cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.25037624.v2
title: Supplementary Data: Renewable H2 Production Economics - Influence of Electrolyser Performance

description: The database includes data collected and results generated from the "Renewable Hydrogen Production Economics - Influence of Electrolyser Performance" analysis by Last et al. in Oxford University Press 2024.The dataset includes:Excel sheet-based tools that were used to generate the results (LCOH forecasts).JPEGs of the figures in the publication.Word document summarizing techno-economic assumptions.Excel sheet summarizing the electrolyzer performance data collected from the literature.
DOI: 10.6084/m9.figshare.25115633
title: MMOTU

description: The MMOTU dataset consists of ovarian ultrasound images collected from Beijing Shijitan Hospital, Capital Medical University. The dataset is divided into two subsets: OTU 2D and OTU CEUS. The OTU 2D subset contains ultrasound images.The OTU CEUS subset consists of 170 images extracted from CEUS sequences.The MMOTU ovarian tumor ultrasound dataset used in the paper titled "<b>EPDWDNet: A lightweight and high-performance network for ovary ultrasound image segmentation</b>." is stored here. If needed, you can download and access it yourself. The dataset we employed in our study is sourced from the MMOTU image dataset, which comprises ovarian ultrasound images collected from Beijing Shijitan Hospital, Capital Medical University.If you would like to access the original MMOTU dataset, please click on the following link: https://drive.google.com/drive/folders/1c5n0fVKrM9-SZE1kacTXPt1pt844iAs1<br>
DOI: 10.5281/zenodo.10507751
title: Linked collectors and determiners for: Misidentified For More Than 50 Years, Crotalaria Rosenii (Leguminosae, Papilionoideae, Crotalarieae), A Cultivated Species In Colombia And Ecuador.

description: Natural history specimen data linked to collectors and determiners held within, "Misidentified For More Than 50 Years, Crotalaria Rosenii (Leguminosae, Papilionoideae, Crotalarieae), A Cultivated Species In Colombia And Ecuador". Claims or attributions were made on Bionomia by volunteer Scribes, https://bionomia.net/dataset/bf75df2d-96e3-4496-b5e7-321bd956ab52 using specimen data from the dataset aggregated by the Global Biodiversity Information Facility, https://gbif.org/dataset/bf75df2d-96e3-4496-b5e7-321bd956ab52. Formatted as a Frictionless Data package.
DOI: 10.5281/zenodo.10507752
title: Linked collectors and determiners for: Misidentified For More Than 50 Years, Crotalaria Rosenii (Leguminosae, Papilionoideae, Crotalarieae), A Cultivated Species In Colombia And Ecuador.

description: Natural history specimen data linked to collectors and determiners held within, "Misidentified For More Than 50 Years, Crotalaria Rosenii (Leguminosae, Papilionoideae, Crotalarieae), A Cultivated Species In Colombia And Ecuador". Claims or attributions were made on Bionomia by volunteer Scribes, https://bionomia.net/dataset/bf75df2d-96e3-4496-b5e7-321bd956ab52 using specimen data from the dataset aggregated by the Global Biodiversity Information Facility, https://gbif.org/dataset/bf75df2d-96e3-4496-b5e7-321bd956ab52. Formatted as a Frictionless Data package.
DOI: 10.5281/zenodo.10596309
title: Linked collectors and determiners for: Misidentified For More Than 50 Years, Crotalaria Rosenii (Leguminosae, Papilionoideae, Crotalarieae), A Cultivated Species In Colombia And Ecuador.

description: Natural history specimen data linked to collectors and determiners held within, "Misidentified For More Than 50 Years, Crotalaria Rosenii (Leguminosae, Papilionoideae, Crotalarieae), A Cultivated Species In Colombia And Ecuador". Claims or attributions were made on Bionomia by volunteer Scribes, https://bionomia.net/dataset/bf75df2d-96e3-4496-b5e7-321bd956ab52 using specimen data from the dataset aggregated by the Global Biodiversity Information Facility, https://gbif.org/dataset/bf75df2d-96e3-4496-b5e7-321bd956ab52. Formatted as a Frictionless Data package.
DOI: 10.5281/zenodo.10507753
title: Linked collectors and determiners for: An earlier name for Lindernia andringitrae Eb. Fischer (Linderniaceae).

