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Space weather monitoring for a virtual reality simulation

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learning to everyone I let's talk this a
about 2 ideational and Martz uh we order of the dynamo society our organization these amounts of planet um our main
project this must seek the mouse CPs uh the idea to build the and Innovation Center bases on space exploration activity and obviously marks exploration scenes these the next destination of you months at least there are a lot of
the people who thinks the soul in the world we are working to these inside a mosque CPU we have a different modules 1 module is called a lot of room on us Wal-Mart's part the group of technology we investigate and related it to the assimilation of remarks exploration and the space exploration by means of these 2 other reality and of In the last 2 years for also augmented reality and
as part of this is to our besides this must planet organization and disease
said our our project
and them for what this concern and about the ideation a mask it's very important to understand Howard ideation we like the effect the travel from and to Mars and on the lives of the astronauts when day we love alive or marks these article tool separated problems why would they have a lot of a connections but not a separated because on at all space in space we have a full level of of what ideation on Hamas we ever in a little bit too limited I radiation and DC is due to the actin was fairly modest modest size at the anatomist that about 1 call into although I have to after fed back to we to the city in atmospheric can be done a lot of interesting staff 1 of the of the deceased mn your production of protection of Austin out is that the issue and then
the so what we what we are working to use and former cast uh of of where the Marxist would end up on space which include the for a cast all that ideational levels and we use uh something like emotionally learning approach or other kind of approach of deterministic approach at the mostly on the bike to now tools so this is the reason because we are here to the on the
we when we talk about the ideation uh we have a different problems evaluation Lisa Eric a complicated stuff the most important problem related to human have to ease of particle radiation because particle radiation can have a uh an effects on only 1 body and can modify the DNA of all the people of In this
sense we must make a classification of ideation in type of nation if it's the group of a problem arises to that directly from the sun sign that has any actions of correla masters entities must producer ideation the Sun produces also energetic particles and these energetic particles are another type of radiation and the space and all mod so we are obviously also a galactic cosmic rays maize coming a former after side x the solar systems and their which are combined in the week to do a little low amount of radiation so the study of accreditation uh must be taken into account all love it least of all these 3 components
and the feast type of a product of our all particles and them different at times they are either we 2 different amplitude of a point in space and on Mars and at the same before uh galactic cosmic rays the in
or now that we have a the the vintage that advantage is that we are that a magnetic field which protect that from our and ideation these magnetic field was also available on Mars according to like lattice the studies in the feast of times of the Masters history industries 1 really only year of life from March the weather probably a magnetic field of Moss it is not exactly clear how these magnetic field that disappeared but now in these magnetic field that doesn't exist and is so if we want to project a future astronauts all Mars we must investigate a new kind of new new dipole the techniques and materials
there the there is a good example of this study which she grandtully um carried out on the International Space Station international space station has been designed and the toward the to in the dialog at the 400 the kilometres about but added to the user at this distance it is all lost in an open space so worked up and in intonational a space station it is interesting also for the study on the ideation elated the tool to Mars the
out then Adam many theories and the potencies on the kind of effects that radiation can have 0 on us amount on Mars and yeah the but I well what do we know about education is related to our activity or not and we have a different levels from of view levels of related the to medical devices for example when we make a and the analysis we get a summer summit ideation opposite his education is very very low in our case and we must compare these levels that we have on our of to which of the possible level so we have a during a space travel at all during the the life on Mars but
what we have already made an experiment of these uh because of the study of the space uh is about uh 60 years uh and the now we have acquired the from the diffuse the space b shows like a medically Germany and uh Pollock uh we have acquired the a lot of information and the
new information the and
a continuously by the dot . there to we acquire indifferent demand minus week 2 telescopes and other stuff like these
but what this is true is that the level of risk before scene of 4 a master mission for the human mission to Mars is at the mosque the of level that we can have imagine now and the so we master uh work a lot in order to reduce the duties related to these nations the the this
also be because at possible Nacional Marcel humans can not to be lower than uh 3 years 2 years and after 5 years the do you know how we ever made study on only on the fuel leave it at the time In them best the cases so 1 year before the astronauts on the International Space Station so this is another Chilean uh related that who'd exploration of Mars dubbed the good level of exposure for a bigger timer during the the space travel and the state all marks
it now pattern galley what can be done to solve this problem 1 concept is the space where the for a we can predict tuppence to sign to assignment to the cosmic rays and so on and this is something that we can do by means of the software is some the and the diet that point are they sheathing the material we can develop appropriate achieving a material to protect the spacecraft and astronauts from radiation I was worked out of the best achieving a material where a good very good uh I should be materially is were but would uh will wouldn't has a bigger weight it cannot be uh transported in the space and bigger quantities awarded is so good to means of protection because of a hydrogen because I hydrogen as to the same dimension more or less all the data and ideation particles which are composable but now terms and protons in many in many cases other kind of the protection of visible materials for example plastics plastic 7 a like a polity land can I have a good performance but today again have a weight which is not is still much to be put into space uh the Mostar rest and the studies so materials uh are investigating the possibility to use a non materials some amount of material so uh we uh boron and nitrogen and and the carbon i gaining side can never an effect on the medication on the reduction of the radiation this because dual legal particles of the radiation can be stopped at by the leader materialsand of another materials and this is a a very huge amount of of the studies that going to be either uh havebeen developed the into space science and technology the
