Tag: fcsr

Trusted Apps for open Cyber Physical System (CPS): Industrial Achievements and new Research Perspectives

The seminar includes expert speakers from major, international companies specialized in engineering CPS and developing cyber security solutions. We also welcome two keynote speakers from Bosch and Continental. During the seminar, there will be the opportunity to promote the results of TAPPS and to go more in depth in partners’ core competences related to Cyber Security for Cyber Physical Systems.

Location: JRC Ispra, Via Enrico Fermi 2749, I – 21027 Ispra (VA). Ispra is located 30km from Malpensa airport at Milano, Italy.

Free Registration by May 3st via Email to tapps-event@lists.fortiss.org

More information: TAPPSWorkshop_JRC

 


PRESENTATIONS – POST CONFERENCE

10:15 – 10:55 High Performance computing – the next challenge for automotive controller architectures, Dr. Stefan Voget, Head of Hardware & Software Laboratory Department Artificial Intelligence and Robotics (Continental Automotive GmbH, Germany)
11:00 – 11:40 Control your car with Automotive Apps, Markus Schweizer, SW Platforms and Technologies (Robert Bosch GmbH, Germany)
12:00 – 12:30 Trusted Apps – TAPPS – overview presentation, Prof. Christian Prehofer (fortiss & TU München, Germany)
12:30 – 13:00 Secure Communication for Complex & Distributed Real-Time CPS, Marcello Coppola (STMicroelectronics – Grenoble, France) & George Kornaros (Technological Educational Institute of Crete, Greece)
14:00 – 14:30 Cyber security through virtualization, Alvise Rigo (Virtual Open Systems – Grenoble, France)
14:30 – 15:00 Market Place Platform & Methodology for Critical Environments, Julien Avarre (Actility, Paris, France)
15:00 – 15:30 App-enhanced Health Trolley for Drug Administration – Healthcare use case, Riccardo Dodi (Ospedale San Raffaele, Milano, Italy)
15:30 – 16:00 Secure Platform for Electric Vehicle Control System – Automotive use case, Giovanni Gherardi (Energica Motor Company S.p.A, Modena, Italy)
16:30 – 17:00 Networks and Technologies for Autonomous Manufacturing in Industry 4.0 – Industry use case, Andreas Eckel (TTTech, Austria)
17:00 – 17:15 Automotive CPS @JRC, G.Baldini (JRC)
17:15 – 17:30 CPS needs for Autonomous Driving, B.Ciuffo (JRC)
17:30 – 18:00 Cyber security and Interoperability for Electromobility Supply Infrastructures, Dr.-Ing. Harald Scholz (JRC)



EITEC’ 2016

3rd International IFIP Workshop on Emerging Ideas and Trends in Engineering of Cyber-Physical Systems (EITEC’ 2016). The workshop is part of CPS Week 2016.

Christian Prehofer (fortiss), Oliver Horst (fortiss), Riccardo Dodi (FCSR), Arjan Geven (TTTech), George Kornaros (TEI), Eleonora Montanari (EMC) and Michele Paolino (VOS) submitted the paper with the title: “Towards Trusted Apps Platforms for Open CPS”, which got accepted.

Abstract: For many cyber-physical systems, there is a strong trend towards open systems, which can be extended during operation by instantly adding functionalities on demand. We discuss this trend in the context of automotive, medical and industrial automation systems. The goal of this paper is to elaborate the research challenges of new platforms for such open systems. A main problem is that such CPS apps shall be able to access and modify safety critical device internals. We present results of the TAPPS (Trusted Apps for open CPS) project, which develops an end-to-end solution for development and deployment of trusted apps. The main approach is to devise different execution environments for highly-trusted CPS apps. We present the architecture approach and its key components, and methods for CPS apps, including tool chain and development support.

 




Workshop for the Healthcare: TAPPS meets Master in Service Design

The Use Case is a means to understand how a technology, innovation is applied in real life and what kind of advantages this could bring to end-users and stakeholders. TAPPS project has two Use Cases: Automotive and Healthcare. On one side, TAPPS is applied on an electrical motorbike (Energica); on the other, on a smart trolley for preparation and administration of therapy in the hospital (San Raffaele Hospital – FCSR).

In this post, we would like to share the experience of the workshop we organized for the Healthcare Use Case, that took place in Milan in the San Raffaele Hospital structure (third party of TAPPS project) from the 3rd to 10th of February 2016.

workshop1

The Workshop for the Healthcare involved 17 students from Master in Service Design of POLI.design, Politecnico di Milano, who worked on the topic of Future Therapy for six full days. The Future Therapy workshop had two main objectives:

  • Disseminate TAPPS project in the university context, with special regards to CPS framework and its openness, partners involved and use cases;
  • Exploit coCreation Methodology and methods to generate ideas and concepts to solve specific problems of today’s process of preparation and administration of therapy to patients exploiting CPS concept;
  • Explore the synergy between CPSs and end-users (i.e. nurses) and understand the core values of their interaction

workshop2

The output we asked the students was four high-level concepts each concerning one of the four macro-areas of problem: 1) misleading communication and misunderstanding between hospital staff; 2) interaction, usability and management of the therapy trolley; 3) misalignment between nurse activities and standard rules of the Hospital 4) distractions the nurses are forced to face during therapy sessions.

The aim was to receive as many “fresh” ideas as possible in terms of potential functions, applications of/in the smart trolley as an open CPS.

We gave as input material our desk and field research reports, such as state of the art, interviews and direct observations, and exploited some typical design thinking tools for the generation of ideas: brainstorming, clustering, mapping, and so on. The students also had the chance to visit four San Raffaele Hospital departments and see the medical context themselves.

workshop3

The phases of the Workshop consisted in: 1) IMMERSION to the context; 2) GENERATION OF IDEAS divided into DIVERGENCE (many different ideas) and CONVERGENCE (cluster/selection of a few best ideas); 3) CRAFTING of the concept and 4) SHINING through a presentation to Hospital representatives.

The results of students’ work were four different developments and improvements to the actual therapy trolley. For the staff communication problem, smart glasses were exploited to facilitate nurse-nurse and nurse-doctor real-time communication; for the enhancement of trolley-nurse interaction, the smart trolley was seen as part of a complex system that included clinical wards, pharmacy and all medical stakeholders to reduce the medication errors through automatized components that help nurses’ tasks. For the alignment of nurses’ activities with Hospital procedures, a smart tracking bracelet was seen as a solution to raise awareness to nurses of their own activities by keeping track and giving real-time alerts; this device would transmit data to the smart trolley dashboard, where each nurse would see her activities regarding specific aspects. For the distraction problem, the concept consisted of a smart cabinet to put away the nurses’ phone and a system to indicate the next available nurse “to be disturbed”.

workshop4

The workshop was an enriching, huge experience to involve people external to TAPPS project from different fields of interest into creating high-level concepts on how open CPSs could be implemented in the form of services to be used at end-users’ advantage.

The Workshop for the Healthcare was organised by our partners FCSR in Milan with the participation of different experts from the Hospital: Health Department (Hygiene & Sanitation and Quality & Accreditation), Nursing services, Scientific Research Department.

Thanks again to the teachers and students from Master in Service Design of Politecnico di Milano for such a big interest in our project and for their effort!

P1100242