display – The Bunch Blog!

By Paul A. Eisenstein, The Detroit Bureau

Game Boys and backseat monitors are “so five years ago,” suggests Tom Seder, a manager at the General Motors R&D labs.

Working with the Future Lab, at Israel’s Bezalel Academy of Art and Design, GM researchers are exploring ways to turn a car’s rear windows into interactive devices that could permit backseat passengers – children in particular – to have a more interesting experience while traveling.

According to GM, the Windows of Opportunity, or WOO, Project was inspired by studies showing that travelers often feel disconnected from the world outside. The goal of the project isn’t to replace those Game Boys, iPads and seatback monitors as a way to play Mario Brothers, but to actually nurture curiosity about what’s beyond the passenger compartment.

“Traditionally, the use of interactive displays in cars has been limited to the driver and front passenger, but we see an opportunity to provide atechnology interface designed specifically for rear seat passengers,” said Seder. “Advanced windows that are capable of responding to vehicle speed and location could augment real world views with interactive enhancements to provide entertainment and educational value.”

GM asked students at Bezalel, Israel’s oldest institute for higher education, to come up with apps that could be presented on vehicle windows. Among those they developed:

Otto, an animated character that helps children learn about what they see along the road;
Foofu, an app that helps encourage creativity as children draw with their fingers on steamy windows;
Spindow, an app that would let children in one car connect with kids in other parts of the world in real time; and
Pond, a similar app that would also connect children in different vehicles while letting them share music and messages.

“Projects like WOO are invaluable, because working with designers and scholars from outside of the automotive industry brings fresh perspective to vehicle technology development,” said Omer Tsimhoni, lab group manager for human-machine interface, GM Advanced Technical Center in Israel.

So-called “smart glass” is beginning to find a variety of applications in architecture and displays, and it was featured in the recent hit movie, Mission Impossible: Ghost Protocol. It had a much more limited use in Daimler’s Maybach line, where passengers could transition an optional roof panel from clear to translucent with the touch of a button.

For now, GM says it has no production plans for the smart glass system, but in today’s competitive automotive world, that could change rather quickly.

By Dan Carney

It in the past, it was pretty simple: A dashboard was a wooden (later steel, then plastic) board on to which a car’s instruments were mounted. Of course, that was when phones still had buttons to press (or a rotary dial).

Today, smart phones present a blank sheet of glass that can show, among other things, a virtual representation of buttons for dialing. And now cars are following suit, with LCD displays that may show a simulation of good old circular analog instruments. Or maybe a wallpaper photo of your kids.

These can make from some pretty cool-looking instrument displays, as drivers are increasingly able to customize their dash displays to suit their whims, as they’ve long been able to do with their computer and phone displays.

The upcoming Cadillac XTS will lead in this area with a huge, customizable video display for its instrument panel that lets driver choose among different display styles such as traditional and contemporary. The XTS isn’t quite ready for showrooms, so today corporate siblings Jaguar and Land Rover have the most advanced virtual instrument panel in the XJ and Range Rover models. These innovations let the driver substitute navigation or entertainment information for one of the faux circular instruments, for example.

That’s possibly because a reconfigurable display allows you to show anything — even video — on the dashboard. That’s how Mercedes-Benz uses the LCD display panel in its S-Class model to show an infrared night vision image of the road ahead.

The challenge with night vision images is putting them where a driver — who should really be looking at the road ahead — can see them. Absent the mil-spec (really, it was from defense contractor Hughes), head-up night vision display that Cadillac and Hummer vehicles used to offer, Mercedes’ positioning of the display comes close.

Speaking of head-up displays (HUDs), General Motors deserves a shoutout for its projection of critical data on the inside of the windshield of many of its models, from Chevrolets to Buicks and Cadillacs. It doesn’t make the dashboard itself look any cooler, but it’s neat to see a digital speedometer appear to float in space over the car’s hood. This is a critical feature in sneaky-fast models like the Corvette, where a constant reminder of the car’s speed is a valuable ticket-avoidance tool.

But HUDs are expensive, limiting their application to high-end models like Corvettes. So Honda deserves kudos for the Civic’s dashboard, a multilevel design that positions a large digital speedometer as high and close to the windshield as possible. No, the speed number doesn’t float in air over the hood, but by making it as large, high, and far from the driver as possible, it’s easier for the driver to see the number without having to drastically refocus vision or attention.

Finally, if all this technology seems like overload, there’s a tribute to a dashboard packed with traditional circular analog instruments.

Rather than dazzling drivers with virtual reality, the instrument panel in the Cadillac SRX dazzles them with its design. Cadillac stylists carefully manage light, faceted clear plastic and chromed surfaces to produce a jeweled dashboard that might not provide video images or holographic data floating in the air, but it does look spectacular at night.

GM creates digital windows on the world

Designers Boost Glitz Factor With Latest Dashboards

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