Situated Research's Blog

If we were to ask you to name one thing you wish your computer (or another Web-enabled device) could do, but doesn’t now, what would you say? How about the ability to “touch the things that are in the screen, to feel and move them.” That’s what 7-year-old Daniela* wants. Matthew, 6, wishes he could play 3D games on his computer, and Jenna, 7, would like a solar-powered laptop. Cristina, 12, thinks it’d be great to travel more – to experience new, far-away places with the help of virtual reality.

Understanding that kids are excellent innovators, Latitude Research in conjunction with ReadWriteWeb recently conducted a study asking children to ideate concepts for new computer and Web technologies – and the results are in. Read more »

2010 appears to be a breakthrough year for gaming technologies.  In case you haven’t heard, Nintendo, Sony, Microsoft, and many others in the gaming industry have just announced their latest releases at this year’s E3 Expo in Los Angeles. The E3 press conferences revealed trends toward motion-based game controllers, 3D technologies, controller-less gaming, and an array of retro game titles that are back on the scene. Read more »

(CNN) — Goodbye computer mouse, keyboard and monitor.

Say hello to a new, simpler era of human-computer interaction — this time, with no clunky hardware standing between you and digital information.

In this new world, there are options aplenty. Read more »

TR10 mobile 3-D: Digital Depth synthesizes 3-D scenes from existing 2-D video for smart phones. Read more »

A critique of a common method used in video game usability research

Many video game usability practitioners employ a method to test usability within video games, called the ‘RITE’ method, short for Rapid Iterative Testing and Evaluation (RITE). Pioneered at Microsoft Games Studios and Microsoft Research, the RITE method has been adopted by many usability research organizations besides the teams at Microsoft.

While the RITE method has some advantages, such as the ‘rapid iterative’ ability to suggest changes to designers and test them in successive passes, it may fall short when looking for usability issues that lie beneath the surface. Read more »

My iPhone-savvy 2½ year-old daughter held an iPad for the very first time last night, and it turned out to be an interesting user-interface experiment. Read more »

How the machines will come out and meet us in 2015

The user interface is big business right now. In truth, it always was, but it’s taken the mass popularisation of the iPhone to bring it the public agenda. Until then, a good interface was one which you didn’t notice. If no one mentioned it, then it was doing its job. It was allowing the user to perform the task they’re looking to do with minimal fuss, but when the famous talky tablet turned up, it brought with it something that would change this principle for consumers everywhere – a touchscreen. Read more »

Tapping on arm allows users to scroll through menus and select options

Touchscreens may be popular both in science fiction and real life as the symbol of next-gen technology, but an innovation called Skinput suggests the true interface of the future might be us.

Microsoft and Carnegie Mellon University unveiled Skinput recently, showing how it can turn your own body into a touchscreen interface. Read more »

Touch Screens that Touch Back

Forget putting your phone on vibrate. A novel “high-definition” touch-feedback display can give a touch screen the feel of a textured surface. The technology was developed for mobile devices by the San Jose CA-based company Immersion, and is a step toward mimicking the feel of physical buttons on flat screens. Read more »

Color in design is very subjective. What evokes one reaction in one person may evoke a very different reaction in someone else. Sometimes this is due to personal preference, and other times due to cultural background. Color theory is a science in itself. Studying how colors affect different people, either individually or as a group, is something some people build their careers on. And there’s a lot to it. Something as simple as changing the exact hue or saturation of a color can evoke a completely different feeling. Cultural differences mean that something that’s happy and uplifting in one country can be depressing in another.

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Virtual saleswoman and other technology changing how we work, play, shop

Our avatars are coming. Those mobile and 3-D and interactive technologies being created around us are about to beam us into a new world, filled with workday holograms, avatars and stuff we called magic only a few years ago. Read more »

The history of the visual design of user interfaces can be described as a gradual change towards more realism. As computers have become faster, designers have added increasingly realistic details such as color, 3D effects, shadows, translucency, and even simple physics. Some of these changes have helped usability. Shadows behind windows help us see which window is active. The physicality of the iPhone’s user interface makes the device more natural to use.

In other areas, the improvements are questionable at best. Graphical user interfaces are typically full of symbols. Most graphical elements you see on your screen are meant to stand for ideas or concepts. The little house on your desktop isn’t a little house, it’s «home». The eye isn’t an actual eye, it means «look at the selected element». The cog isn’t a cog, it means «click me to see available commands».
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This list of ten features should be embraced by game designers

Steve Krug argues in his book Don’t Make Me Think! that a good program or product should let users accomplish their intended tasks as easily and directly as possible. The less time it takes a person to complete a desired task (even if only by a few seconds), the more satisfying it becomes. When that happens, people are more likely to use a product in greater frequency and return for more. So in the spirit of improved usability, here are ten standard features every videogame designer should embrace. Read more »

Games such as Mindflex use headsets with simple electrodes to monitor levels of concentration and relaxation.

(CNN) — In the shimmering fantasy realm of the hit movie Avatar, a paraplegic Marine leaves his wheelchair behind and finds his feet in a new virtual world thanks to “the link,” a sophisticated chamber that connects his brain to a surrogate alien, via computer. Read more »