description: Natural history specimen data linked to collectors and determiners held within, "An earlier name for Lindernia andringitrae Eb. Fischer (Linderniaceae)". Claims or attributions were made on Bionomia by volunteer Scribes, https://bionomia.net/dataset/c6575603-1f56-431c-8d9f-5b71e1ad9ae2 using specimen data from the dataset aggregated by the Global Biodiversity Information Facility, https://gbif.org/dataset/c6575603-1f56-431c-8d9f-5b71e1ad9ae2. Formatted as a Frictionless Data package.
DOI: 10.6084/m9.figshare.923519
title: Merged: NCI Thesaurus, selected openEHR archetypes and test patient data

description: File contains test patient data, represented as instances of selected openEHR archetypes [1], translated to owl. Additionally the file contains merged NCI Thesaurus [2]. File was generated in order to demonstrate how to transform structured eligibility criteria of clinical trials to SPARQL queries. The example queries [3] utilize the hierarchy of NCI thesaurus. The file accompanies the publication [4]. The translation of archetypes from adl to owl was done using the methods defined by L.Lezcano and K. Dentler [4,5].
DOI: 10.6084/m9.figshare.923555.v6
title: The Pediatric Template of Brain Perfusion (PTBP)

description: Magnetic resonance imaging (MRI) captures the dynamics of brain development with high spatial resolu- tion and with complementary modalities that quantify both brain structure and function. These measurements may yield valuable insights into the neural patterns that mark healthy maturation or that identify early risk for psychiatric disorder later in life. The Pediatric Template of Brain Perfusion (PTBP) is a free and public neuroimaging resource that will help accelerate the understanding of childhood brain development as seen through the lens of multiple modality neuroimaging and in relation to cognitive and environmental factors. The PTBP uses MRI to quantify cortex (T1), white matter (DTI), resting state functional connectivity (BOLD) and brain perfusion, as measured by Arterial Spin Labeling (ASL), in &gt;100 children 7—17 years of age. The PTBP captures, within normally developing children and across several modalities, the trajectories that demarcate critical turning points in brain maturation. This novel resource allows a more detailed understanding of the structural and functional landmarks that are obtained during normal adolescent brain development. This is currently a pre-publication example of a single subject. More data will be added in the future. The PTBP was supported by Danny JJ Wang's R01MH080892
DOI: 10.6084/m9.figshare.923561.v5
title: Data from "Physiological plasticity to water flow habitat in the damselfish, Acanthochromis polyacanthus: linking phenotype to performance"

description: Data from Binning et al. In review. <br>This study tested whether aspects of swimming physiology and fin shape show plastic responses to unsteady, wave-driven water flow in a laboratory experiment using split-broods of a widespread damselfish (<em>Acanthochromis polyacanthus</em>) reared under different flow regimes. We collected fish from 16 broods at Lizard Island, northern Great Barrier Reef, Australia. Eight broods were on the predominantly windward (wave exposed) and eight on the leeward (sheltered) side of the island. We injected individuals from each brood with Visible Implant Elastomer tags to uniquely colour-code siblings.Three individuals from each brood were randomly assigned to a training tank (wave treatment or calm treatment). We measured fin shape (aspect ratio) after 4 and 8 months in the rearing treatment. After 7-8 months, we also measured critical swimming speed (Ucrit), and oxygen consumption rates (ṀO2: mg O2kg-1h-1) in a swimming respirometer. We also took blood samples, and measured blood cortisol (ng/ml) and haematocrit (proportion red blood cells to total blood volume). We compared these results with those found in wild-caught adult individuals of the same species published in another study (Binning et al. 2014 Oecologia: doi:10.1007/s00442-013-2794-5). Please see Binning et al. for more detailed description of the methods.
DOI: 10.6084/m9.figshare.923555.v7
title: The Pediatric Template of Brain Perfusion (PTBP)

description: Magnetic resonance imaging (MRI) captures the dynamics of brain development with high spatial resolu- tion and with complementary modalities that quantify both brain structure and function. These measurements may yield valuable insights into the neural patterns that mark healthy maturation or that identify early risk for psychiatric disorder later in life. The Pediatric Template of Brain Perfusion (PTBP) is a free and public neuroimaging resource that will help accelerate the understanding of childhood brain development as seen through the lens of multiple modality neuroimaging and in relation to cognitive and environmental factors. The PTBP uses MRI to quantify cortex (T1), white matter (DTI), resting state functional connectivity (BOLD) and brain perfusion, as measured by Arterial Spin Labeling (ASL), in &gt;100 children 7—17 years of age. The PTBP captures, within normally developing children and across several modalities, the trajectories that demarcate critical turning points in brain maturation. This novel resource allows a more detailed understanding of the structural and functional landmarks that are obtained during normal adolescent brain development. This is currently a pre-publication example of a single subject. The full raw nifti dataset is available at the link below. The PTBP was supported by Danny JJ Wang's R01MH080892
DOI: 10.6084/m9.figshare.923519.v1
title: Test patient data represented as instances of openEHR archetypes in OWL

