Service-interaction descriptions: augmenting services with user interface models

The document discusses the European Union's Digital Agenda and focuses on cloud computing and green ICT. It defines cloud computing, outlines the main challenges around interoperability, privacy, security and governance. It discusses the EU cloud strategy of developing the legal framework, research and standardization. Funding opportunities for cloud computing through the CIP Work Programme are also mentioned. The document argues that cloud computing can significantly reduce carbon emissions and help make ICT more environmentally friendly.

The document presents a methodology for developing UML models from a user interface prototype. The methodology involves identifying user interface elements from the prototype, developing a flow diagram of the elements, creating an activity model, and developing a use case model. The methodology is demonstrated through a case study of developing UML models for the login page of the Amazon.com website. Key steps include identifying UI elements like workspaces and functions, creating a flow diagram to show the main and exception flows, developing an activity model of the login process, and specifying a use case for login and authentication.

In recent past every discipline and every industry have their own methods of developing products. It may be software development, mechanics, construction, psychology and so on. These demarcations work fine as long as the requirements are within one discipline. However, if the project extends over several disciplines, interfaces have to be created and coordinated between the methods of these disciplines. Performance is an important quality aspect of Web Services because of their distributed nature. Predicting the performance of web services during early stages of software development is significant. In Industry, Prototype of these applications is developed during analysis phase of Software Development Life Cycle (SDLC). However, Performance models are generated from UML models. Methodologies for predicting the performance from UML models is available. Hence, In this paper, a methodology for developing Use Case model and Activity model from User Interface is presented. The methodology is illustrated with a case study on Amazon.com

In recent past every discipline and every industry have their own methods of developing products. It may be software development, mechanics, construction, psychology and so on. These demarcations work fine as long as the requirements are within one discipline. However, if the project extends over several disciplines, interfaces have to be created and coordinated between the methods of these disciplines. Performance is an important quality aspect of Web Services because of their distributed nature. Predicting the performance of web services during early stages of software development is significant. In Industry, Prototype of these applications is developed during analysis phase of Software Development Life Cycle (SDLC). However, Performance models are generated from UML models. Methodologies for predicting the performance from UML models is available. Hence, In this paper, a methodology for developing Use Case model and Activity model from User Interface is presented. The methodology is illustrated with a case study on Amazon.com.

In recent past every discipline and every industry have their own methods of developing products. It may be software development, mechanics, construction, psychology and so on. These demarcations work fine as long as the requirements are within one discipline. However, if the project extends over several disciplines, interfaces have to be created and coordinated between the methods of these disciplines. Performance is an important quality aspect of Web Services because of their distributed nature. Predicting the performance of web services during early stages of software development is significant. In Industry, Prototype of these applications is developed during analysis phase of Software Development Life Cycle (SDLC). However, Performance models are generated from UML models. Methodologies for predicting the performance from UML models is available. Hence, In this paper, a methodology for developing Use Case model and Activity model from User Interface is presented. The methodology is illustrated with a case study on Amazon.com.

In recent past every discipline and every industry have their own methods of developing products. It may be software development, mechanics, construction, psychology and so on. These demarcations work fine as long as the requirements are within one discipline. However, if the project extends over several disciplines, interfaces have to be created and coordinated between the methods of these disciplines. Performance is an important quality aspect of Web Services because of their distributed nature. Predicting the performance of web services during early stages of software development is significant. In Industry, Prototype of these applications is developed during analysis phase of Software Development Life Cycle (SDLC). However, Performance models are generated from UML models. Methodologies for predicting the performance from UML models is available. Hence, In this paper, a methodology for developing Use Case model and Activity model from User Interface is presented. The methodology is illustrated with a case study on Amazon.com.

This document discusses a web service management system (WSMS) called WebSenior that aims to provide e-government services to senior citizens. It focuses on key components like service composition, optimization, and privacy preservation. Service composition automatically selects and integrates individual web services. Service optimization selects services and composite services to generate execution plans based on quality of service models. The paper also discusses related work and proposes that WebSenior provides an integrated framework for seamless cooperation between government agencies to deliver customized senior citizen services. It analyzes the components of WebSenior and how they contribute to providing dynamic, optimized, and private services for citizens.

This document proposes model-driven development patterns for building mobile applications in a cloud of things (CoT) environment. It presents a meta-model covering business and service elements to enable model transformations. Three patterns based on the MVC framework transform business models into service components for rapid cloud service configuration. A software platform is also described for implementing and verifying the approach. The results indicate the platform enables rapid application development through various service integration patterns in a CoT.

The LSMS laboratory at SUPSI focuses on applied research, education, and training in areas related to innovative web technologies and the semantic web. Key areas of research include ontologies, inferencing, semantic web applications and prototyping, knowledge visualization, and more. The laboratory has several collaborations both within and outside of SUPSI. It provides bachelor's courses, continuing education, and training through projects like eLab, a Moodle platform used by USI and SUPSI students.

