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Until we modify our basic CS binary logic to emulate the varied axon length of dendrite tree around a soma nerve cell (which in itself could be called multi-inp
by egberts1 3y ago
Until we modify our basic CS binary logic to emulate the varied axon length of dendrite tree around a soma nerve cell (which in itself could be called multi-input variable-input-delay-OR logic in CS terms), this design of thought emulation would be severely constrained and fall short of the goal to true emulation of human thought.
- jakeinspace 3y agoNonsense, we can emulate any sort of analog process with binary transistors. If you prefer using an analog computer, fine, it’s an interesting area, but I’m not better on analog neural network computers catching up to digital.
- packetlost 3y ago> we can emulate any sort of analog process with binary transistors have... have you done any research on the topic at all? Yes, you can model any sort of system using binary transistors, but the fidelity in which you do so is severely constrained by bit-depth and, depending on the system, might have error propagation issues.
- jakeinspace 3y agoIn an analog computer, you’re trading quantization error for regular process noise and noise in initial conditions. If you’re concerned about modelling chaotic systems, you won’t get a more accurate just because you’re doing it analog.