作者: R. Hanwehr
DOI: 10.1007/978-94-010-0556-2_1
关键词: Artificial neural network 、 Mental image 、 Cognitive science 、 Neuromorphic engineering 、 Emulation 、 Systems design 、 Function (engineering) 、 Computer science 、 Information flow (information theory) 、 Information transfer
摘要: There is growing interest in the defense sensing community with regard to higher neurocognitive function, including issues of information flow and potential fusion processes brain. In particular, models functional-organizational brain activity may be useful comparative paradigms neural-biomimetic robotic systems development multi-sensor design [1–4]. Methods for understanding neural processing possible multi-modal sensory imagery highly relevant colleagues sector concerned innovations visual neuromorphic robotics [5], 3D stereospatial network architectures, particularly high-throughput, automated, analysis satellite imagery. Finally, area biomimetics neurobiomimetics has received considerable attention recent years. Although most work centered on emulation insect based [6], there gradually evolving mimicry mammalian [7], particular purposes exploring new approaches toward workable quantum computing models. This direction prompting renewed question how human brain: 1) regulates afferent flow, 2) fuses data imagery, it 3) manages complexity multi-dimensional transfer utilization, at infrastructural organizational levels function.