Biomerieux, Inc.

Andrea Carignano

Guido Salvi

Enrico Vicario

Jacopo Torrini

Silvano Scaccabarozzi

Lorenzo Ridi

Davide Visconti

A method and system for scheduling a plurality of concurrent job sequences with constraints of precedence and mutual exclusion is described. In particular, a scheduler for a system performing biological analyzes on clinical samples including non-preemptible jobs which must use a set of resources (machines) and having constraints on release times and execution times is described. The scheduling method uses on-purpose algorithmic solution that extracts the core of DBM data structures and Floyd-Warshall algorithm from the engine of a full-fledged Model Checking tool and tailors it to the specific requirements of the case.

Job scheduler for electromechanical system for biological analyses

The present disclosure relates to a method and system for identifying and reading a barcode on a circular label. Such method and system, in the embodiment discussed, is concretely addressed to a specific example in the engineering of a barcode reader in an electromechanical system for biological analyzes which uses cone-shaped tubes and corresponding strips of fluid containers. It is a requirement of the system that the right cone matches with the right strip. In order to avoid any human error, barcode reading system is implemented, by placing a barcode (e.g. a 2D barcode) on the cone-shaped tube and a barcode on the strip: however the particular shape of the cone poses some problems in the automatic localization and reading of the barcode on the circular label on top of the cone. An additional difficulty of the present system is that of the inclination of barcode reader with respect to the circular label carrying the code, due to the relative positioning of the various components of the machine which does not allow a straight alignment between the reader and the target. With the method according to a preferred embodiment of the present disclosure the circular label is scanned to detect the 2D barcode and it is then read, with a simplified algorithm requiring limited power and hardware resources.

Method and system for detecting 2D barcode in a circular label

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Pistoia, Italy

Andrea Carignano