cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17632/783vtyj8dh.2
title: Supplementary Figure

description: Preparation of a simple sterile mask for patients during head and neck dermatologic surgery. A. Sterile materials are gathered, including surgical wrapping, bandage scissors, forceps, and four rubber bands. B. An approximately 19x21 cm template is outlined on the sterile surgical wrapping using a surgical marker and ruler. C. The outlined piece of material is cut out with bandage scissors. D. The piece of material is folded every 2 cm like an accordion. E. Each end of the folded material is bent in on itself and a small hole is cut 1 cm from the material border. F. Two rubber bands are linked together and a loop is placed through the hole at each end of the folded material using forceps. G. The free end of the linked rubber bands is passed through the loop and tightened at each end to secure it in place. H. The mask is placed on the sterile surgical tray ready for use.
DOI: 10.17632/783vtyj8dh.3
title: Supplementary Figure

description: Preparation of a simple sterile mask for patients during head and neck dermatologic surgery. A. Sterile materials are gathered, including surgical wrapping, bandage scissors, forceps, and four rubber bands. B. An approximately 19x21 cm template is outlined on the sterile surgical wrapping using a surgical marker and ruler. C. The outlined piece of material is cut out with bandage scissors. D. The piece of material is folded every 2 cm like an accordion. E. Each end of the folded material is bent in on itself and a small hole is cut 1 cm from the material border. F. Two rubber bands are linked together and a loop is placed through the hole at each end of the folded material using forceps. G. The free end of the linked rubber bands is passed through the loop and tightened at each end to secure it in place. H. The mask is placed on the sterile surgical tray ready for use.
DOI: 10.17632/783vtyj8dh.4
title: Supplemental Figure

description: Preparation of a simple sterile mask for patients during head and neck dermatologic surgery. A. Sterile materials are gathered, including surgical wrapping, bandage scissors, forceps, and four rubber bands. B. An approximately 19x21 cm template is outlined on the sterile surgical wrapping using a surgical marker and ruler. C. The outlined piece of material is cut out with bandage scissors. D. The piece of material is folded every 2 cm like an accordion. E. Each end of the folded material is bent in on itself and a small hole is cut 1 cm from the material border. F. Two rubber bands are linked together, and a loop is placed through the hole at each end of the folded material using forceps. G. The free end of the linked rubber bands is passed through the loop and tightened at each end to secure it in place. H. The mask is placed on the sterile surgical tray ready for use.
DOI: 10.5281/zenodo.3783716
title: FESOM2 pi mesh

description: Small mesh for FESOM2 test simulations.
DOI: 10.5281/zenodo.3784400
title: Evolution of COVID-19 by country

description: This dataset is a three dimensional dataset in wich we analyze the evolution of some data related with COVID-19 along the time. We analyse how a type of data behave along the time in the different countries. In each csv, we have kind of varibale (Cases, recovered, deaths) by country and date (from 03/30 to 05/04). Howevwe, t<strong>he data its up to date in https://github.com/AdrianArnaiz/scrap_uoc (updated automatically every day).</strong> So we have 5 time series by country: one for each kind of data. The csv contais the information related with a kind of data, and are described by the other two dimensions: country and date. We obtained this dataset scrapping Worldometers.
description: This dataset its updated until 2020/05/04. However, the dataset is up to date in https://github.com/AdrianArnaiz/scrap_uoc, where its updated automatically every day.
description: {"references": ["Worldometers. Covid-19 coronavirus pandemic. https://www.worldometers.info/coronavirus/, 2020.", "Ensheng Dong, Hongru Du, and Lauren Gardner. An interactive web-based dashboard to track covid-19 in real time. The Lancet infectious diseases, 2020.", "Richard Lawson. Web scraping with Python. Packt Publishing Ltd, 2015", "Max Roser, Hannah Ritchie, and Esteban Ortiz-Ospina. Coronavirus disease (covid-19)\u2013statistics and research. Our World in Data, 2020.", "Laia Subirats Mate and Mireia Calvo Gonzalez. Web scraping. Technical report, UOC, Barcelona, (sf). PID00256970."]}
DOI: 10.17632/2t4wmjpb67.2
title: Stochastic inversion method of time-lapse controlled source electromagnetic data for CO2 plume monitoring

