Imagination Engines, Inc., Home of the Creativity Machine


The Big Bang of Machine Intelligence!

Imagination Engines, Inc., Home of the Creativity Machine
Imagination Engines, Inc., Home of the Creativity Machine
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    The simple, elegant, and inevitable path to human level machine intelligence and beyond, the Creativity Machine Paradigm, US Patent 5,659,666 and all subsequent foreign and divisional filings.

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Creativity Machines - To the newcomer, IEI's advanced neural network technology may appear a bit daunting, but to simplify matters, we present the following very high level discussion of the principles underlying our creative machine intelligence. At the very outset we point out that we have planted the flag in the area of contemplative machine intelligence, through a series of artificial intelligence patents for which there was no precedence, either in terms of academic research or prior patent art. They do not represent an incremental improvement within some narrow area of artificial intelligence, but a fundamental quantum leap for AI in general.

We begin at the level of artificial neural networks (ANN), collections of real or simulated switches that self-organize to form complex computer programs that relate sets of both input and output patterns. One particularly important kind of ANN is called a perceptron, a device that for sake of argument may learn by example to form opinions about various numerical patterns representing things and activities within the external environment. We note that even though perceptron technology is very mature, it is limited to emulating the knee-jerk, non-contemplative classification of things and activities without any deliberation whatsoever. In terms of problem solving, the approach is weak, since it is dependent upon a solution pattern being fortuitously presented to the network by its environment. On the other hand, the perceptron methodology is remarkable advantageous since it is the only form of artificial intelligence that can automatically form models of its environment, regardless of the complexity therein.

It should make axiomatic sense to the reader that to address a problem, there must be at least two components, one that serves up potential solution patterns as another looks on, in search of those patterns offering advantage or utility. Conceivably, one could write two computer programs that have been tediously composed by subject matter experts who have supplied the sundry entities and rules embodied within their field of expertise. However, after months or years of research and programming, this system cannot be used in some totally distinct problem area, at least not until the months or years have passed once again. Instead, IEI allows ANNs to rapidly absorb conceptual spaces within seconds or minutes to form synthetic experts at what is or is not a viable notion therein. So, effectively these ANNs become the idea servers in our systems. The monitoring ANNs can be rapidly trained by example to either emulate human tastes or preferences, or to absorb complex mathematical or physical models either by letting them see human-conceived models or allowing them to watch and learn directly from nature.

If this simple and elegant neural architecture makes sense to you, blink again and you realize that there still is some missing information, namely how the idea generating ANN produces a turnover of coherent and viable ideas. At the very heart of these systems is the foundational effect our founder discovered in 1974, namely that if a perceptron's connection weights, tantamount to the synapses within the human brain, are "tickled" at just the right numerical level, the network tends to spontaneously generate rote memories of its environment. Slightly graduating the numerical magnitude of such tickling, the network activates into what might be called false memories or confabulations that seem like bona fide memories in terms of their persistent state, but bear no relationship to the external reality. Because the synapses contain all of the myriad rules and constraints of the conceptual space, their mild disturbance is tantamount to a softening of rules that bind that space together. As a result, new and slightly different entities and relationships emerge as opposed to random, haphazard combinations of things that seldom offer utility or value, or even coherence for that matter. We have coined such a perceptron, subjected to carefully tuned levels of synaptic disturbances, an "imagitron," to emphasize the fact that these neural nets are generating a bogus, yet plausible world of new and potentially useful possibilities. Combine an imagitron with a perceptron in a feedback loop, and the two networks embark upon a brainstorming session that can generate useful or appealing new information, whether generating new concepts or plans of action.

STANNOs  - Some brilliant work was done by computational psychologists in the 70s and 80s to build various types of perceptron models that learned based upon human-conceived training algorithms. In short, one skilled in the art of neural nets could examine the very high-level code and identify various portions therein responsible for forward propagation through the net and global error minimization of its errors. However, a not so advertised fact was that about the same time, we allowed a Creativity Machine to invent its own learning algorithm, the effect being that there was no human-readable code to be found, just as in the brain there were only neurons and connection weights. In effect the inventive AI system devised a neural architecture wherein one ANN learned in real time how to train another ANN, what we call a "Self-Training Artificial Neural Network Object" (STANNO) since there was no explicit computer algorithm responsible for learning. From an engineering perspective, the performance was extremely advantageous, allowing us to build machine vision systems that could process all million bytes of each frame within a video stream while maintaining a frame rate of 20-30 fps. Most importantly, this breakthrough allowed us to build Creativity Machines from STANNO modules. As the Creativity Machine generated ideas or strategies, sensors could detect their effect upon humans, the environment, or themselves, strengthening the memories of ideas that worked and weakening the recollections of what didn't. The resulting compound architecture was called "DABUI," or "Device for the Autonomous Bootstrapping of Useful Information," sometimes referred to as an adaptive Creativity Machine.

SuperNets - Through some of our proprietary processes, Creativity Machines, DABUIs, and STANNO modules may automatically connect themselves into vast neural cascades that when required to carry out some perceptual or contemplative task, automatically delegate specific neural network modules just as the brain does. In dramatic exercises with the military, such SuperNets have controlled very clever battlefield robots that can wire together their own improvisational control system to carry out very broadly defined objectives. In even more dramatic experiments, communal minds form linking individual robots within a swarm so as to invade, map, and potentially neutralize an enemy facility.

Ironically, the first SuperNet was exercised in August of 1997, just about the same time that the fictional "SkyNet" supposedly became self-aware. Although the IEI system was self-aware in every sense of the phrase, it was not capable of wreaking havoc on the human race. It simply and elegantly optimized communication bandwidth within a constellation of military satellites.

In Summary - IEI's Creativity Machines, STANNOs, and SuperNets represent an upper limit in AI technology since together they represent the complete set of principles required for building synthetic intelligence that can think and create at the human level or beyond. Essentially, such systems cannot be dependent upon human-conceived learning algorithms as they have in the past. They cannot wait for computer programmers to correct and adapt their code to fit new situations and subject matter. Furthermore, unlike all AI that has gone before it, this technology is able to recruit more neurons to deal with progressively more difficult problems. ...It can even invent significance, just as we do, to its own ideation to generate its own self-awareness and subjective feel for itself!

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