一种基于神经内分泌免疫系统的智能网络控制系统架构

Based on the modulation mechanism of neuroendocrine-immune (NEI) system, we present a novel distributed bio-network control system (DBNCS). The DBNCS includes four levels. The first level is corresponding to immune system, and is composed of some embedded transmitter-controller units (ETCU), which are designed based on the ultra-short loop feedback mechanism of NEI. Every ETCU can be regarded as an agent with intelligence of self-awareness, self-organization, and self-reconfiguration. The second level is corresponding to endocrine system, and is composed of several agent-based work stations. The agents in the second level, regarded as endocrine glands, are responsible for coordinating the control activity of field-agents in the first level. The third level and fourth level are corresponding to central nervous system. The third level is composed of Web server and several manage servers, and provides Web service that accesses to all the entities in the DBNCS. The manage server, noted as lead-agent, manages all the agents in the first level and the second level. The fourth level is composed of some remote computers on Internet. The operators and engineers can monitor the process and the state of all the entities in DBNCS, and adjust the control parameters remotely. The DBNCS has several characteristics, i.e. entire harmony, bi-regulation, complicated feedback, no-delay field-control, and remote network optimization. The DBNCS provides a novel method for the study on Internet-based network control system.