The document discusses the convergence of GIS, CAD, and BIM technologies and how they promise new insights. It outlines how these integrated modeling approaches allow for improved coordination, clash detection, conceptual design, analysis of impacts, and navigation of virtual environments. Examples are given of toolmaker approaches integrating these technologies for applications like land use planning, infrastructure modeling, and 3D city modeling. Challenges faced by cities are also discussed like efficient urban planning, aging infrastructure, and adapting to climate change. Thought leaders and global examples pursuing smart, sustainable cities through these converging technologies are provided.

The document discusses shifting an application to a microservices architecture in the real world. It begins with definitions of microservices and their benefits like independent scalability and technology diversity, as well as costs like increased operational complexity. It then discusses challenges of a 100% yearly growth rate for an e-commerce application. The rest of the document provides advice on extracting capabilities from a monolith to microservices, such as starting with simple decoupled capabilities, avoiding dependencies on the monolith, decoupling data along with services, and decoupling capabilities before splitting code into smaller services.

This document discusses service-oriented computing, web services, and the S-Cube project. It provides an overview of service-oriented computing and some key advantages of using services such as lower development costs and enhanced competitiveness for businesses. It also outlines some common standards for web services. The S-Cube project aims to establish a research community to help shape the future service-based internet. It receives €870,000 in funding over 4 years, with £440,000 allocated to the Centre. Potential areas of investigation for the S-Cube project include task modeling, user modeling, user error analysis, and various human aspects related to web services.

This report is the second on the IntelCities Community of Practice (CoP) and outlines the integrated - innovation seeking and knowledge creating - model of eGov services developed under the shared enterprise of the organisation’s capacity-building activities, co-design actions, monitoring and evaluation exercises. This offers a synopsis of the information technology (IT) adopted by the IntelCities CoP to develop the organisation’s e-learning platform, Knowledge Management System and digital library as a set of semantically-interoperable eGov services supporting the crime, safety and security initiatives of socially-inclusive and participatory urban regeneration programmes.

Urban innovation - changing the way we work - reducing carbon footprint - social innovation - mobile knowledge workers meet nomads - elderly meet youth - education meets business - sharing experience and knowledge in a social conducive state-of-the-art environment - news ways of collaboration

To address the emerging importance of services and the relevance of relationships, we have developed and introduced the concept of Open Semantic Service Network (OSSN). OSSN are networks which relate services with the assumption that firms make the information of their services openly available using suitable models. Services, relationships and networks are said to be open (similar to LOD), when their models are transparently available and accessible by external entities and follow an open world assumption. Networks are said to be semantic when they explicitly describe their capabilities and usage, typically using a conceptual or domain model, and ideally using Semantic Web standards and techniques. One limitation of OSSNs is that they were conceived without accounting for the dynamic behavior of service networks. In other words, they can only capture static snapshots of service-based economies but do not include any mechanism to model reactions and effects that services have on other services and the notion of time

This document discusses accomplishments and opportunities in connected and sustainable development (CUD). It highlights [1] broader commitments to issues like broadband and transparency, [2] deeper public-private partnerships emerging, and [3] more civic engagements focused on experiences and services rather than just features. It presents a portfolio of CUD opportunities across mobility, buildings, work, energy, engagement, and information and communications technology. It proposes harnessing collective digital interactions through a "digital swarming" framework to advance sustainability goals.

The presentation made in the FORSEE foresight workshop for the future in ICT for South Eastern Europe

The document discusses improving intelligibility and control in ubiquitous computing environments. It provides examples where systems trained inhabitants instead of the other way around, causing reluctance to correct systems and "fights" over control. The authors propose making invisible computers more visible by answering "why" and "why not" questions from users through graphical behavior notation, cancel commands, and ambient projection systems to provide real-time feedback and increase intelligibility and user control.

Talk given at the DSP Valley seminar "Exploring GUI design for embedded systems" together with Jan Meskens on June 9, 2009. See also: http://www.dspvalley.com/upload/event/site/5270/index.html Abstract: The User Interface Markup Language has been around for 10 years now and it is still evolving. The language did not reach a large audience yet and there are few publicly known cases where the language is used. Nevertheless, UIML is probably one of the most generic and flexible user interface markup languages available, mainly because it is in fact a meta-language that is not limited to a particular domain, device, platform or widget set. The design of the language makes it an ideal candidate to support future evolutions in user interface techniques and guarantees the survival of user interface designs over time. At the dawn of the 4.0 version of the UIML specification—which will be released soon—this talk provides an overview of the language, the novelties of the 4.0 specification and some tools that we have built and are available today. We also provide an overview of our work to integrate UIML in a multi-device user interface design process that allows designers to create user interfaces for multiple devices without having to deal with an abstract user interface specification. Finally, we will highlight our experiences with designing tailored user interfaces for embedded platforms with UIML, and discuss the pros and cons of using a high-level user interface description language on devices with limited resources.

