Tom Savu

Data Organisation for Describing Product's Structure in a Simulation Framework

The paper presents an application for creating the products structure in a simulation framework using an algorithm for randomly generating the orders received by a simulated manufacturing system.The application was implemented in a graphical programming environment which will serve also for developing the manufacturing system simulator. The paper is describing the procedures for generating the records from the proposed data structure and for labelling each main products component.The data is then transformed and restructured for complying with the data definition to be used in the simulation framework: all the transitions representing processing activities are defined and labelled and their input and about places are defined, labelled and structured in an array according with the data definition.

An Algorithm for Generating Product’s Structure in a Simulation Framework

The paper is describing an algorithm for randomly generating the orders received by a simulated manufacturing system. Based on a previously defined Petri Net type representation of the product, there is presented the proposed structure generation algorithm.The algorithm was implemented in a graphical programming environment which will serve also for developing the manufacturing system simulator, so the paper is describing the procedures for generating the records from the proposed data structure.Running the implemented procedure generated a product’s structure with the main components graphically represented complying with the data definition to be used in the simulation framework.

Simulator for the configuration of a lidar installation

The LIDAR virtual system represents an interactive software instrument able to optimize the configuration process of a LIDAR installation, but also to represent a virtual environment for modeling studies of the (for) atmospherical processes. With a virtual LIDAR is chooses an optimal configuration before the LIDAR installaiton construction, which is very important if (it takes) the high costs of a functional LIDAR installation are taken into account. The paper describes the analytic model used to characterize the emission, propagation and reception processes, and a description concerning the system components programming and the graphic interface realization of a LIDAR virtual system.