description: File contains test patient data, represented as instances of selected openEHR archetypes [1], translated to owl. The translation of archetypes from adl to owl was done using the methods defined by L.Lezcano and K. Dentler [2,3]. File was generated in order to demonstrate how to transform structured representation of eligibility criteria to SPARQL queries. The idea was described in [4]. The following examples demonstrate how the dataset can be queried to find patients who match the criteria corresponding to the following patterns: 1. Diagnosis of (NCI code) PREFIX diagnosis:<br>PREFIX archetypes <br>PREFIX c:<br>PREFIX nci:<br>PREFIX rdfs: SELECT distinct ?patient ?diagnosisCode ?diagnosisName<br>WHERE {<br>?patient a archetypes:at0000.1_Patient ;<br>archetypes:links ?dc . ?dc c:data_evaluation ?d ;<br>a diagnosis:at0000.1_Diagnosis .<br>?d c:value_element ?diagnosisCode ;<br>a diagnosis:at0002.1_Diagnosis .<br>?diagnosisCode rdfs:label ?diagnosisName .<br>?subclass rdfs:subClassOf nci:C2910<br>.FILTER<br>( (?diagnosisCode=nci:C2910 || ?diagnosisCode=?subclass ) &&<br>NOT EXISTS { ?dc c:data_evaluation ?s . ?s a diagnosis:at0030_Date_of_resolution })<br>} 2. Age over (threshold) SELECT distinct ?patient WHERE { ?patient a archetypes:at0000.1_Patient ; archetypes:links ?demographics . ?demographics a dg:at0000_Individuals_personal_demographics; c:items ?dateOfBirth. ?dateOfBirth a dg:at0007_Date_of_Birth ; archetypes:time_value_ ?date . BIND ( 365 *(year(now()) - year(xsd:dateTime(?date))) + 30 * (month(now()) - month(xsd:dateTime(?date))) +day(now()) - day(xsd:dateTime(?date) ) AS ?age) . FILTER (?age &gt; 365 * limit ) } 3. At least (threshold) since (procedureCode) SELECT distinct ?patient WHERE { ?patient a archetypes:at0000.1_Patient ; c:links&gt; ?procedure . ?procedure a p:at0000_Procedure_undertaken ; archetypes:time_value_ ?procedureTime ; c:items ?procedureName . ?procedureName a p:at0002_Procedure . c:value_element&gt; ?procedureCode . ?subclass rdfs:subClassOf nci:procedureCode . BIND (86400*(day(now()) + 30*month(now()) + 360*year(now())) AS ?now). BIND (xsd:dateTime(?procedureTime) AS ?t) BIND (86400*(day(?t) + 30*month(?t) + 360*year(?t)) AS ?procTimeInS). FILTER ((?procedureCode = nci:procedureCode || ?code = ?subclass) && ?now - ?procTimeInS&gt; threshold) } 4. No prior (procedureCode) for (diseaseCode). SELECT distinct ?patient WHERE { ?patient a archetypes:at0000.1_Patient ; archetypes:links ?procedure . ?procedure a procedure:at0000_Procedure_undertaken ; c:items ?procedureName . ?procedureName a procedure:at0002_Procedure ; archetypes:NCI_code ?pCode . ?pSubclass rdfs:subClassOf nci:procedureCode . ?procedure c:items ?reason. ?reason a procedure:at0014_Reason_s_for_procedure; c:value_element/c:data_evaluation ?diagnosis. ?diagnosis a diagnosis:at0002.1_Diagnosis ; c:value_element ?dCode. ?dSubclass rdfs:subClassOf nci:diseaseCode. FILTER (( ?pCode!=nci:procedureCode && ?pCode!=?pSubclass) || ((?pCode=nci:procedureCode || ?pCode=?pSubclass) && ?dCode!=nci:diseaseCode && ?dCode!=?dSubclass)) }
DOI: 10.6084/m9.figshare.923555.v8
title: The Pediatric Template of Brain Perfusion (PTBP)

