Matches in Nanopublications for { <https://w3id.org/ro-id/a5b1ec01-e479-4ee8-ba12-9f87d4560208/> ?p ?o ?g. }
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 type ResearchObject assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 type Dataset assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 type ArchivedRO assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 archivedAtTime "2018-03-01T16:51:53.898+01:00" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 archivedBy "http://everest.psnc.pl/users/elisa.trasatti" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 isArchiveOf "http://sandbox.rohub.org/rodl/ROs/vsm_tav_cf_2004_06_basic-1/" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 importedBy mailto:service-account-generation-service assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "data" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "system" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "algorithm" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "information" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "estimate" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "problem" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "workflow" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "deformation" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "inversion" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "ground" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "ensemble" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "text file" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "PostScript Printer Description" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "executable program" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "integral calculus" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Concept "topological space" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 FieldOfResearch "earth sciences" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 IPTC "Genetics" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 IPTC "Geology" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 IPTC "Music" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 IPTC "Software" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 IPTC "Language" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 IPTC "IT-computer sciences" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "data" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "parameter" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "algorithm" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "method" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "problem" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "workflow" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "VSM" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "deformation" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "executable" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "inversion" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "Campi Flegrei" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "text file" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "PPD" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "Volcano Source Modeling" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "Voronoi" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "approximation" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Lemma "integral" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 NASA "engineering" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 NASA "mathematical and computer sciences" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "data inversion" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "PPD value" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "The VSM tool" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "Vsm software tool" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "Vsm tool" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "ensemble inference algorithm" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "evaluatesimple ensemble average" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "ge netic algorithm" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "links LINUX http" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "neighbourhood approximation" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "resampling algorithm" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "surface deformation pattern" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "EDM data" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "appraisal problem" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "ground deformation" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Phrase "input ensemble" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Sentence "The VSM tool carries out this task by minimizing the difference between the observed and the computed displacement field, through a process called data inversion." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Sentence "Each shape is going to generate a certain surface deformation pattern, and comparing the modeled deformation with that actually observed at the surface, it is possible to estimate the best-fit source parameters." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Sentence "Each shape is going to generate a certain surface deformation pattern, and comparing the modeled deformation with that actually observed at the surface, it is possible to estimate the best fit source parameters." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Sentence "Sincethis is the only information we have on the PPD, we use our ap proximate PPD in place of the real PPD in all Bayesian integrals,i.e. we have l ()This approximation is at the heart of the algorithm presented in thispaper and is discussed further below." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Sentence "A magmatic source can be approximated (modeled) by a confined part of crust with a certain shape (e.g. a sphere, a sill, a dyke, a spheroid) which is inflating/deflating because of a change in the internal magma/gas pressure." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Sentence "Since is constant inside each Voronoi cell, then the conditional is builtfrom the PPD values inside each Voronoi cell intersected by theaxis." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Sentence "The VSM (Volcano Source Modeling) workflow models ground deformation detected by the most common geodetic techniques (interferometric SAR, GPS, and leveling) VSM performs geophysical inversion modeling of observation of ground deformation to retrieve the parameters of the causative magmatic source." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Sentence "Since we only apply impor tance sampling to the approximate PPD, this requires no solvingof the forward problem and hence the computational inefficiencyassociated with the loss factor, referred to above, is avoided." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Sentence "VSM VOLCANIC SOURCE MODELLING Elisa Trasatti, March (elisa.trasatti@ingv.it) The VSM (Volcano Source Modeling) is a tool to model ground deformation detected by the most common geodetic techniques (interferometric SAR, GPS, leveling and EDM Electro optical Distance Measuring) VSM performs geophysical inversion modeling of observation of ground deformation to retrieve the parameters of the causative magmatic source." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 TimeReference "2004-2006" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 TimeReference "of the 2004-2006" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 wasRevisionOf "https://w3id.org/ro-id/a5b1ec01-e479-4ee8-ba12-9f87d4560208" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 wasChangedBy "http://w3id.org/ro-id/rohub/model#change_specifications/98ea7c5e-cd36-452b-817d-a8a863d02f75" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 description "The VSM (Volcano Source Modeling) workflow models ground deformation detected by the most common geodetic techniques (interferometric SAR, GPS, and leveling). VSM performs geophysical inversion modeling of observation of ground deformation to retrieve the parameters of the causative magmatic source. A magmatic source can be approximated (modeled) by a confined part of crust with a certain shape (e.g., a sphere, a sill, a dyke, a spheroid), which is inflating/deflating because of a change in the internal magma/gas pressure. Each shape is going to generate a certain surface deformation pattern, and comparing the modeled deformation with that actually observed at the surface, it is possible to estimate the best-fit source parameters. The VSM tool carries out this task by minimizing the difference between the observed and the computed displacement field, through a process called data inversion. The VSM software tool is developed by INGV, in Fortran 90. The non-linear inversion core is by M. Sambridge. More details can be found in the documentation included 'HOW_TO_USE' file. This RO contains the results of the geodetic inversion of the 2004-2006 InSAR data at Campi Flegrei (Italy) due to the action of a deep magmatic source. Data can be also found in the following Research Object Link: http://sandbox.rohub.org/rodl/ROs/InSAR_Campi_Flegrei_2004_2006-release/ DOI: 10.5072/ro-id.F95NIHF8QA The workflow included can be run in the Taverna Runner in the Virtual Research Environment provided by EVER-EST project https://vre.ever-est.eu/supersites/ Link to the executable VSM_exe_url: http://box.everest.psnc.pl/f/11ef876776/?raw=1" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 contentLocation 01421d96-d6d2-4d17-b37d-53b02d32ee16 assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 contentSize "2277252" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 contributor elisa.trasatti assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 dateCreated "2018-03-01 15:51:53.898000+00:00" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 hasGeometry "http://w3id.org/ro-id/rohub/model#788540506" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Domain "software" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Domain "linguistics" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Domain "geophysics" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Domain "computer science" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Domain "database" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Domain "mathematics" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Domain "arithmetic" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 cite-as "INGV, and Elisa Trasatti. "VSM from Taverna - Campi Flegrei 2004-2006." ROHub. Mar 01 ,2018. https://doi.org/10.5072/ro-id.JJH3OHNHFG." assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Place "Italy" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Place "Everest" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Place "Delaware" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Place "Canberra" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Place "Davis" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Place "Hastings" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Place "Monte Carlo" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 Place "Tsagaan-Ovoo" assertion.