First, let's cover technology and then look at it, briefly, as related to simulation. It is clearly apparent information technology is rapidly moving toward ubiquity (the ultimate transparency). Computers, or at the very least computational 'chips', are pretty much integrated into 'work', 'academia', and 'home', whether via overt forms (aka 'PCs,' smart and non-smart phones, netbooks, laptops, and the list goes on & on - you get the drift). Computer chips are also now transparent in cars, appliances (see refrigerators and washers), house thermostats, and so forth. Truly invisible!
Laptop computers have rapidly transitioned to the preferred form factor for everyday use for a variety of reasons (mobile, powerful, cheap being the leading reasons as I see it). The rapid proliferation of wireless broadband access (see Starbucks, Tim Hortons, Panera, and other such eateries) makes mobility not a hook but an everyday expectation by thousands of road warriors.
So, now that the stage is set (or is it?), what about this sort of technology and its 'place' in high-fidelity / immersive simulation experiences? Well, for one, I see tablets moving into simulations in a variety of functions. I mean tablets along the lines of the iPad versus older iterations (such as the device used by Gaumard simulators). The newer tablets are lighter and easier to work with from a user point of view. Screen is easier to see; better resolution (all things being equal), too. How would tablets work in simulations?
I see these devices fulfilling roles much as in reality; viewing electronic records, viewing xray and other procedural video / records, and so forth. The possibility also exists for users to document in the health record during the simulation, too. I firmly believe the technology is now available for this as off-the-shelf applications. It is a matter of fitting the pieces together, if-you-will.
Ok, done for now. More later! As always, YMMV!
Scott
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