Abstract. Research and applied engineering project that you are looking for, using Engineering tools Systems, have a global knowledge of the operations of Puerto Coronel to lift, generate and propose different indicators of interrelation that are key for the control of management and optimization of the container and cargo logistics chain. For this it will be developed a Cyber-Physical System that captures parameters and variables in an automated way, through installation of pre-existing devices and systems of the company. This once implemented It will allow to automate the analysis and processing of data that allows making a decisions with a lower degree of uncertainty when incorporating and analyzing dynamic variables in the operational performance and the income statement. The project consists of four stages principal, the first of which involves the surveying and modeling of operations of Puerto Coronel, oriented in the logistics chain in its phases of: cargo reception, consolidation, survey, management and positioning of gaps, stacking and transfer of containers. The second stage considers the analysis of the information obtained in the stage previous for the design of performance indicators of interrelation by area, in order to identify capacities and bottlenecks, to later carry out a modeling and simulation of the relationships between operational variables and the corresponding items in the Statement of income. In the third stage a Cyber-Physical System will be developed that allows capture, process and analyze parameters and variables in an automated way through the installation, programming and coordination of devices that will be located at key points of the logistics chain, determined in the previous stages. In the last stage the system will be implemented and validated, evaluating the correct functioning and reliability of the data, as well as the definition of the end users to carry out the corresponding training.
Publications.
Funding agency: CORFO.
Program: Contratos tecnológicos.
Grant number: 17COTE-72613.
Funding period: July 2017 — September 2018.
Director: Dr. Carlos Herrera.
PI: Jorge E. Pezoa