This webinar introduces the software and gives to the user a wide look over all tools and functionalities provided by EICASLAB.

EICASLAB Demo shows you how EICASLAB Suite can help you in all phases of control design, by presenting a set of test cases (Demo projects) implementing the most common control algorithm techniques applied to a “rotating table” single axis control application.

This webinar explains how much it is easy and friendly to program in ANSI C language in EICASLAB. A description of the pre-organised structure offered by EICASLAB for programming in ANSI C language is provided, indicating its main benefits and providing a DEMO on the EICASLAB suite.

This webinar explains how much it is easy and friendly to program in graphical mode in EICASLAB. Tools and integrated library modules available in EICASLAB are shown together with an explanation on how managing workspace and layout for a graphical coding of your control structure. Attention is given on the possibility to mix the graphical programming mode with others (like for instance the ANSI C and the AAG mode), to provide you wide flexibility and support in the design phase.

This webinar shows as EICASLAB allows you to share projects and libraries with other collegueas always guaranteeing your own data & IPRs protection.

This webinar illustrates the professional support offered by EICASLAB in managing the scheduling activities in all the control design phases. Scheduling is a key task for a successful development of your control system architecture. Specifically, in EICASLAB hardware architectures including multi-processors and software architectures including multi-level hierarchical control may be easily designed.

This webinar illustrates an application of the Rapid Control Prototyping module and its features within the European project PiSA. PiSA is an integrated project of the Sixth Framework Programme that involves many RTD and industrial partners along all the Europe. The project focuses on studying suitable and safe solutions for allowing the human-robot cooperation in conditions both of Work Place Sharing and of Time Sharing. Specifically, the main PISA project objective is to combine human flexibility, intelligence and skills with the advantages of sophisticated technical systems that can help and support the workers during the production phases.

During the programming phase, the EICASLAB suite provides three main areas specifically devoted and customized to program the different parts of your project: the Plant Area, the Control Area and the Mission Area. This webinar focuses on the Plant Area, the EICASLAB working area specifically created for offering a professional support in plant modelling.

This webinar continues the description of the three main working areas - available in EICASLAB during the programming phase - devoted and customized to program the different parts of your project. The webinar focuses on the Control Area, the EICASLAB working area specifically created for offering a professional support in the overall control design phase.

Last 2^nd of July 2010, the Final PiSA Project Workshop has been hold at the laboratory of the Fraunhofer IPK in Berlin, where EICAS demonstrated the Safety Manager application, developed with the aims to guarantee the safety of the working environment around the robot without using protective fences and allow human-machine cooperation during the assembly tasks.
The application has been developed within PiSA project (www.pisa-ip.org), an integrated project of the Sixth Framework Programme that involves many RTD and industrial partners along all the Europe, with the aim to combine human flexibility, intelligence and skills with the advantages of sophisticated technical systems that can help and support the workers during the production phases.