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US Gives Raytheon $10.5M For 'Serious Games'
coondoggie writes "These aren't your basic video gaming systems here. The U.S. government gave Raytheon BBN Technologies $10.5 million today to develop what it called 'serious games' that feature an international detective theme developed by game designers, cognitive psychologists and experts in intelligence analysis."
...it's good to see our government spending money on games.
They just spent $10.5 million to remake Where in the World is Carmen Sandiego?
I've never heard of Raythorn BBN Technologies and I bet you haven't either. So here.
-- Cheers!
Will educational games (more serious and presumably less fun than an ordinary first person shooting rampage through a novel virtual environment) improve your ability to make decisions or track objects, analogous to the improvements documented for recreational FPS games? The US government wants to know because it's recently become clear that playing video games does improve performance. Nature Reviews Neuroscience has a nice review on the issue this week, "Brains on video games" http://www.nature.com/nrn/journal/v12/n12/abs/nrn3135.html
He once inserted random mutations into his code, just so he could have the experience of debugging.
In the middle of the greatest deficit it's good to see our government spending money on games.
Serious games are actually useful and they can save not only money but lives. One area of serious gaming are training simulators. Think beyond flight simulators. They are serious games that teach soldiers how to interact with members of a very different culture. There are serious games that present fire fighters with different types of chemical spills to see how they handle it and react to unfolding events. This particular game also has a very serious and seemingly worthwhile goal:
"The goal of the Sirius Program is to create experimental Serious Games to train participants and measure their proficiency in recognizing and mitigating the cognitive biases that commonly affect all types of intelligence analysis. The research objective is to experimentally manipulate variables in Serious Games and to determine whether and how such variables might enable player-participant recognition and persistent mitigation of cognitive biases. The Program will provide a basis for experimental repeatability and independent validation of effects, and identify critical elements of design for effective analytic training in Serious Games. The cognitive biases of interest that will be examined include: (1) Confirmation Bias, (2) Fundamental Attribution Error, (3) Bias Blind Spot, (4) Anchoring Bias, (5) Representativeness Bias, and (6) Projection Bias."
https://www.fbo.gov/index?s=opportunity&mode=form&tab=core&id=1793ab48906acabaf923c76486c29c0f&_cview=0
Average game development costs are estimated to be around $20M-$30M
http://en.wikipedia.org/wiki/Video_game_development
..over 20M in 2010
http://www.gamespy.com/articles/108/1082176p1.html
Obviously the forces driving commercial games and games for the public sector are different, but the relative cost shouldn't be ignored.
The best thing about a boolean is even if you are wrong, you are only off by a bit.
I can use more serious games in my life. A hundred percent serious, nitty gritty political or economically serious, and even technically or ideologically serious. I don't even care if the game violates my world view. Just give me something to think about when I drop the controller and rejoin the real world. Until that happens, I will spend most of my time in literature because a good author will do more to challenge me than the typical mass media title (regardless of the media).
"Serious games" is a term open for laughing at - but they are used for training in a lot of domains. Another term might be "simulation" and if you start thinking in those terms you're into pilots learning to fly 747's, air traffic controllers managing crisis situations without anybody actually dying, doctors practicing surgery, and so on. These are all out there. I think the game vs. simulation definition might boil down to a simulation with a win scenario, in which case you can bring in the military using variants of Doom and other shooters to train soldiers in team work, financial traders playing sims that improve their trading behaviour, and so forth.
In all the above, if you take data from the player, either by a sensor measuring heart rate, or just by the style of their game play, it's theorised that you can deduce emotion /cognitive biases and help people improve upon these, either by playing games in a diagnostic mode and then giving them feedback or live feedback in a didactic mode.
Currently I am working on EU project which is investigating (amongst other things) whether serious games can be used to overcome emotion bias in financial investors: http://www.xdelia.org/