 Jeg hedder John Dahlsgaard Sørensen, og jeg er tjermin af dette arbejdsgruppe. Og dette arbejde i arbejdsgruppen 5 er faktisk forventet, at det er gjort i år 4. Så det er lidt ærlig at sige meget om dette arbejdsgruppe. Men vi har en kort præsentation i dag, og jeg har en kort introduktion om det gode for dette arbejdsgruppe. Og det er om guide lines og det probabilistiske modelkode. Så der er to mængde lever, som vi vil arbejde på. Og det ene er guide line for praktikale applikationen, om de seriatiske baser og de case studies, som er begyndt at bygge i andre arbejdsgruppe. Så det er planet at blive putt sammen i nogle guide lines, så det kan være brugt i praktisk. Og det er også for at formulere en chapter for en populistisk modelkode i den join committee structural safety, BMC. Så det er også en viktig aspekt af dette arbejdsgruppe, for at formulere det, og selvfølgelig på basis af det, som er developt i andre arbejdsgruppe. Og finally, this also has an interaction, or is planned to have an interaction with other standardization activities going on. So as said, this main work here is planned to be delivered in year four. So we will wait a little bit and see what is being done in the other working groups and then based on that develop these two main deliverables. And with respect to standardization perspectives, this could be related to many different standards. So as I understand, there is some standardization activities going on, especially within structural health monitoring related to fatigue and of course that's an important interaction to be considered. There is the probabilistic model code in the join committee structural safety, which is important. And then there are other standards that could be relevant to auto to have interaction with, where semi probabilistic implementations they are being made. And that's the Euro codes, which are now under revision. And then revision is expected to be finished in around 2020. So there could be possibilities to interact with that. There is the ISO standards, ISO 2394, which has just been revised and published a few months ago, which is also a good basis for what we are doing in this cost action. And there are ISO standards for offshore oil and gas structures that could be relevant to interact with. The FIP model code could be another one. And there are also standards for wind turbines that could be, I think a very good example for application of these structural health monitoring things. And there are some of the standards within this IEC 601400 series, which are directly on condition monitoring and aspects that are quite close to structural health monitoring. That was all what I have here as an assured introduction. And then we have two presentations. And the first one is by Diamantidis.