Interleaved parallel routing workflow pattern based on colored spiking neural membrane system
A spiking neural and workflow technology, applied in biological neural network models, neural architectures, instruments, etc., can solve problems such as simulation without workflow mode, and achieve the effect of easy-to-understand model and clear logical expression.
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[0035] This embodiment is to model and simulate a medical examination process. as attached figure 2 Shown: Establishment of a pigmented spiking neuromembrane system This is a typical multi-task allocation process, which can be realized by using multi-dimensional splitting and merging. The characteristic of this process is that one operator can handle three different tasks, and these three tasks belong to three sub-threads. The difference in merging is that these three sub-threads are handled by the same person. It is decided here, there is a batch number (item dimension), here is the inspection item. The examiner selects according to the resource occupancy of the physical examination item, that is, the item resource neuron will forget other coloring pulses and only keep one, and after one person finishes one item, he will select the next item through the refill neuron. When all items are completed, the whole process ends.
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