description: This repository includes the inversion code and the simulated data for the inversion of controlled source electromagnetic data based on the Ensemble Smoother for a CO2 sequestration monitoring study.
DOI: 10.17632/xkxm8cwt3y.1
title: ASD Workplace

description: PSYCHInfo Search
DOI: 10.5281/zenodo.3783715
title: FESOM2 pi mesh

description: Small mesh for FESOM2 test simulations.
DOI: 10.17632/783vtyj8dh.5
title: Supplemental Figure

description: Preparation of a simple sterile mask for patients during head and neck dermatologic surgery. A. Sterile materials are gathered, including surgical wrapping, bandage scissors, forceps, and four rubber bands. B. An approximately 19x21 cm template is outlined on the sterile surgical wrapping using a surgical marker and ruler. C. The outlined piece of material is cut out with bandage scissors. D. The piece of material is folded every 2 cm like an accordion. E. Each end of the folded material is bent in on itself and a small hole is cut 1 cm from the material border. F. Two rubber bands are linked together, and a loop is placed through the hole at each end of the folded material using forceps. G. The free end of the linked rubber bands is passed through the loop and tightened at each end to secure it in place. H. The mask is placed on the sterile surgical tray ready for use.
DOI: 10.17632/783vtyj8dh.6
title: Supplemental Figure

description: Preparation of a simple sterile mask for patients during head and neck dermatologic surgery. A. Sterile materials are gathered, including surgical wrapping, disposable drape or sterile towel wrapping, bandage scissors, forceps, ruler, and four rubber bands. B. An approximately 19x21 cm template is outlined on the sterile surgical wrapping using a surgical marker and ruler. C. The outlined piece of material is cut out with bandage scissors. D. The piece of material is folded every 2 cm like an accordion. E. Each end of the folded material is bent in on itself and a small hole is cut 1 cm from the material border. F. Two rubber bands are linked together, and a loop is placed through the hole at each end of the folded material using forceps. G. The free end of the linked rubber bands is passed through the loop and tightened at each end to secure it in place. H. The mask is placed on the sterile surgical tray ready for use.
DOI: 10.17632/fwhn8hmz4f.2
title: Manifold learning for user profiling and identity verification using motion sensors: gait datasets

description: The two public gait datasets used to evaluate the proposed method: RecodGait v2 and IDNet's dataset. The user-centric coordinate transformation proposed by our research team in a previous work was applied to these data and the resulting data are in the `user_coordinates` folder. The raw data of RecodGait v2 dataset are in the `raw_data` folder. We are also making available the generated motion-level frames yielded by the pre-processing stage of the proposed method using the experimental setup defined in the paper. These motion-level frames are split into sets, which were used to train and evaluate the proposed method. These motion-level frames are separated by dataset, split into sets (`train_cnn`, `gallery`, `probe`), and there is one file for each axis of the accelerometer (`x`, `y`, `z`).
DOI: 10.17632/gr98t6d36c.7
title: DEVELOPMENT OF A CREATIVE DESIGN TRAINING MODEL IN PLAYGROUP TEACHERS IN SEMARANG CITY

description: The purpose of this study is to produce an effective training model and the formation of Playgroup teachers who have better creative drawing competence than before. This research approach is a research and development (R&D) design. These stages, namely the collection of data needs for model development, design development of model development, model validation of model trials (individual, group, and limited), model revisions, model trials, and final model revisions. The results of this study are creative drawing training models that have proven their effectiveness. The results of the effectiveness test showed a pretest value, namely a B value (10%), a C value (15%), and a D value (75%). The posttest results showed that the value of A (60%), and the value of B (40%). The results of the study concluded that the final model of development results was effective and could develop creative drawing competencies in Playgroup teachers. The development research model is recommended to be recommended as a model / pilot project in Semarang City.
DOI: 10.17632/mgcgv9ztyb.3
title: Manifold learning for user profiling and identity verification using motion sensors: CNN-designed architecture and models

description: The table Designed CNN Architecture describes the final designed CNN model for the proposed method, which was inspired in the MobileNet architecture. The number of parameters of each layer and the total of this model are specified in this table. The table Convolution Blocks contains details about the different convolution layers adopted in the architecture. We also made available the weights of both trained models: Spectrogram model and ADT model.
DOI: 10.5281/zenodo.3783719
title: Day of COREII forcing for FESOM2

