可被生物体和机器吸收的信号

O. H. Schmitt
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引用次数: 2

摘要

人机系统可以是高度统一和紧密耦合的,这样它们实际上就像一个单独的实体一样运行,或者它们可以是松散耦合的,这样接口就很容易识别,交互也很容易理解,无论接口是靠近生物有机体,就像生物换能器的情况一样,还是靠近机器,就像传统的数字计算机一样。然而,在大多数现有情况下,就过于简化的笨拙的物理或数学模型或代码而言,存在不必要的互连形式化程度。似乎有可能开发基于数学模型的通信代码,更紧密地符合内置生物代码,从而促进人机和其他生物工程相互作用,期望简化和改进机器系统的性能,并随后开发更紧密、更有效的人机系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Signals Assimilable by Living Organisms and by Machines
Man-machine systems may be highly unified and tightly coupled so that they operate practically as a single entity or they may be loosely coupled so that the interfaces are easily discernible and the interaction easily understood whether the interface be close to the biological organism, as in the case of bio-transducers or close to the machine as in conventional digital computers. In most existing cases, however, there is an unnecessary degree of formalization of the intercommunication in terms of an over-simplified clumsy physical or mathematical model or code. It appears possible to develop communication codes based on mathematical models more closely in conformity with indwelling biological codes and thus to facilitate man-machine and other bio-engineering interactions with expected simplification and performance improvement of machine systems and subsequent development of much more tightly knit, effectively functional man-machine systems.
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