description: Magnetic resonance imaging (MRI) captures the dynamics of brain development with high spatial resolu- tion and with complementary modalities that quantify both brain structure and function. These measurements may yield valuable insights into the neural patterns that mark healthy maturation or that identify early risk for psychiatric disorder later in life. The Pediatric Template of Brain Perfusion (PTBP) is a free and public neuroimaging resource that will help accelerate the understanding of childhood brain development as seen through the lens of multiple modality neuroimaging and in relation to cognitive and environmental factors. The PTBP uses MRI to quantify cortex (T1), white matter (DTI), resting state functional connectivity (BOLD) and brain perfusion, as measured by Arterial Spin Labeling (ASL), in &gt;100 children 7—17 years of age. The PTBP captures, within normally developing children and across several modalities, the trajectories that demarcate critical turning points in brain maturation. This novel resource allows a more detailed understanding of the structural and functional landmarks that are obtained during normal adolescent brain development. This is currently a pre-publication example of a single subject. The full raw nifti dataset is available at the link below. The PTBP was supported by Danny JJ Wang's R01MH080892
DOI: 10.6084/m9.figshare.923555.v9
title: The Pediatric Template of Brain Perfusion (PTBP)

description: Magnetic resonance imaging (MRI) captures the dynamics of brain development with high spatial resolu- tion and with complementary modalities that quantify both brain structure and function. These measurements may yield valuable insights into the neural patterns that mark healthy maturation or that identify early risk for psychiatric disorder later in life. The Pediatric Template of Brain Perfusion (PTBP) is a free and public neuroimaging resource that will help accelerate the understanding of childhood brain development as seen through the lens of multiple modality neuroimaging and in relation to cognitive and environmental factors. The PTBP uses MRI to quantify cortex (T1), white matter (DTI), resting state functional connectivity (BOLD) and brain perfusion, as measured by Arterial Spin Labeling (ASL), in &gt;100 children 7—17 years of age. The PTBP captures, within normally developing children and across several modalities, the trajectories that demarcate critical turning points in brain maturation. This novel resource allows a more detailed understanding of the structural and functional landmarks that are obtained during normal adolescent brain development. This is currently a pre-publication example of a single subject. The full raw nifti dataset is available at the link below. The PTBP was supported by Danny JJ Wang's R01MH080892
DOI: 10.6084/m9.figshare.923506
title: Patterns of eligibility criteria

description: The file contains a set of patterns that frequently occur in eligibility criteria of clinical trials. Each pattern has associated regular expressions which can be used to detect them. The patterns are classified according to several dimensions: - time independent status (present, absent, conditional) - temporal status (prior, current, planned) - specification type The patterns were initially described in [1]. The evaluation of the algoritm which detects patterns using given regular expressions is described in [2]. To see examples of instantiated patterns check [3]
DOI: 10.6084/m9.figshare.923555.v10
title: The Pediatric Template of Brain Perfusion (PTBP)

description: Magnetic resonance imaging (MRI) captures the dynamics of brain development with high spatial resolu- tion and with complementary modalities that quantify both brain structure and function. These measurements may yield valuable insights into the neural patterns that mark healthy maturation or that identify early risk for psychiatric disorder later in life. The Pediatric Template of Brain Perfusion (PTBP) is a free and public neuroimaging resource that will help accelerate the understanding of childhood brain development as seen through the lens of multiple modality neuroimaging and in relation to cognitive and environmental factors. The PTBP uses MRI to quantify cortex (T1), white matter (DTI), resting state functional connectivity (BOLD) and brain perfusion, as measured by Arterial Spin Labeling (ASL), in &gt;100 children 7—17 years of age. The PTBP captures, within normally developing children and across several modalities, the trajectories that demarcate critical turning points in brain maturation. This novel resource allows a more detailed understanding of the structural and functional landmarks that are obtained during normal adolescent brain development. This is currently a pre-publication example of a single subject. The full raw nifti dataset is available at the link below. The PTBP was supported by Danny JJ Wang's R01MH080892
DOI: 10.6084/m9.figshare.923500
title: Reference Detector Measurements

description: measurements of LSO:CeCa 2x2x5mm3 in standard and DOI coincidence apparatus
DOI: 10.6084/m9.figshare.923499
title: Standard Coincidence Measurements

description: Measurements of LYSO:Ce 2x2x"L"mm3 in standard coincidence apparatus for L = 5, 10, 15, 20, 30mm. Each measurement is repeated at least twice.
DOI: 10.6084/m9.figshare.923506.v1
title: Patterns of eligibility criteria