of we have not to to produce something in terms of the software we must analyze what part of the means used so all the doctor and them out to tackle the we to these dada and introduce them in a kind of software management system that we have a Space Weather Prediction Center which I don't always logically you said also for coal Matula and the practical applications do you know about 50 years single 25 year civil there was a big solar Flavius which goes it think gonna die and the North America there are some problems of tool that energetic gatekeeper of you of the body in any energy companies and this was of a bigger problem and this problem as full as in many cases all the problems to understand how the problem of the the prediction can affect our system of on I to especially for us we alive it to me the latitude and not in the north and the south like to but oppositely these can our AUG effects on telecommunications systems and everything is is related to electromagnetic field prodigally every single left to the so um we use these 2 uh dada as the basis of our project and an old AT and appendix and then uh
these that are coming from the center information also to uh out other staff up like a for example a geomagnetic activity and that these information on how to use a full also not talk not done only for the development of the project in itself that these the prediction all the radiation the values but OWL for a two-sample look into the use of diesel a doctor another used to align the ornament to suppose that we are too obvious to all of us are not to and we are now exploding of Mars or space what we want to do is to wherever inside the ways to other reality uh I'm environmental summer doctor that the comes directly from abuses a doctor and I and be managed and you said to give us information information directly to us from out and these can be used at all so in the future in the sense in the future the possible loss out we'll ever real time a doctor on the ideation and their predictions on the level of education the prediction of uh is important at the bottom of doing it this space travel and during the display on Mars especially during the space travel weekend supposed to where we're supposed to have a spacecraft divided into we have an idea of what these 2 spacecraft which is especially if we bear the we to materials and other devices to protected the astronauts when the they're out of the eagle levels of radiation so if we have a systems to predict the radiation we can supposed to place a the c stamp on the spacecraft and the when the us amounts are in space bears and on the systems they can decided to work into more protected the aria of the the spacecraft but the the
practical e but there are also other kind of is uh this sucess coming of former dada uh of the satellites all all the other devices in the space of project is base it on the on the idea to take all those all of these dotted domain over these and the 2 of them by means of emotionally listening it and also by means of a deterministic approach base the along pipe turn to users to predict that ideation balls so in not determined in our space the graph to order in an aria into space but what do I know
that the basic point of the project is also to be the sum of our Latimer seen you know when the system paid this summer high-level addition and so we should have a systems to recognize dangerous events related to a big amount of the radiation
can we see it as a possible erode the mop of a the 2 approaches into 2
uh and this is more or less the main sections in which we divided the tool of so there is a a freeze the unique which share analyze doctor another 1 which I'll the the alarms another lama which give a senior ousted related to our and they're not as psalmists Lester said this related it to be the management of information so the project in itself as many components and this is uh of and we are working go to wipe after now and that we are developping in other parts in the next 2 months
this is the idea of the Machine a leading approach under development and then we make a kind of a training base it on to the other doctor and that we have a the article at the from the source uh and we must define old the kind of late years uh the data layers so that we need the tools to better manage these that pursues the um so
at what do we see this project that we see this project as every suspect of of factor project in which we include all the tools base and emotionally and english we shall use the fall for the travel appearing this speed is a base from Earth to Mars and I'll use a full so uh during the life of Austin after all this is some moral as a
description of what we are doing and the and you're much the talk a we have time for
questions yeah this page of much talk on the so that the learning data of judges anyhow so you you showed the charts or something like that so just one-dimensional so on the spikes you're measuring or isn't multidimensional and data and 1 which showed us much lending its forest in the motor to them dimension of according to this so about now we are developing and of the fish dimension OK thank you 1 certification anyone else questions please yeah it just a reminder you can vote votes on the talk on the upper and what I can ask a question or if not really relevant to buy the book but they do do not fair mn a any other incidents are doing the same kind of a recession the all of them have many many institutions institution working go on the ideation because the addition of has been investigated as a this step by space urgency but now it's become and also a commercial because all radiation we can take information useful for up for so there are there are for sure uh therefore assure different institution working on these from different approach obviously our approach is related to the human mission to Mars you can use the same technique of full moon and because of that other people working a lot of more on the and you can use these for you and for us as well this a format that for actors with act as well a this is uh a practical problem because it has overstepped his animation and since our telecommunications systems a becomes even more even more complicated than the you which of these systems could be affected by the addition of there are also some similarities to we term medical problems there other problem is uh type a chairman of the lowest order or also in medical activities in which is the study can be completed a can be used a full of for each other while they are distinct in their school any other questions from they just much different thank you for
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Metadaten