description: One day of COREII forcing necessary to run FESOM2 simulations. Original data https://data1.gfdl.noaa.gov/nomads/forms/core/COREv2.html
DOI: 10.5281/zenodo.3783720
title: Day of COREII forcing for FESOM2

description: One day of COREII forcing necessary to run FESOM2 simulations. Original data https://data1.gfdl.noaa.gov/nomads/forms/core/COREv2.html
DOI: 10.17632/98pmyyz67m.1
title: The Effect of Subcutaneous Brodalumab upon Clinical Disease Activity in Hidradenitis Suppurativa: An Open Label Cohort Study

description: Supplementary Material
DOI: 10.17632/jfrdpnb945.1
title: Benchmark for SHACL Performance in Knowledge Bases

description: Benchmark for SHACL Performance in Knowledge Bases. The data contains: - the file with the 58 SHACL shapes, - the bigger N-Quads file is a segment of the Tyrolean Knowledge Graph, containing 23,325,924 quads, - the smaller N-Quads file is a segment of the other file that contains exactly 1,000,000 quads. We use this one for our evaluation with the benchmark.
DOI: 10.17632/sk9nptb76r.1
title: Efficacy of 755 nm Q-Switched Alexandrite Laser for Hori’s Nevus

description: 755 nm Q-Switched Alexandrite Laser benefits Hori’s Nevus
DOI: 10.17632/sk9nptb76r.2
title: Efficacy of 755 nm Q-Switched Alexandrite Laser for Hori’s Nevus

description: 755 nm Q-Switched Alexandrite Laser benefits Hori’s Nevus
DOI: 10.17632/v6f24p58cw.1
title: Dataset for Dynamic Scheduling Problems with sequence-dependent setup times

description: The data set is made up of independent files. The name of each file has the form IxxnyyDyn-zz, where xx indicates the total number of jobs, yy the percentage of dynamism and zz the instance number within the group. Each group contains 25 replicates for each combination of total number of jobs and percentage of dynamism. Each file contains the total number of jobs (nbJobs), the optimal value without considering the release times (LB), the makespan value for the best solution found for the dynamic problem, the vector of processing times (ProcessingTimes), the setup time matrix (SetupTimes), the vector of job release times (ReleaseTimes) and the job sequence for the best solution found for the dynamic problem.
DOI: 10.17632/6phshh5md4.1
title: Dataset on Women’s empowerment, land and donor-driven agricultural interventions in Eastern Zambia.

description: Key informant interviews were conducted during a scoping exercise to obtain preliminary insights into the operations of the three agricultural interventions that had been purposively selected as case studies. The selection was informed by the researchers’ knowledge of agricultural interventions in the Eastern Province of Zambia. A household questionnaire survey of 235 randomly selected households was later conducted. Of these households, 159 and 76 were participating in Norwegian and Chinese intervention projects, respectively. The survey was complemented by six focus group discussions (FGDs) and 12 key informant interviews. A triple-stream approach (women-only, men-only and mixed-gender FGDs) was used for the FGDs. We find that despite differences in project modalities, with the Chinese aid programme not having any explicit women empowerment goals while the Norwegian programmes claimed to mainstream gender, both modalities resulted in increased access and control over productive resources by women farmers. We conclude that gender mainstreaming in development aid programme and project design may not be a panacea for women empowerment and that interventions that do not demand any capital outlay from smallholders are more likely to engender women empowerment than those that do. It appears that women empowerment may take place as much as an indirect consequence of interventions as a consequence of interventions specifically addressing gender equality. It may also be the result of broader societal changes.
DOI: 10.17632/bktksxnt77.1
title: ANALSIS RISIKO PEMBIAYAAN MUSYARAKAH LEMBAGA KEUANGAN SYARIAH

