#summary Converting specific external stream to neural stream @@[Home] -> [SensorsResearch] -> [SensorsDigital2NeuralTransformation] ---- == Capture events == Certain: * conscious capture is performed by event * event is either control change command or spotted changes in external properties * conscious capture depends on capture resolution and capture area Uncertain: * sensor has unconscious ongoing capture with constant low resolution but wide area * sensor can generate either full set of properties or only delta to previous transfer == External stream == Certain: * one external stream item is transformed into zero, one or more sensor stream item * external item can be ignored if sensor stream is not consumed in time Uncertain: * set of events produce external stream == Sensor stream == Certain: * sensor stream has neural representation * sensor stream item is represented by vector of variables * sensor stream item is represented by sequence of vectors * sequence can be of different length depending on focus * width is the number of vector variables * all items of one sequence have the same width - sequence width Uncertain: * vector variable is float * sensor stream is stateless - every sensor item is derived only from one external item * different sequences can have different width * sequence has energy which is proportional to sequence width and length * sequence energy is external stream item energy multiplied by energy amplifier * energy amplifier factor is part of focus conrol state == Sensor neuron == Certain: * each vector variable corresponds to specific sensor neuron * sensor neuron can have multiple connections to neocortex networks * one sensor neuron represents the same external properties for the same resolution Uncertain: * sensor neuron does not have fixed semantic * one sensor neuron can represent different external properties for different resolutions == Finally for the project purposes == * conscious capture by event * full property set transfer * throtteling of external stream * external stream item is represented by variable-length sequence of sensor stream items * float variables