Google have just released details of their 3D sensor phone. It’s
a sort of Microsoft Kinect in your phone. It combines that personal, powerful and portable device
with the very environment in which you live in and move through. To put it
another way it automatically creates and stores context. This is much bigger, I suspect, than the promo video suggests.
Why does this matter?
Well, most people have a rather primitive view of perception
and consciousness, as if our perception is some sort of x-ray vision that
reaches out to the world and scans it as we move and think. The very opposite
is the case. We recreate that world in our brains and re-present it in created
consciousness. We recreate our environment in 3D as we perceive and move
through that world. This phone does something similar – it recreates the world through which you move. How? It’s an Android phone with sensors that makes over a quarter of a million
measurements every second.
Applications
Initial applications include the use of this recreated 3D
world for the visually impaired and blind. You could also use it practically
for mapping your home or a room for decoration or garden for redesign. Eventually it will scan 3D objects for storage and 3D printing and so on.
Contextual learning
My interest would take things much further. I’d use it to
create your own personal environments for contextual learning. We have long
known that learning, specifically retention and recall are increased through
context. Sit an exam in a room where you actually learnt that material and you
do better in that exam. For most 'learn by doing' tasks this is especially true.
Imagine creating a lab, workshop, shop or any other physical
space where that 3D model can be used to create context-specific, simulated learning.
Induction (onboarding), product knowledge, sale straining, health and safety
and hundreds of other business as usual training tasks could be constructed for
your personal working environment. All it would take is an authoring tool with
the ability to tag objects and locations, then add a learning layer. You could
even use it as a memory aid, locating what you want to learn in your known
locations then use the memory palace technique for practice, retention and
recall.
I'm currently involved in two brilliant 3D sims in vocational learning where we're creating 3D environments for training, assessment and certification. They really do measure competences in detail and could revolutionaries this type of learning. Eventually this sort of simulation could be personally created and commonplace.
Conclusion
Boy things are moving fast in the mobile arena. It may not
be robots in the home that matter after all, but our homes with robotic ability
to enhance our lives. I want one…..
2 comments:
I would like to hear more about the 3D sims you are involved with for a future event (in prep).
Have been heavily involved in funding a series of 3D sims see http://www.ufi.co.uk/primer/masterclass-simulations Also Oculus Rift work. Contact me on http://www.planblearning.com/Contact_form/ if you'd like to know more
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