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"Immersive multimodal interactive presence presents advanced interdisciplinary approaches that connect psychophysical and behavioral haptics research with advances in haptic technology and haptic rendering.It delivers a summary of the results achieved in the IMMERSENCE European project and includes selected chapters by international researchers. Organized into two parts : I. Psychophysical and behavioral basis and II. Technology and rendering, it is an excellent example of interdisciplinary research directed towards the advancement of multimodal immersive virtual environments with particular focus on haptic interaction.The twelve chapters of the book are grouped around three different scenarios representing different types of interactions in virtual environments: Person-Object (PO), Person-Object-Person (POP) and Person-Person (PP) interaction. Recent results of psychophysical and behavioral studies are reported along with new technological developments for haptic displays and novel haptic rendering techniques."

"This book provides the first theoretical interaction model of pen-and-paper user interfaces and an integrated set of interaction techniques for knowledge workers. The model proposes a ‘construction set’ of core interactions that are helpful in designing solutions that address the diversity of pen-and-paper environments. The interaction techniques, concrete instantiations of the model, provide innovative support for working with printed and digital documents. They integrate well-established paper-based practices with concepts derived from hypertext and social media."

"Sudah banyak aplikasi yang menggunakan sistem akun Single Sign-On (SSO) sebagai opsi registrasi akun. Pengelola Nama Domain Internet Indonesia (PANDI), selaku pengurus registri (.id) Indonesia, membuat sistem akun SSO yang dinamakan u.id. Aplikasi u.id adalah sistem SSO yang menggunakan Nomor Induk Kependudukan sebagai validalitas pengguna dan memastikan akun yang dibuat unik. Namun, aplikasi u.id menurut stakeholders PANDI memiliki tingkat kegunaan yang kurang. Oleh karena itu, perlu dilakukan evaluasi usability dan perumusan solusi dari hasil evaluasi tersebut. Penelitian ini bertujuan untuk mengidentifikasi pengalaman pengguna dalam menggunakan aplikasi u.id, serta memberikan solusi desain antarmuka alternatif menggunakan metode User-Centered Design. Batasan penelitian ini adalah masyarakat Indonesia yang mempunyai koneksi internet dan memiliki Kartu Tanda Penduduk. Evaluasi dilakukan dengan menggunakan metode mixed-methods, yaitu menggabungkan analisis data kuantitatif dengan data kualitatif. Data kuantitatif diperoleh dengan menggunakan kuesioner System Usability Scale (SUS) yang didistribusikan secara daring, sedangkan data kualitatif diperoleh dengan menggunakan wawacara kontekstual. Hasil dari evaluasi tersebut diperoleh tiga persona dan menunjukkan bahwa usability aplikasi u.id kurang baik. Pemetaan kebutuhan perbaikan dilakukan terhadap Shneiderman’s Eight Golden Rules of Interface Design. Rancangan desain alternatif dibuat berdasarkan solusi dari kebutuhan perbaikan yang kemudian dievaluasi kembali menggunakan usability testing, SUS, dan Single Ease Question (SEQ). Hasil evaluasi desain alternatif memberikan penilaian baik dari perhitungan success rate usability testing, SUS, dan SEQ.

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Many applications using Single Sign-On (SSO) as their methods for user registrasion. Pengelola Nama Domain Internet Indonesia (PANDI), as Indonesia registry (.id) manager, build a SSO account system using identity number as user validation to make sure the account is unique. However, u.id application according to PANDI stakeholders have low usability. Therefore, there is a need for usability evaluation and solutions from the evaluations. The study aims to find out user experience on using u.id application and provide alternative design using User-Centered Design approach. Study limitations are peoples from Indonesia whose have an internet connection and identity card. Evaluation is done using mixed-methods, by combining quantitative data with qualitative data. Quantitave data obtained using online questionnaire with System Usability Scale (SUS), while qualitative data obtained using contextual interview. Result from the evaluation obtained three personas and shows that u.id application have low usability. Mapping of improvement needs is carried out on Shneiderman’s Eight Golden Rules of Interface Design. Alternative design made using solutions from mapping of improvement needs and then re-evaluate using usability testing, SUS, and Single Ease Question (SEQ). Results from alternative design evaluation obtained a good result from calculation in usability testing success rate, SUS, and SEQ."

