cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.992661.v1
title: Refleksje na temat pracy: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie organizacji non profit”

description: This review relates to the work, which analyses the financial institution, non-profit organization and an institution which is none of the foregoing. Review aims to assess the substantive content and conclusions.
DOI: 10.6084/m9.figshare.992674.v1
title: Beyond the Tsunami: Developing the Infrastructure to Deal with Life Sciences Data

description: Chapter from: <strong>The Fourth Paradigm: Data-Intensive Scientific Discovery</strong> Presenting the first broad look at the rapidly emerging field of data-intensive science. 2009
DOI: 10.6084/m9.figshare.992657
title: Refleksje na temat pracy: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie przedsiębiorstwa z branży przetwórstwa mięsnego”

description: Review about working under the title " Use of the assessment of the financial health of the entity to financial planning for example, companies in the meat processing." Assessment covered elements such as content, aesthetics and structure of the report. It also examined the compatibility of interpretations and conclusions.
DOI: 10.6084/m9.figshare.992660
title: Refleksje na temat pracy: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie organizacji non profit”

description: This review relates to the work, which analyses the financial institution, non-profit organization and an institution which is none of the foregoing. Review aims to assess the substantive content and conclusions.
DOI: 10.6084/m9.figshare.992656
title: Refleksje na temat pracy: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie przedsiębiorstwa z branży przetwórstwa mięsnego”

description: Review about working under the title " Use of the assessment of the financial health of the entity to financial planning for example, companies in the meat processing." Assessment covered elements such as content, aesthetics and structure of the report. It also examined the compatibility of interpretations and conclusions.
DOI: 10.6084/m9.figshare.992658
title: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie przedsiębiorstwa z branży przetwórstwa mięsnego”

description: The paper presents a financial analysis of companies from the meat processing industry for the years 2014 and 2015. The study was conducted using the index of the financial health of PHI Zietlowa. The data used to calculate the are drawn from the pro forma financial statements, which are based on actual data from 2011. The work is an analysis of the financial situation of the company and determines the demand for capital.
DOI: 10.6084/m9.figshare.992660.v1
title: Refleksje na temat pracy: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie organizacji non profit”

description: This review relates to the work, which analyses the financial institution, non-profit organization and an institution which is none of the foregoing. Review aims to assess the substantive content and conclusions.
DOI: 10.6084/m9.figshare.992688.v1
title: GenomePeek Data

description: These are the 13 sequencing files used in the GenomePeek analysis. There are 10 single species fastq files and the 3 FAMES metagenomes.
DOI: 10.6084/m9.figshare.992657.v1
title: Refleksje na temat pracy: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie przedsiębiorstwa z branży przetwórstwa mięsnego”

description: Review about working under the title " Use of the assessment of the financial health of the entity to financial planning for example, companies in the meat processing." Assessment covered elements such as content, aesthetics and structure of the report. It also examined the compatibility of interpretations and conclusions.
DOI: 10.6084/m9.figshare.992658.v1
title: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie przedsiębiorstwa z branży przetwórstwa mięsnego”

description: The paper presents a financial analysis of companies from the meat processing industry for the years 2014 and 2015. The study was conducted using the index of the financial health of PHI Zietlowa. The data used to calculate the are drawn from the pro forma financial statements, which are based on actual data from 2011. The work is an analysis of the financial situation of the company and determines the demand for capital.
DOI: 10.6084/m9.figshare.992651
title: Atomic and Periodic Numbers of the Elements

description: A CSV file containing the atomic and periodic numbers of the elements.
DOI: 10.6084/m9.figshare.992656.v1
title: Refleksje na temat pracy: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie przedsiębiorstwa z branży przetwórstwa mięsnego”

description: Review about working under the title " Use of the assessment of the financial health of the entity to financial planning for example, companies in the meat processing." Assessment covered elements such as content, aesthetics and structure of the report. It also examined the compatibility of interpretations and conclusions.
DOI: 10.6084/m9.figshare.992688.v2
title: FAMES Metagenomes

description: These are the 3 FAMES metagenome files used in the GenomePeek analysis.
DOI: 10.6084/m9.figshare.991852
title: Data for "Mechanistic pathways of mercury removal from the organomercurial lyase active site"

description: GAMESS inputs, complete outputs, converged $VEC groups and basis set files
DOI: 10.6084/m9.figshare.992688.v3
title: FAMES Metagenomes

description: These are the 3 FAMES metagenome files used in the GenomePeek analysis.
DOI: 10.6084/m9.figshare.992651.v1
title: Atomic and Periodic Numbers of the Elements

description: A CSV file containing the atomic and periodic numbers of the elements.
DOI: 10.6084/m9.figshare.992688.v4
title: FAMES Metagenomes

description: This is the sequencing files used in the GenomePeek analysis.
DOI: 10.6084/m9.figshare.991852.v1
title: guppy

