use ide. The software becomes more popular if its user interface is: Attractive Simple to use Responsive in short time Clear to understand Consistent on all interface screens There are two types of User Interface: Command Line Interface: Command Line Interface provides a command prompt, where the user types the command and feeds to the system. The user needs to remember the syntax of the command and its use. Graphical User Interface: Graphical User Interface provides the simple interactive interface to interact with the system.

GUI can be a combination of both hardware and software. Using GUI, user interprets the software. User Interface Design Process: The analysis and design process of a user interface is iterative and can be represented by a spiral model. User, task, environmental analysis, and modeling: Initially, the focus is based on the profile of users who will interact with the system, i. From each category requirements are gathered.

Based on the requirements developer understand how to develop the interface. Once all the requirements are gathered a detailed analysis is conducted.

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In the analysis part, the tasks that the user performs to establish the goals of the system are identified, described and elaborated. The analysis of the user environment focuses on the physical work environment. Among the questions to be asked are: Where will the interface be located physically? Will the user be sitting, standing, or performing other tasks unrelated to the interface? Does the interface hardware accommodate space, light, or noise constraints? Are there special human factors considerations driven by environmental factors?

Interface Design: The goal of this phase is to define the set of interface objects and actions i. Control mechanisms that enable the user to perform desired tasks. Indicate how these control mechanisms affect the system. Specify the action sequence of tasks and subtasks, also called a user scenario. Indicate the state of the system when the user performs a particular task. Always follow the three golden rules stated by Theo Mandel. Design issues such as response time, command and action structure, error handling, and help facilities are considered as the design model is refined.

This phase serves as the foundation for the implementation phase. Interface construction and implementation: The implementation activity begins with the creation of prototype model that enables usage scenarios to be evaluated. As iterative design process continues a User Interface toolkit that allows the creation of windows, menus, device interaction, error messages, commands, and many other elements of an interactive environment can be used for completing the construction of an interface.


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Interface Validation: This phase focuses on testing the interface. The interface should be in such a way that it should be able to perform tasks correctly and it should be able to handle a variety of tasks. It should be easy to use and easy to learn. Users should accept the interface as a useful one in their work. International Journal of Technology and Design Education. Journal of Science Education and Technology. Lecture Notes in Artificial Intelligence.

Intelligent Service Robotics. Intelligent Service Robotics fosters the dissemination of new discoveries and novel technologies that advance the ability of robotics to assist and support humans. The journal addresses a broad spectrum of topics ranging from intelligent robots acting as a servant, secretary, or companion to intelligent robotic functions such as embedded robotics, ambient intelligence, or intelligent space. Special attention is given to the integration of robotics with information technology and cognitive science, with the goal of developing new multi-dimensional robotic services.

This includes ubiquitous and adaptive computing, information integration in a distributed environment, and cognitive modeling for human-robot interaction.


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The journal publishes original papers of innovative ideas and concepts, new discoveries and improvements, and novel applications and business models relevant to the field of intelligent service robotics. Software and Systems Modeling. Software and System Modeling SoSyM is an English language quarterly international journal that focuses on theoretical and practical issues pertaining to the development and application of software and system modeling languages and techniques. The aim of the journal is to publish high-quality works that further understanding of the theoretical underpinnings of modeling languages and techniques, present rigorous analyses of modeling experiences, and present scalable modeling techniques and processes that facilitate rigorous and economical development of software.

The journal is unique in its emphasis on theoretical foundations of modeling languages and techniques and on rigorous analyses of "real-world" modeling experiences. The balance of theoretical works and works based on in-depth analyses of experiences provides researchers with insights that can lead to better modeling languages and techniques, and provides modeling practitioners with a deeper understanding of modeling languages and techniques that can lead to more effective application.

The journal targets researchers, practitioners and students that have a vested interest in results generated by high-quality modeling research and by rigorously analyzing modeling experiences. Instructional Science. Electronic Commerce Research.

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