ational Institute of Standards and Technology, data.nist.gov (Standard Reference / public data, DCAT/NERDm). {"@context":["https://data.nist.gov/od/dm/nerdm-pub-context.jsonld",{"@base":"ark:/88434/mds003z60t"}],"_schema":"https://data.nist.gov/od/dm/nerdm-schema/v0.7#","_extensionSchemas":["https://data.nist.gov/od/dm/nerdm-schema/pub/v0.7#/definitions/PublicDataResource"],"@type":["nrdp:PublicDataResource","dcat:Dataset"],"@id":"ark:/88434/mds003z60t","title":"Joint Quantum State and Measurement Tomography","contactPoint":{"hasEmail":"mailto:scott.glancy@nist.gov","fn":"Scott Glancy"},"modified":"2018-02-17","status":"available","ediid":"6576C69624E31C71E053245706815C531891","landingPage":"https://github.com/usnistgov/state_meas_tomo/","description":["This software package performs joint quantum state and measurement tomography. This software package performs joint quantum state and measurement tomography. Included are three example scripts that simulate data for one or two trapped ion systems with either symmetric or asymmetric measurements:- analysis_scripts/paper_simulations.py: produces all data and histograms shown in related publication with seed = 0. Also provides an example of symmetric measurements.- analysis_scripts/asym_simulations.py: produces simulated data from asymmetric measurements by similar methods as in previous script. - analysis_scripts/load_tutorial/load_simulations.py: gives an exampleof loading data with asymmetric measurements. The software is provided as Python source code."],"keyword":["quantum information theory; quantum tomography; statistical analysis; uncertainty quantification; trapped ion"],"theme":["Physics: Quantum information science","Mathematics and Statistics: Statistical analysis","Mathematics and Statistics: Uncertainty quantification"],"topic":[{"@type":"Concept","scheme":"https://data.nist.gov/od/dm/nist-themes/v1.1","tag":"Physics: Quantum information science"},{"@type":"Concept","scheme":"https://data.nist.gov/od/dm/nist-themes/v1.1","tag":"Mathematics and Statistics: Statistical analysis"},{"@type":"Concept","scheme":"https://data.nist.gov/od/dm/nist-themes/v1.1","tag":"Mathematics and Statistics: Uncertainty quantification"}],"accessLevel":"public","license":"https://www.nist.gov/open/license","inventory":[{"forCollection":"","childCount":1,"descCount":1,"byType":[{"forType":"dcat:Distribution","childCount":1,"descCount":1},{"forType":"nrdp:AccessPage","childCount":1,"descCount":1}],"childCollections":[]}],"components":[{"accessURL":"https://doi.org/10.18434/T4/1423031","format":{"description":"text/html"},"description":"DOI Access to Joint Quantum State and Measurement Tomography","title":"DOI Access to Joint Quantum State and Measurement Tomography","@type":["nrdp:AccessPage","dcat:Distribution"],"@id":"#10.18434/T4/1423031","_extensionSchemas":["https://data.nist.gov/od/dm/nerdm-schema/pub/v0.7#/definitions/AccessPage"]}],"publisher":{"@type":"org:Organization","name":"National Institute of Standards and Technology"},"language":["en"],"bureauCode":["006:55"],"programCode":["006:045"],"version":"1.0.0"},