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Oscilatia de current a provocat arderea unui hard la server .Fiind harduri oglinda nu am avut pierderi de date

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Nina Claire

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More than 90% of road accidents are attributed to driver errors. Thus, there is an urgent need to transform conventional driving towards autonomous driving and make car traffic safer. One of the major challenges in the autonomous car industry, besides sensing, localization and mapping is safe planning of the vehicle motion. Motion planning algorithms are responsible for defining a path to follow, avoiding obstacles and generating the best trajectory that ensures safety, comfort and efficiency. This is a hot topic for the development community, which is still awaiting reliable and robust solutions to solve complex situations, without the need to create pre-programmed solutions for each scenario. To this aim, embotech, introduces the EMP (Embotech Motion Planner), a cutting-edge motion planning software for autonomous vehicles. Using a deterministic approach and physics-based models, the proposed solution generates high-dimensional motion trajectories to assist various self-driving tasks such as valet parking, highway driving and urban driving. The EMP enables fully flexible motion planning, capable to safely perform complex manoeuvres in real time with standard automotive ECUs. Characterized by seamless integration, EMP is one core solution easily adaptable to any new car model. Embotech is a spin-off from the Automatic Control Laboratory from ETH Zurich; our team includes experts in embedded optimizations technologies. We are part of several automotive industry-led incubation programs benefitting from expert coaching and mentoring. Our plan is to reach the market through direct sales to OEMs and Tier 1 suppliers. With a volume-based royalty business model, we expect to reach a SME Instrument Phase 2 project ROI of 8.68 by 2025.

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Description of the section: It aims to provide ways to improve the existing transportation systems, in order to facilitate travelling within a specific country, as well as among EU countries
Project 1: Door to Door Information for Airports and Airlines
Duration:
Start date : 1 June 2015
End date:   30 September 2018
Participants: France, Germany, Spain, Greece, Finland
Objectives:
DORA project aims to design and establish an integrated information system that helps passengers to optimize travel time from an origin of the travel to the airplane at the departing airport as well as from the arrival airport to the final destination.

Overall budget:

€ 4 682 895

Project 2:   The European Travellers Club: Account-Based Travelling across the European Union
Duration:

Start date : 1 May 2015
End date : 30 April 2018

Overall budget: € 4 500 000

Participants: Germany, Austria, Netherlands, Luxembourg

Objective:  To solve the problem of cross border travelling by interoperable e-ticketing systems that exchange data and share information.
This idea takes passenger and ticket information from a smartcard and places it in an ‘account’ on the cloud. In essence, the ticket is in the account not on the card.

Bahova Marina
Boseanu Robert
Tepsanu Iustin

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Woodoo
Duration: 2 years
Participants: EU countries
Bugdet : € 3 245 777,50
Objectives:
-to transform natural Wood intonaționale material
-improve the technology in order to replace wood’s lignin with a BIO-polymer

Results
-a new material that is extremely strong and sustainable
-the Wood can be in Any shape
-can be produced for autosuppliers for interior panels and wooden tochscreens

Stanciu Diana Mihaela
Privighitorita Paula
Ciocan Alexandra
Vatamaniuc Amelia

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Development of an Antibacterial Cloth Based on Microfibre

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Development of an Antibacterial Cloth Based on Microfibre

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Objective: development of a superior microfiber cleaning cloth with constant and continuous antibacterial effect.

Timeline:

Start date 1 December 2009;

End date 31 March 2012.

Resources:

Overall budget: € 1 432 405,60

(EU contribution
€ 1 105 316 )

Project steps:
-Knitting of selected microfiber into cloth and testing of antibacterial properties;
-Testing of CLEANCLOTH cleaning efficiency;
- Industrial validation;
-Training;
- Innovation related activities;
- Demonstration.

Project results:
-Scientific understanding of antibacterial agents for use in microfiber and evaluation of fiber material.

Coordinated by:

NORWEX HOLDING AS

Norway

Project 2: Using consumer science to improve healthy eating habits

Objective: to understand what drives consumers to make healthier food choices and provide evidence-based recommendations for stakeholders and policy makers to develop and communicate innovative win-win solutions improving eating habits.

Timeline:

Start date 28 June 2017;

End date 27 September 2020.

Resources:

Overall budget: € 244 269

(EU contribution
€ 244 269)

Project steps:
-spending 24 months at Cornell University Food and Brand Lab under the supervision of Dr. Wansink
-Behavioural economics studies through interviews, lab and field experiments will be carried out
-workshops and courses on food consumer research methods will provide excellent training
- Visits to conferences, stakeholders and other research centers, already scheduled, will be made
-organising a workshop in collaboration with the European Food Safety Authority–EFSA

Coordinated by:

UNIVERSITA DEGLI STUDI DI PARMA, ITALY

Binca Nicoleta
Iliescu Flavius Etienne
Jeleanu Ioana Adelina
Popa Ioan Raresa