This work devoted the perspective cutting edge technology, method and device for progressive united data and power supply transmission for neutrall and null- interaction application in signal transmission networks. The method of organization, a mathematical model and a structure of fiber-optical data-power interfaces-channels (FODPIC) ,orientated to specialized application and tasks of the incorporated transfer of the information and energy by light are presented. This provides a new possibilities for stabilities transmission of measurement and computing signals and data flows under conditions of influence electromagnetic fields and other potential negative factors for signals. Also it provides a united power supply transfer to low power consumption electronics and devices, through light stream and combines it with information optical signals through new modification of WDM method.
This work devoted to some approach to for improve of knowledge bases organization in optical data networks cluster based in modern, cutting edge technologies in knowledge bases which are composed of united data bases with POSTGRESQL, MONGO {DB}) big data access technologies. These environments can provide working in actual times with Big Data in multicomponent fiber optic data networks cluster. The proposed approaches and architecture can be used to create new generation optical distributed networks with same cluster, based on GRID architecture with highspeed optical channels (5NGi Optical Internet). Parallel GRID based architectural can effectively to work with artificial intelligence (AIs) algorithms and architecture.
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