Interfaces And Us

We're all familiar with smart TVs making suggestions on our future watching, real-world exercise data being transferred into stats and infographics on our workout apps and turning up our home heating before we start our commute – but how does this world of technological interfaces affect our actions and perceptions of self?When society relies on computer models and their interfaces to explain and predict everything from love to geopolitical conflicts, our own behaviour and choices are artificially changed. Zachary Kaiser explores the harmful social consequences of this idea - balanced against speed and ease for the user - and how design practice and education can respond positively. - Concepts of freedom vs convenience - Smart objects and manipulation - Real world information transformed into data - Technology's decisions made on our behalf

"This book explores how Indigenous people in Mesoamerica use social networks to alter, enhance, preserve, and contribute to self-representation"--Provided by publisher.

Our love affair with the digital interface is out of control. We’ve embraced it in the boardroom, the bedroom, and the bathroom. Screens have taken over our lives. Most people spend over eight hours a day staring at a screen, and some “technological innovators” are hoping to grab even more of your eyeball time. You have screens in your pocket, in your car, on your appliances, and maybe even on your face. Average smartphone users check their phones 150 times a day, responding to the addictive buzz of Facebook or emails or Twitter. Are you sick? There’s an app for that! Need to pray? There’s an app for that! Dead? Well, there’s an app for that, too! And most apps are intentionally addictive distractions that end up taking our attention away from things like family, friends, sleep, and oncoming traffic. There’s a better way. In this book, innovator Golden Krishna challenges our world of nagging, screen-based bondage, and shows how we can build a technologically advanced world without digital interfaces. In his insightful, raw, and often hilarious criticism, Golden reveals fascinating ways to think beyond screens using three principles that lead to more meaningful innovation. Whether you’re working in technology, or just wary of a gadget-filled future, you’ll be enlighted and entertained while discovering that the best interface is no interface.

Want to learn how to create great user experiences on today's Web? In this book, UI experts Bill Scott and Theresa Neil present more than 75 design patterns for building web interfaces that provide rich interaction. Distilled from the authors' years of experience at Sabre, Yahoo!, and Netflix, these best practices are grouped into six key principles to help you take advantage of the web technologies available today. With an entire section devoted to each design principle, Designing Web Interfaces helps you: Make It Direct-Edit content in context with design patterns for In Page Editing, Drag & Drop, and Direct Selection Keep It Lightweight-Reduce the effort required to interact with a site by using In Context Tools to leave a "light footprint" Stay on the Page-Keep visitors on a page with overlays, inlays, dynamic content, and in-page flow patterns Provide an Invitation-Help visitors discover site features with invitations that cue them to the next level of interaction Use Transitions-Learn when, why, and how to use animations, cinematic effects, and other transitions React Immediately-Provide a rich experience by using lively responses such as Live Search, Live Suggest, Live Previews, and more Designing Web Interfaces illustrates many patterns with examples from working websites. If you need to build or renovate a website to be truly interactive, this book gives you the principles for success.

The truly world-wide reach of the Web has brought with it a new realisation of the enormous importance of usability and user interface design. In the last ten years, much has become understood about what works in search interfaces from a usability perspective, and what does not. Researchers and practitioners have developed a wide range of innovative interface ideas, but only the most broadly acceptable make their way into major web search engines. This book summarizes these developments, presenting the state of the art of search interface design, both in academic research and in deployment in commercial systems. Many books describe the algorithms behind search engines and information retrieval systems, but the unique focus of this book is specifically on the user interface. It will be welcomed by industry professionals who design systems that use search interfaces as well as graduate students and academic researchers who investigate information systems.

In this book, Seung-hoon Jeong introduces the cinematic interface as a contact surface that mediates between image and subject, proposing that this mediation be understood not simply as transparent and efficient but rather as asymmetrical, ambivalent, immanent, and multidirectional. Jeong enlists the new media term "interface" to bring to film theory a synthetic notion of interfaciality as underlying the multifaceted nature of both the image and subjectivity. Drawing on a range of films, Jeong examines cinematic interfaces seen on screen and the spectator’s experience of them, including: the direct appearance of a camera/filmstrip/screen, the character’s bodily contact with such a medium-interface, the object’s surface and the subject’s face as "quasi-interface," and the image itself. Each of these case studies serves as a platform for remapping and revamping major concepts in film studies such as suture, embodiment, illusion, signification, and indexicality. Looking to such theories as the ontology of the image and the phenomenology of the body, this original theorization of the cinematic interface not only offers a conceptual framework for rethinking and re-linking film and media studies, but also suggests a general theory of the interface.

The success of a BCI system depends as much on the system itself as on the user’s ability to produce distinctive EEG activity. BCI systems can be divided into two groups according to the placement of the electrodes used to detect and measure neurons firing in the brain. These groups are: invasive systems, electrodes are inserted directly into the cortex are used for single cell or multi unit recording, and electrocorticography (EcoG), electrodes are placed on the surface of the cortex (or dura); noninvasive systems, they are placed on the scalp and use electroencephalography (EEG) or magnetoencephalography (MEG) to detect neuron activity. The book is basically divided into three parts. The first part of the book covers the basic concepts and overviews of Brain Computer Interface. The second part describes new theoretical developments of BCI systems. The third part covers views on real applications of BCI systems.