description: Dalam setiap pembiayaan pasti ada risiko yang timbul sebagai akibat kegagalan pihak memenuhi kewajibannya. Pada bank umum, pembiayaan disebut pinjaman, sementara di bank syariah disebut pem-biayaan, sedangkan untuk balas jasa yang diberikan atau diterima pada bank umum berupa bunga (interest loan atau deposit) dalam persentase yang sudah ditentukan sebelum-nya. Pada bank syariah, tingkat balas jasa terukur oleh sistem bagi hasil dari usaha. Selain itu, persyaratan pengajuan kredit pada perbankan syariah lebih ketat dari perbankan konven-sional sehingga risiko kredit dari perbankan syariah lebih kecil dari perbankan konvensional. maka dapat dikatakan bahwa risiko pembiayaan musyarakah pada lembaga keuangan syariah adalah suatu yang normal mengingat bahwa di setiap bisnis apa pun dan dimanapun potensi risiko pasti ada. Walau demikian, terjadinya risiko yang tentu dapat menghadang dapat dihadapi dengan berbagai cara. Misalnya, risiko itu langsung dihadapi dengan cara mempersiapkan diri dengan mempersiapkan kemungkinan-kemungkinan yang terjadi, atau dengan cara mentransfer sebagian tanggungan melalui lembaga asuransi. Hal yang sama dapat ditemui pada risiko pembiayaan musyarakah pada lembaga keuangan syariah. Dimana risiko pembiayaan musyarakah, baik yang berupa wanprestasi, risiko likuiditas, risiko pasar, risiko operasional atau pun lainnya memang akan berdampak pada besar kecilnya kerugian yang akan didapat. Karena itu, pengelolaan atas risiko tersebut menjadi penting. Demikian pula pengendalian risiko pembiayaan musyarakat terhadap risiko kredit dan risiko operasilan pada lembaga keuangan syariah harus menjadi perhatian bagi para pengelola lembaga keuangan tersebut.
DOI: 10.17632/dcj58524fk.1
title: Air Quality in Quito during COVID-19 outbreak

description: In early 2020, the human population of the world confronted a great challenge – a pandemic of a novel Corona Virus disease (COVID-19). In order to protect the population, precautionary quarantine measures were implemented in almost all countries by March 2020, which focuses on social isolation and distancing through a strict limitation of anthropogenic activities: traffic, social gatherings, industries, etc. In turn, this epidemiologic emergency has resulted in reduced environmental pollution. It is necessary to quantify the effect of these measures on the urban air pollution in the Ecuadorian capital - Quito and its spatial variations, as toxic pollution tends to aggravate the body’s response to the respiratory diseases, including COVID-19. The data "QuitoDATA_2020.xlsx" contains atmospheric information for Quito starting January 1 and ending April 12, 2020, englobing a few months before the quarantine and four weeks of quarantine. This data is acquired from the urban air quality monitoring network run by the local Secretariat of the Environment. This high-quality monitoring data network is run strictly following the recommendations of the Environmental Protection Agency (EPA) using standard EPA methods (http://www.quitoambiente.gob.ec/ambiente/). Daily average data is organized per study site (Belisario, Carapungo, Centro, Cotocollao, Camal, Guamani and Chillos) and also is averaged over the city (Quito)). The data confirms a great reduction (29-68%) in major urban pollutants (nitrogen dioxide - NO2, sulfur dioxide - SO2, particulate matter with aerodynamic diameters ≤ 2.5 µm - PM2.5 and carbon monoxide - CO). Important meteorological parameters (hourly precipitation (Rain) and wind speed (WS)) are also presented in order to help support the discussion. These data show that the reduction in air pollution levels is not due to extremely different environmental conditions, but actually due to the quarantine measures. The spatial evolution of atmospheric pollution is also studied for Quito and Ecuador, using observed surface and satellite data. This data is presented in “data_NO2_SO2_S5P.xlsx” and S5P data “NO2 DATA S5P.rar” and “SO2 DATA S5P.rar”. The Sentinel 5 Precursor TROPOMI satellite, is the most advanced equipment on earth, is provided with spectral sensors capable of detecting concentrations of polluting gases such as NO2, SO2, O3, CO, CH4, Formaldehydes and Aerosols in profile, with a daily temporality; data are available from 2018 and are granted by the Royal Netherlands Meteorological Research Institute (KNMI). For this research we used the Google Engine (GGE) platform which allows downloading L3 level products, GGE uses HARP commands which gives us images with 1km per pixel resolution.
DOI: 10.17632/j64fr3kwvt.1
title: CBMA

description: Funders in BMA field
DOI: 10.17632/pj6d526kzm.1
title: Python code for "Multi-fidelity Meta-optimization for Nature Inspired Optimization Algorithms"