Formale Metadaten

Titel Space weather monitoring for a virtual reality simulation
Serientitel EuroPython 2017
Autor Mastro, Antonio del
Lizenz CC-Namensnennung - keine kommerzielle Nutzung - Weitergabe unter gleichen Bedingungen 3.0 Unported:
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DOI 10.5446/33684
Herausgeber EuroPython
Erscheinungsjahr 2017
Sprache Englisch

Inhaltliche Metadaten

Fachgebiet Informatik
Abstract Space weather monitoring for a virtual reality simulation of a Martian settlment EuroPython 2017 - Talk - 2017-07-14 - PyCharm Room Rimini, Italy High-energy particles accelerated by the Sun during Coronal Mass Ejections (CME) are a major concern for a manned mission to Mars. On Earth surface, these particles are shielded by the Earth magnetic field. In space and on the Martian surface, where such shielding is absent or much weaker, CME pose a radiation hazard to the health of astronauts. The development of tools to understand and forecast the interplanetary space weather is a requirement for future manned space missions in order to properly protect the astronauts from the radiation environment. A variety of methods are currently developed by the scientific community and a number of public tools for space weather monitoring and forecast is already available online. We present a Python-based tool which takes advantage of two publicly accessible space weather web portals. Our software combines the forecast of CME and a real-time propagation model of energetic particles throughout the inner Solar System and the Martian atmosphere. It consistently recovers real-time relevant information and provides with days-to-hours forecasts for the radiation dose astronauts on Mars would be exposed to. The system raises an alert signal when the radiation dose exceeds the security levels defined by the main space agencies adopted as a reference. Our tool is meant to be integrated in a virtual reality simulation of a human settlement on the surface of Mars (Mars City Project). Prerequisite: Intermediate knowledge

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