The brain is an intricately designed force of nature.
Artificial intelligence technologies attempt to replicate the functions of
human brain by mimicking its various neural pathways, essentially, thinking
like a human does.
In the medical field, artificial intelligence is able to
process vast amounts of information such as the patient’s medical history,
immediate family history, environmental data, and even world population data,
and identify patterns that were seemingly hidden from human view. Harnessing
the power of big data, artificial intelligences can skim through an unprecedented swath of data to obtain and analyse the results.
There are a variety of applications for medical-based
artificial intelligences. A technology currently in development involves injecting
nano-robotic-particles (nanobots) into the blood stream, and utilizing it to
eradicate harmful microparticles that resides within the body, such as
bacterium, tapeworms and potentially even viruses. The artificial intelligence
communicate within a neural network framework, essentially improvising and
evolving its strategies while performing within its target parameters.
The underlying principles of medical nanotechnology is
closely related to swarm AI technology, which also has its uses in the
military. Like ants in a colony, these nanoparticles strive towards a common
goal, akin to predator stalking its prey, all the while minimizing flaws and
maximizing its bounty (or in the medical context, health benefits). To sum it
up, think A Bug’s Life. (223words)
Written by Thinesh, Kaza and Tan Benwu
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