The link between corresponding physical and virtual worlds has been the subject of research for many years now. The instantiation of this link was often a complex task that involved special purpose techniques to identify and search for the virtual information that belongs to a selected physical object. It is since the conception of physical tagging technologies such as RFID that physical objects can carry their own virtual information. In this paper we show a simple yet effective approach to extract the virtual information of physical objects and aggregate it in a sensible way for the user. We rely on Web 2.0 techniques to accomplish this. A useful side-effect of our approach is the fact that a set or mashup of physical objects leads to a mashup of their related information in the virtual world. Presented at the first International Workshop on System Support for the Internet of Things (WoSSIoT '07), Lisbon, Portugal, March 20, 2007.

Semantic web technologies pop up frequently in current computer science research, in particular in fields related to HCI. Although the semantic web itself has not yet been fully realized, the supporting technologies are mature enough to be used for other applications. The semantic web initiative centers around knowledge representation and automated reasoning about knowledge. This concept is general enough to find its use in many different fields (ambient intelligence, service oriented computing, etc.). I will give an overview of the basic concepts of the semantic web. Important semantic web standards such as RDF, RDFS and OWL will be covered as well. Presented during a HCI chit-chat session at our institute on September 8th, 2006.

This document discusses a generic approach for rendering multi-device user interfaces using the User Interface Markup Language (UIML). UIML allows for building custom user interfaces with a high-level and generic description that is not tied to specific interface elements. The UIML vocabulary includes elements for peers, interface structure, logic, style, presentation, content, and behavior.

Bringing together the physical and digital worlds has been the subject of research for some time now. In particular, a number of successful prototypes that link physical objects with digital information (often called smart object systems) have already been presented. However, a generally accepted architecture to design such systems has not yet emerged. This paper presents a reusable and practical framework for developing smart object applications today. At the basis of our approach lies the use of Semantic Web technology to drive interaction between the physical and digital worlds. We used this framework to develop SemaNews, a novel application that combines the advantages of digital news feeds with those of physical newspapers. To verify the reusability of our architecture, we built a second prototype in a different application domain: STalkingObjects provides the basic components of a store of the future.

A while back I created this training material for project managers in 𝘀𝘁𝗿𝗮𝘁𝗲𝗴𝘆 𝗰𝗼𝗻𝘀𝘂𝗹𝘁𝗶𝗻𝗴. I am now sharing it widely since it is useful to a broader audience. A central theme is that project management is much more than putting together presentations. It covers all kinds of high-level cognitive efforts, which is why it is exciting (at first). It is also important to note that you do not improvise your way into project management. It is a well-developed craft that is far down its experience curve. I started my career at McKinsey & Company in 1984 and was an Engagement Manager between 1986 and 1989. I then became a partner. So my project management days are long gone, but I have interacted with and trained countless young consultants since. The document is not a manual. If you follow it 100% you would not have time to do your project management job. But I trust there is always an idea or two that is useful on any project. To me, the most difficult part of this document was to create the 18 rays with the grey contours. It involves some trigonometry. Getting this right was fun.

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DevOps has emerged as a key practice that fosters collaboration between development and operations teams.

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Hi guys! To do the first things first, I have to introduce myself and my background, and we need an explanation for the reason and incentive behind this summary presentation and the series of articles that may follow for more details. I am a game designer with a focus on economy design. After some years of working in game design, I felt the most inspiring thing for me is seeing an increase in a graph (of course, not the churn graph). The combination of this with a focus on features and their results and the needs of the game led me toward becoming a product manager. At first, I started reading about product managers' roles, responsibilities, daily routines, and most importantly, the methods they use for fulfilling their responsibilities. Initially, I tried to implement these methods in our structure, but the deeper I delved into gaming product management, the more methods I found that needed to change to achieve the best results. After some time, I realized that having knowledge of how product managers in application products operate is necessary but not sufficient to call oneself a game product manager. Of course, they invented the wheel, special thanks to them, but the fact is that we do not have a car; we have bicycles or airplanes! So, the same wheel does not work for us! In this series of articles, I want to describe how things are different when playing the role of a PM or GPM, what you need to know, and what are not our primary challenges. How to become a GPM after discussing the pros and cons of being a PM or GPM. If you are going to choose between one of them, you can stop reading this and choose PM! But if you are passionate about becoming a GPM, I suggest you read these, then take a deep breath, make your final decision, take your sword, and be ready to face dragons, without knowing how to use the sword!

Research methodology refers to the systematic, theoretical analysis of the methods applied to a field of study. It comprises the theoretical analysis of the body of methods and principles associated with a branch of knowledge. research is integral to every aspect of business operations. It supports informed decision-making, identifies opportunities and threats, enhances customer understanding, improves efficiency, fosters innovation, aids in strategic planning, refines marketing strategies, manages risk, boosts employee satisfaction, enhances financial performance, and informs policy formulation. This comprehensive understanding and application of research allow businesses to operate more effectively and sustainably in a competitive environment. Research methodology refers to the systematic, theoretical analysis of the methods applied to a field of study. It encompasses the principles, procedures, and techniques used by researchers to collect, analyze, and interpret data. Essentially, research methodology provides the blueprint for the entire research process, ensuring that the study is carried out in a structured, reliable, and valid manner.

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