IBM produces first working chips modeled on the human brain
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VentureBeat[^]:
These new chips won’t be programmed in the traditional way. Cognitive computers are expected to learn through experiences, find correlations, create hypotheses, remember, and learn from the outcomes. They mimic the brain’s “structural and synaptic plasticity.” The processing is distributed and parallel, not centralized and serial. With no set programming, the computing cores that the researchers have built can mimic the event-driven brain, which wakes up to perform a task.
In other words, you're about to be outsourced... to a CPU.
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VentureBeat[^]:
These new chips won’t be programmed in the traditional way. Cognitive computers are expected to learn through experiences, find correlations, create hypotheses, remember, and learn from the outcomes. They mimic the brain’s “structural and synaptic plasticity.” The processing is distributed and parallel, not centralized and serial. With no set programming, the computing cores that the researchers have built can mimic the event-driven brain, which wakes up to perform a task.
In other words, you're about to be outsourced... to a CPU.
This comes to mind: http://www.youtube.com/watch?v=JJRLoGYtkEM[^]
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VentureBeat[^]:
These new chips won’t be programmed in the traditional way. Cognitive computers are expected to learn through experiences, find correlations, create hypotheses, remember, and learn from the outcomes. They mimic the brain’s “structural and synaptic plasticity.” The processing is distributed and parallel, not centralized and serial. With no set programming, the computing cores that the researchers have built can mimic the event-driven brain, which wakes up to perform a task.
In other words, you're about to be outsourced... to a CPU.
-
VentureBeat[^]:
These new chips won’t be programmed in the traditional way. Cognitive computers are expected to learn through experiences, find correlations, create hypotheses, remember, and learn from the outcomes. They mimic the brain’s “structural and synaptic plasticity.” The processing is distributed and parallel, not centralized and serial. With no set programming, the computing cores that the researchers have built can mimic the event-driven brain, which wakes up to perform a task.
In other words, you're about to be outsourced... to a CPU.