description: The python code is used in the manuscript "Multi-fidelity Meta-optimization for Nature Inspired Optimization Algorithms" submitted to "Applied soft computing". The programming environment is: Python 3.6 or higher. The folders in the package include: 1. algorithms: Basic algorithms, including base class 'Algorithm' and [CS, DE, FOA, GWO, KH, PSO, SSA, WWO, WOA]. 2. applications: An engineering application: source term estimation. 3. benchmarks: Test functions, including base class 'Benchmark', basic test functions and 'CEC2014 Benchmark Suite'. 4. demo: Examples. 5. parameter_tuning: Multi-fidelity meta-NIOs and optimized-NIOs. If you prefer using the command line to run the program, please do not forget to manually add the working directory to 'sys.path'.
DOI: 10.5281/zenodo.3783970
title: Phylogenomics and contrasting modes of genome evolution in Ascomycota

description: 332 Saccharomycotina assemblies <br> 761 Pezizomycotina assemblies<br> 14 Taphrinomycotina assemblies<br> 6 Basidiomycota (outgroup) assemblies Proteomes of 1,107 Ascomycota
DOI: 10.5281/zenodo.3783977
title: Proceedings of 1st International Conference: Modern Information, Measurement and Control Systems: Problems and Perspectives (MIMCS'2019)

description: International conference July 01-02 2019
DOI: 10.5281/zenodo.3783978
title: Proceedings of 1st International Conference: Modern Information, Measurement and Control Systems: Problems and Perspectives (MIMCS'2019)

description: International conference July 01-02 2019
DOI: 10.25405/data.ncl.9608369.v1
title: Dendritic silver self-assembly in molten-carbonate membranes for efficient carbon dioxide capture

description: In this work, the dendritic growth of silver within a supported molten-salt membrane was exploited to produce membranes with unparalleled carbon dioxide flux. Dendritic growth was evidenced using X-ray micro-CT and conductivity measurements. Multiple pore tubular membranes were fabricated, as well as randomly porous membranes. In both geometries, silver dendritic growth occurred and resulted in enhanced flux. A selection of the membranes provided agenda-setting carbon dioxide fluxes, and approached or bettered the permeance, selectivity and permeability requirements for economically-competitive carbon dioxide capture.<br>Look at the README file for description of data and processing etc.
DOI: 10.17632/3fwrfvy5gg.1
title: Negative air ion generator as air spora Remover in Poultry farm.

description: The present study was to determine the fungal spores count in the absence and presence of negative air ion (NAIs) generator in a poultry farm at Kolhapur (16.70oN, 74.24oE), India. We installed the NAI generator to generate artificially negative ion continuously in the poultry farm. Fungal spores were collected for a period of one month in December 2019 by using Volumetric Tilak Air Sampler. A total of 10690 spores counted of which 6460 number of fungal spores collected in absence while 4210 number of spores collected in the presence of the NAI generator from the poultry farm. The 16 different types of fungal spores recorded of which Aspergillus, Smut, and Alternaria spore type observed as most dominant in both the absence and presence of NAIs. The qualitative analysis showed a total of 16 different fungal spores types were identified in which Aspergillus, Alternaria, Nigrospora, Tourla are reported human pathogens. Among the total number of isolated fungal spores in the absence of NAI in the poultry farm Aspergillus (1285), Alternaria (1063), Smut (900), Nigrospora (472), Cladosporium (106) types of spores were observed as most dominant fungal spores but Hyphalfragment (0), Leptosphaeria (15) were least recorded Whereas in the presence of NAI in the poultry farm the dominant fungal spores counted were also Aspergillus (1242), Alternaria (511), Smut (501), Nigrospora (296) and Hyphalfragment (0), Leptosphaeria (24). In our study the hypothesis is the Negative air ion attached themselves to particles such as dust, mold spores, and other allergens . Negative air ions are lightweight as compare to positive air ion in the poultry farm. The mass of negative air ion is low. Therefore, the mobility of negative air ion is high. These high mobility negative air ions attached to the fungal spores in the poultry farm and settle down on the surface. Most of the spores carry positively charged which affects the health of birds, workers work in the poultry farm. Due to the installation of the NAI generator in the poultry farm which generates negative air ion in the poultry farm. These NAI should get attracted to the fungal spores having positively charged and it get neutral or combining these negative air ions with spores the weight of fungal spores increased in the air and it gets to settle down to the surface.