description: guppy
DOI: 10.6084/m9.figshare.991852.v2
title: guppy

description: guppy
DOI: 10.6084/m9.figshare.992688.v5
title: GenomePeek Data

description: This is the sequencing files used in the GenomePeek analysis.
DOI: 10.6084/m9.figshare.992688.v7
title: GenomePeek Data

description: These are the sequencing files generated for use in the GenomePeek analysis.
DOI: 10.6084/m9.figshare.991852.v3
title: guppy

description: guppy
DOI: 10.6084/m9.figshare.992688.v6
title: GenomePeek Data

description: These are the sequencing files used in the GenomePeek analysis.
DOI: 10.6084/m9.figshare.991852.v4
title: guppy

description: guppy
DOI: 10.6084/m9.figshare.991852.v5
title: guppy

description: guppy
DOI: 10.6084/m9.figshare.991852.v6
title: guppy

description: guppy
DOI: 10.6084/m9.figshare.991852.v7
title: guppy

description: guppy
DOI: 10.6084/m9.figshare.991465
title: Fingering systems for electronic musical instruments

description: Consider an electronic musical instrument that plays sequences of notes, one at a time, from the Western chromatic scale. The instrument has a set of keys and pressing each combination of keys with the fingers corresponds to a note. In this paper (which includes an online supplement) we consider the question: What mapping from combinations of keys to notes results in an instrument that is optimally easy to play? We operationalize the notion ‘easy to play’ by looking for mappings that (1) require a small number of simple finger movements when playing various common structured sequences of notes (such as scales and arpeggios) as well as samples of melodies from Western music; and (2) are conceptually simple, where the keys are partitioned into two groups so that one group selects the octave and the other group selects the pitch class.
DOI: 10.6084/m9.figshare.991465.v1
title: Fingering systems for electronic musical instruments

description: Consider an electronic musical instrument that plays sequences of notes, one at a time, from the Western chromatic scale. The instrument has a set of keys and pressing each combination of keys with the fingers corresponds to a note. In this paper (which includes an online supplement) we consider the question: What mapping from combinations of keys to notes results in an instrument that is optimally easy to play? We operationalize the notion ‘easy to play’ by looking for mappings that (1) require a small number of simple finger movements when playing various common structured sequences of notes (such as scales and arpeggios) as well as samples of melodies from Western music; and (2) are conceptually simple, where the keys are partitioned into two groups so that one group selects the octave and the other group selects the pitch class.
DOI: 10.6084/m9.figshare.991458
title: Dataset for embodied crop calories in animal products

description: This dataset provides data on crop and animal calories produced, and crop calorie used as livestock feed in 5 min grid for the year 2000 in million kilocalories (10e6 kcal). Ratio between crop calorie used as livestock feed and crop calories produced ("crop balance for livestock"), and crop calorie used as livestock feed and animal calories produced ("embodied crop calories") are provided in percentage. Please refer to Pradhan et al. (2013) for methods regarding how the data are generated. Pradhan, Prajal, Matthias KB Lüdeke, Dominik E. Reusser, and Jürgen P. Kropp. "Embodied crop calories in animal products." Environmental Research Letters 8, no. 4 (2013): 044044. doi:10.1088/1748-9326/8/4/044044
DOI: 10.6084/m9.figshare.991852.v8
title: guppy

description: guppy
DOI: 10.6084/m9.figshare.991465.v2
title: Fingering systems for electronic musical instruments

description: Consider an electronic musical instrument that plays sequences of notes, one at a time, from the Western chromatic scale. The instrument has a set of keys and pressing each combination of keys with the fingers corresponds to a note. In this paper (which includes an online supplement) we consider the question: What mapping from combinations of keys to notes results in an instrument that is optimally easy to play? We operationalize the notion ‘easy to play’ by looking for mappings that (1) require a small number of simple finger movements when playing various common structured sequences of notes (such as scales and arpeggios) as well as samples of melodies from Western music; and (2) are conceptually simple, where the keys are partitioned into two groups so that one group selects the octave and the other group selects the pitch class.
DOI: 10.6084/m9.figshare.991442
title: A Review on Technique in Managing Oil Palm Plantation towards a Digitalized Online 3D Application

description: The oil palm industry has been well known as the backbone in Malaysian agriculture and still maintain as the main commodity exports. The research on oil palm industry has been growing gradually by utilizing various methods and technology to solve the problem in managing oil palm plantation. The aim of this paper is to review the technique in managing oil palm plantation towards a digitalized online 3D application. Various problems and techniques on managing oil palm plantation has been reviewed which involving various technology such as GIS, GPS, DBMS and hyperspectral. It was found that monitoring the characteristic of oil palm plantation is beneficial and important to oil palm planters. The new online 3D application for oil palm plantation management has a potential of assisting oil palm managers in making a decision, visualizing their plantation in online 3D environment, and managing their plantation effectively.
DOI: 10.6084/m9.figshare.991465.v3
title: Fingering systems for electronic musical instruments