description: The file contains a set of patterns that frequently occur in eligibility criteria of clinical trials. Each pattern has associated regular expressions which can be used to detect them. The patterns are classified according to several dimensions: - time independent status (present, absent, conditional) - temporal status (prior, current, planned) - specification type The patterns were initially described in [1]. The evaluation of the algoritm which detects patterns using given regular expressions is described in [2]. To see examples of instantiated patterns check [3]
DOI: 10.6084/m9.figshare.923555.v11
title: The Pediatric Template of Brain Perfusion (PTBP)

description: Magnetic resonance imaging (MRI) captures the dynamics of brain development with high spatial resolu- tion and with complementary modalities that quantify both brain structure and function. These measurements may yield valuable insights into the neural patterns that mark healthy maturation or that identify early risk for psychiatric disorder later in life. The Pediatric Template of Brain Perfusion (PTBP) is a free and public neuroimaging resource that will help accelerate the understanding of childhood brain development as seen through the lens of multiple modality neuroimaging and in relation to cognitive and environmental factors. The PTBP uses MRI to quantify cortex (T1), white matter (DTI), resting state functional connectivity (BOLD) and brain perfusion, as measured by Arterial Spin Labeling (ASL), in &gt;100 children 7—17 years of age. The PTBP captures, within normally developing children and across several modalities, the trajectories that demarcate critical turning points in brain maturation. This novel resource allows a more detailed understanding of the structural and functional landmarks that are obtained during normal adolescent brain development. This is currently a pre-publication example of a single subject. The full raw nifti dataset is available at the link below. The PTBP was supported by Danny JJ Wang's R01MH080892
DOI: 10.6084/m9.figshare.923495
title: A Novel Approach for Cleanroom Software Testing

description: The Cleanroom method of Software Engineering ensures high-quality software<br>with certified reliability, which is an important aspect of every software<br>product. The certification process needs a reasonable statistical user testing<br>strategy to measure the software reliability. We propose a mechanism to<br>reduce testing time as well as effort while performing statistical user testing so<br>that software quality is not diluted as well as maintaining a high degree of<br>software reliability. We also cover a brief history of cleanroom software<br>engineering approach.
DOI: 10.6084/m9.figshare.923498
title: Depth of Interaction (DOI) measurements

description: All measurements conducted with 2x2x20mm3, 2x2x30mm3 Proteus LYSO:Ce and 2x2x20mm3 Agile LSO:CeCa scintillator crystals in the DOI apparatus. A full description is given in the paper.
DOI: 10.6084/m9.figshare.923500.v1
title: Reference Detector Measurements

description: measurements of LSO:CeCa 2x2x5mm3 in standard and DOI coincidence apparatus
DOI: 10.6084/m9.figshare.923555.v12
title: The Pediatric Template of Brain Perfusion (PTBP)

description: Magnetic resonance imaging (MRI) captures the dynamics of brain development with high spatial resolu- tion and with complementary modalities that quantify both brain structure and function. These measurements may yield valuable insights into the neural patterns that mark healthy maturation or that identify early risk for psychiatric disorder later in life. The Pediatric Template of Brain Perfusion (PTBP) is a free and public neuroimaging resource that will help accelerate the understanding of childhood brain development as seen through the lens of multiple modality neuroimaging and in relation to cognitive and environmental factors. The PTBP uses MRI to quantify cortex (T1), white matter (DTI), resting state functional connectivity (BOLD) and brain perfusion, as measured by Arterial Spin Labeling (ASL), in &gt;100 children 7—17 years of age. The PTBP captures, within normally developing children and across several modalities, the trajectories that demarcate critical turning points in brain maturation. This novel resource allows a more detailed understanding of the structural and functional landmarks that are obtained during normal adolescent brain development. This is currently a pre-publication example of a single subject. The full raw nifti dataset is available at the link below. The PTBP was supported by Danny JJ Wang's R01MH080892
DOI: 10.6084/m9.figshare.923495.v1
title: A Novel Approach for Cleanroom Software Testing

description: The Cleanroom method of Software Engineering ensures high-quality software<br>with certified reliability, which is an important aspect of every software<br>product. The certification process needs a reasonable statistical user testing<br>strategy to measure the software reliability. We propose a mechanism to<br>reduce testing time as well as effort while performing statistical user testing so<br>that software quality is not diluted as well as maintaining a high degree of<br>software reliability. We also cover a brief history of cleanroom software<br>engineering approach.
DOI: 10.6084/m9.figshare.923499.v1
title: Standard Coincidence Measurements

description: Measurements of LYSO:Ce 2x2x"L"mm3 in standard coincidence apparatus for L = 5, 10, 15, 20, 30mm. Each measurement is repeated at least twice.