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In ten words or less, what is a question no one (yet) knows the answer to?
Is there life outside of our planet?
What's a bigger factor in our development: environment or genetics?
Is there any real truth, or is everything relative?
What will the earth be like in 100 years?
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Logan Crouse
Philip Sinclair
Logan Crouse
James Wallis Martin
Logan Crouse
As a result, shouldn't it be possible to quantify the rules that this structure employs and translate them into a machine-code compatible format? Perhaps through the machinations of some rule-based computing language, like LISP? All that would remain would be to identify these structures and reduce them to their simplest forms, wouldn't it?
Fuzzy logic deals a lot with this idea; values within a fuzzy logic system are not exact, but are approximate. In many ways, the variability of a value between 0 and 1 simulates a neuron and the energy with which it fires. And they are beginning to be implemented in consumer electronics.
Fuzzy electronics:
http://en.wikipedia.org/wiki/Fuzzy_electronics
Fuzzy logic:
http://en.wikipedia.org/wiki/Fuzzy_logic
James Wallis Martin
Mariusz K
Are we not just AI influenced by organism's needs / desires?
Grant Robertson
I don't think that was exactly the question. The original question was "Will we discover an algorithm for generating true human intelligence?" Now, we could pick some nits with the wording of this question. For instance, algorithms are designed not discovered. And the only "true" human intelligence would, by definition, be only in a human. But there is one key nit that I believe you missed which creates an important distinction in this context. Whether intentionally or not, Logan did not ask if we will develop an algorithm that itself has human intelligence. He asked if we would develop an algorithm which would in turn be able to GENERATE human intelligence.
Genetic algorithms can be used to GENERATE other algorithms and/or hardware which quickly become more complex than even the creator of the original algorithm can understand. I believe the right algorithm, running on the right hardware and making modifications to the right mix of hardware and software can and will eventually generate human intelligence. I feel the problem many researchers in this field have is that they limit themselves to what they can do with the kinds of binary, sequential processing, instruction following, register shifting kind of logic which they have available to them now. Remember, massively parallel processors are still a finite number of processors which each execute instructions sequentially.
Think of the one major difference between a brain and ANY current processor.... nerves don't have a clock signal. Nerves just react in their own time. This is more akin to how digital electronics worked before timing clocks were invented and the signals just cascaded throughout the circuit. The clock was invented to tame the difficulty of getting all the timings correct throughout the circuit. Imagine using those timings to your advantage instead.
Logan Crouse
I am glad that you moved beyond those nits to grasp the essence of what I was attempting to ask, though, and you said it quite eloquently in the subsequent paragraphs.
James Wallis Martin
Richard Fravel
Logan Crouse