description: Consider an electronic musical instrument that plays sequences of notes, one at a time, from the Western chromatic scale. The instrument has a set of keys and pressing each combination of keys with the fingers corresponds to a note. In this paper (which includes an online supplement) we consider the question: What mapping from combinations of keys to notes results in an instrument that is optimally easy to play? We operationalize the notion ‘easy to play’ by looking for mappings that (1) require a small number of simple finger movements when playing various common structured sequences of notes (such as scales and arpeggios) as well as samples of melodies from Western music; and (2) are conceptually simple, where the keys are partitioned into two groups so that one group selects the octave and the other group selects the pitch class.
DOI: 10.6084/m9.figshare.991852.v9
title: guppy

description: guppy
DOI: 10.6084/m9.figshare.991465.v4
title: Fingering systems for electronic musical instruments

description: Consider an electronic musical instrument that plays sequences of notes, one at a time, from the Western chromatic scale. The instrument has a set of keys and pressing each combination of keys with the fingers corresponds to a note. In this paper (which includes an online supplement) we consider the question: What mapping from combinations of keys to notes results in an instrument that is optimally easy to play? We operationalize the notion ‘easy to play’ by looking for mappings that (1) require a small number of simple finger movements when playing various common structured sequences of notes (such as scales and arpeggios) as well as samples of melodies from Western music; and (2) are conceptually simple, where the keys are partitioned into two groups so that one group selects the octave and the other group selects the pitch class.
DOI: 10.6084/m9.figshare.991852.v10
title: guppy

description: output
DOI: 10.6084/m9.figshare.991852.v11
title: guppy

description: output
DOI: 10.6084/m9.figshare.991367
title: Files for: Effects of partitioning on phylogenetic inference

description: Datasets and R-code that was used to analyse and generate the figures for the project
DOI: 10.6084/m9.figshare.991465.v5
title: Fingering systems for electronic musical instruments

description: Consider an electronic musical instrument that plays sequences of notes, one at a time, from the Western chromatic scale. The instrument has a set of keys and pressing each combination of keys with the fingers corresponds to a note. In this paper (which includes an online supplement) we consider the question: What mapping from combinations of keys to notes results in an instrument that is optimally easy to play? We operationalize the notion ‘easy to play’ by looking for mappings that (1) require a small number of simple finger movements when playing various common structured sequences of notes (such as scales and arpeggios) as well as samples of melodies from Western music; and (2) are conceptually simple, where the keys are partitioned into two groups so that one group selects the octave and the other group selects the pitch class.
DOI: 10.6084/m9.figshare.990215
title: Young Star Animations 2014

description: Spatialplot: We're looking at the spatial positions of the members of known nearby young moving groups - the circles are the galactic plane at 25 and 100 parsecs (the lines point to the galactic center and galactic north pole). These moving groups range from well-studied ones like Ursa Major, beta Pictoris, and TW Hydra, to less well known ones like Octans and Carina. What makes these groups particularly difficult to study is that they're incredibly spread out- they cover large regions of space, overlap with each other, and some are all over the sky. You can't simply point a telescope at one region and expect to get all, or even most of the members. These groups are extremely sparse- if you compare them to a sample of all stars within 25 parsecs (even one that's not yet volume-complete; the RECONS 25 pc list has ~2100 star systems where we expect ~6000), you'll notice how thinly spread these groups are. The nearest neighbors of members of the group are not other members of the group. UVWs: This movie shows the UVW spatial VELOCITIES (relative to the Sun) of all the nearby stars that someone has considered as a member of a nearby young moving group. This is in velocity space, so objects that are moving in parallel through space -- regardless of where they are -- should appear as a single point, and co-moving groups of stars should appear as clusterings. <br>The box (from Zuckerman & Song 2004) is where all stars less than 150 Myrs old are supposed to exist, and I can see about four clusters in there. If I turn on the colors, you can see which cluster is which. One is the beta Pictoris moving group, one is AB Doradus, one is Tuc-Hor, and the rest are smushed up into the fourth one. Now, I'm not saying those groups aren't real, I'm just saying you can't identify them with kinematics alone, you need more information. Prior to Hipparcos and its high precision astrometry, everything within the box was blurred together and it was called the "Local Association". After Gaia and its vastly improved precision, we may be able to break these groups up further.
DOI: 10.6084/m9.figshare.991852.v12
title: guppy

description: output
DOI: 10.6084/m9.figshare.991465.v6
title: Fingering systems for electronic musical instruments

