The pipeline oil pumping engineering based on the Plant Wide Control technology

This article provides recommendations for the use technology Plant Wide Control to control the pumping of oil through the pipeline. The proposed engineering using pipeline management in general (Pipe Wide Control) will reduce the loss of electric power at the expense of the balance of pumping stations located along the pipeline route

Event-driven management algorithm of an Engineering documents circulation system

Development methodology of an engineering documents circulation system in the design company is reviewed. Discrete event-driven automatic models using description algorithms of project management is offered. Petri net use for dynamic design of projects is offered

Integrated project management system of scientific and technical centre in oil company "Rosneft"

Concept and structure of three level integrated project management system of in project-oriented organization have been suggested and described. Synergetic effect at such system introduction is achieved due to systemic actions in such directions as: increasing organization controllability and transparence of decision making; flow of documentation regulation; formalization and optimization of project activity; development of irredundant and consistent system of normative documents in all directions of organization activit

The pipeline oil pumping engineering based on the Plant Wide Control technology

This article provides recommendations for the use technology Plant Wide Control to control the pumping of oil through the pipeline. The proposed engineering using pipeline management in general (Pipe Wide Control) will reduce the loss of electric power at the expense of the balance of pumping stations located along the pipeline route

Statistical, neural-network and combined algorithms for finding coordinates of radiations sources in spatially distributed radio monitoring systems

A universal neural-network algorithm for calculating coordinates of a fixed radiation source in network spatially distributed radio monitoring systems despite the sensor cell’s shape is considered. Comparative analysis of a neuron-network algorithm when it is compared to statistically optimal and combined algorithms during implementation of differential-range, range and angle methods of location finding is conducted