"Touch and gestural&​nbsp;devices&​nbsp;have been hailed as next evolutionary step in human-computer interaction. As software companies struggle to catch up with one another in terms of developing the next great touch-based interface, designers are charged with the daunting task of keeping up with the advances in&​nbsp;new technology and this new aspect to user experience design. Product and interaction designers, developers and managers are already well versed in UI design, but touch-based interfaces have added a new level of complexity. They need quick references and real-world examples in order. "

"Software Product Line Engineering (SPLE) merupakan paradigma untuk mengembangkan aplikasi perangkat lunak dengan memanfaatkan aspek commonality dan variability. Dengan menggunakan paradigma ini, waktu dan biaya yang dibutuhkan dalam mengembangkan product line menjadi lebih efektif. Pengembangan product line berbasis web ini didukung oleh suatu development framework bernama PRICES-IDE yang dikembangkan pada penelitian sebelumnya. Adapun tujuan dari development framework tersebut, yaitu untuk menghasilkan product line berbasis web secara otomatis. Pada PRICES-IDE, pengembangan product line membutuhkan abstrak user interface (UI) yang dimodelkan dengan Interaction Flow Modeling Language (IFML). Penelitian sebelumnya telah menerapkan konsep Delta-Oriented Programming (DOP) ke dalam pemodelan IFML suatu product line dengan tujuan menghindari pemodelan berulang komponen-komponen yang sama pada fitur-fitur sejenis. Pemodelan tersebut dikenal dengan pemodelan IFML-DOP. Namun, pemodelan tersebut masih belum menerapkan konsep SPLE secara tepat karena belum semua elemen IFML-DOP diimplementasikan pada IFML Editor. Dengan demikian, dalam penelitian ini, akan diimplementasikan elemen-elemen tersebut serta dilanjutkan dengan proses refactoring terhadap pemodelan IFML-DOP. Elemen-elemen IFML-DOP yang baru diimplementasikan tersebut belum dikenali oleh User Interface Generator sehingga perlu dilakukan penyesuaian agar dapat mengakomodasi pemodelan IFML-DOP tersebut. Evaluasi pada penelitian ini dilakukan dengan menganalisis generated aplikasi serta mengevaluasinya dengan Six Quality Criteria dan functional testing. Hasil yang diperoleh dari eksperimen dan evaluasi menunjukkan bahwa seluruh elemen IFML-DOP telah berhasil ditambahkan pada IFML Editor, elemen-elemen IMFL-DOP telah berhasil dikenali dan ditransformasikan oleh UI Generator, serta telah berhasil menghasilkan aplikasi berbasis web yang bebas dari error.

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Software applications development with Software Product Line Engineering (SPLE) can minimize the required time and costs because of commonality and variability aspects. Previous research presented PRICES-IDE as a development framework to generate web-based product lines automatically. In PRICES-IDE, user interface in web-based product lines requires an abstract modeling language called Interaction Flow Modelling Language (IFML). In previous research, Delta-Oriented Programming (DOP) was applied to IFML modeling in order to avoid repeated modeling of the same components on similar features, later known as IFML-DOP modeling. That modeling hasn’t fully applied SPLE concept correctly because IFML-DOP elements haven’t been implemented in the IFML Editor. To solve that problem, this research will implement the rest of IFML-DOP elements and use those elements inside existing IFML-DOP modeling. Because User Interface (UI) Generator does not recognize new elements, this research will also make some adjustments to accommodate this enhanced IFML-DOP modeling. Evaluation will be done by analyzing the generated applications through six quality criteria and functional testing. This research shows that all IFML-DOP elements have been successfully added to the IFML Editor, the UI Generator can recognize and transform these elements, and resulting a clean web-based application."