description: Consider an electronic musical instrument that plays sequences of notes, one at a time, from the Western chromatic scale. The instrument has a set of keys and pressing each combination of keys with the fingers corresponds to a note. In this paper (which includes an online supplement) we consider the question: What mapping from combinations of keys to notes results in an instrument that is optimally easy to play? We operationalize the notion ‘easy to play’ by looking for mappings that (1) require a small number of simple finger movements when playing various common structured sequences of notes (such as scales and arpeggios) as well as samples of melodies from Western music; and (2) are conceptually simple, where the keys are partitioned into two groups so that one group selects the octave and the other group selects the pitch class.
DOI: 10.6084/m9.figshare.991367.v1
title: Files for: Effects of partitioning on phylogenetic inference

description: Datasets and R-code that was used to analyse and generate the figures for the project
DOI: 10.6084/m9.figshare.991852.v13
title: guppy

description: output
DOI: 10.6084/m9.figshare.990215.v1
title: Young Star Animations 2014

description: Spatialplot: We're looking at the spatial positions of the members of known nearby young moving groups - the circles are the galactic plane at 25 and 100 parsecs (the lines point to the galactic center and galactic north pole). These moving groups range from well-studied ones like Ursa Major, beta Pictoris, and TW Hydra, to less well known ones like Octans and Carina. What makes these groups particularly difficult to study is that they're incredibly spread out- they cover large regions of space, overlap with each other, and some are all over the sky. You can't simply point a telescope at one region and expect to get all, or even most of the members. These groups are extremely sparse- if you compare them to a sample of all stars within 25 parsecs (even one that's not yet volume-complete; the RECONS 25 pc list has ~2100 star systems where we expect ~6000), you'll notice how thinly spread these groups are. The nearest neighbors of members of the group are not other members of the group. UVWs: This movie shows the UVW spatial VELOCITIES (relative to the Sun) of all the nearby stars that someone has considered as a member of a nearby young moving group. This is in velocity space, so objects that are moving in parallel through space -- regardless of where they are -- should appear as a single point, and co-moving groups of stars should appear as clusterings. <br>The box (from Zuckerman & Song 2004) is where all stars less than 150 Myrs old are supposed to exist, and I can see about four clusters in there. If I turn on the colors, you can see which cluster is which. One is the beta Pictoris moving group, one is AB Doradus, one is Tuc-Hor, and the rest are smushed up into the fourth one. Now, I'm not saying those groups aren't real, I'm just saying you can't identify them with kinematics alone, you need more information. Prior to Hipparcos and its high precision astrometry, everything within the box was blurred together and it was called the "Local Association". After Gaia and its vastly improved precision, we may be able to break these groups up further.
DOI: 10.6084/m9.figshare.991465.v7
title: Fingering systems for electronic musical instruments

description: Consider an electronic musical instrument that plays sequences of notes, one at a time, from the Western chromatic scale. The instrument has a set of keys and pressing each combination of keys with the fingers corresponds to a note. In this paper (which includes an online supplement) we consider the question: What mapping from combinations of keys to notes results in an instrument that is optimally easy to play? We operationalize the notion ‘easy to play’ by looking for mappings that (1) require a small number of simple finger movements when playing various common structured sequences of notes (such as scales and arpeggios) as well as samples of melodies from Western music; and (2) are conceptually simple, where the keys are partitioned into two groups so that one group selects the octave and the other group selects the pitch class.
DOI: 10.6084/m9.figshare.991275.v1
title: A baby's first 250 words (time stamped at Twitter)

description: The first 250 words of a child (Mac, Macca, Mackenzie) born 04.01.2012 as tweeted by parent on private twitter account: MacTracker2012. There are 175 tweets shared that are language related from total 500 tweets over that time. Burst in language around Month 25; 50 words, Month 26; 50 words, Month 27; 80 words. Before Month 25; about 70 words. Alphabetial list of words also provided (in comments). Where words mis- or incompletely pronounced, then indicated with square brackets eg [e]gaga for 'egg'. Child said 'gaga', meaning 'egg'. First bracket left off when the start of the word.
DOI: 10.6084/m9.figshare.991367.v2
title: Files for: Effects of partitioning on phylogenetic inference

description: Datasets and R-code that was used to analyse and generate the figures for the project
DOI: 10.6084/m9.figshare.991465.v8
title: Fingering systems for electronic musical instruments

description: Consider an electronic musical instrument that plays sequences of notes, one at a time, from the Western chromatic scale. The instrument has a set of keys and pressing each combination of keys with the fingers corresponds to a note. In this paper (which includes an online supplement) we consider the question: What mapping from combinations of keys to notes results in an instrument that is optimally easy to play? We operationalize the notion ‘easy to play’ by looking for mappings that (1) require a small number of simple finger movements when playing various common structured sequences of notes (such as scales and arpeggios) as well as samples of melodies from Western music; and (2) are conceptually simple, where the keys are partitioned into two groups so that one group selects the octave and the other group selects the pitch class.