Rambidi N G
International Research Institute for Management Sciences, Moscow, Russia.
Biosystems. 1993;31(1):3-13. doi: 10.1016/0303-2647(93)90013-3.
General principles of information processing at the molecular level inherent in simple biological and biomolecular entities can be used to elaborate essentially new non-discrete information-processing devices. These principles are: giant parallelism of information processing; processing mechanisms based on complicated non-linear dynamics; high efficiency of information transformations; considerable behavioral complexity of computational (pseudoelementary) primitives; and the possibility of variation and evolution of the molecular components of information-processing devices, including the possibility of evolutionary learning. Problems of high computational complexity are currently of great practical importance. Non-discrete biomolecular information-processing devices seem to be able to solve effectively some classes of problems of high computational complexity.
简单生物和生物分子实体所固有的分子水平信息处理的一般原则，可用于构建本质上全新的非离散信息处理设备。这些原则包括：信息处理的巨大并行性；基于复杂非线性动力学的处理机制；信息转换的高效率；计算（伪基本）原语相当复杂的行为；以及信息处理设备分子组件变异和进化的可能性，包括进化学习的可能性。当前，高计算复杂性问题具有重大的实际意义。非离散生物分子信息处理设备似乎能够有效解决某些高计算复杂性的问题。
