cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.2008689.v5
title: Comparing FTTP and FTTN costs for NBN Australia

description: These models (xls, Numbers for Mac OS X, csv) compare the Capital costs (CAPEX), Operating costs (OPEX) and revenue generated for a single household. The aim primarily is to compare the upfront and continuing costs and revenues of a household connected to FTTN (Fibre to the Node) and FTTP (Fibre to the Premises). Original analysis in OSX Numbers (one page), translated into XLS (multi-page), CSV (multi-file). <br>Variables include: (1) CAPEX, (2) annual OPEX, (3) annual revenue, (4) Life of asset.The model also compares FTTP not starting until (5) Year X, where X is supplied by the user. The model also allows (in Numbers) to set yearly period of output e.g. annual, each decade, half-decade etc.<br>V2 Now updated with discounted cash flow and discounted GDP impact in DCF files. 08.01.16<br>V3 Now updated with GDP boost (externality 1%, 2% variable) in DCF_Externality files. 25.01.16.<br>V4 Now included graphical heat map showing assumptions favouring FTTN or FTTP. Blog post 6 describes further. Javascript, in html file added within.<br>The model calculates breakeven; based on CAPEX, OPEX and Revenue. The model calculates yearly Cash balance (net costs and revenues), profit (adding depreciation and subtracting CAPEX), and GDP impact i.e. Revenue, plus costs, plus profit/loss of NBN Operator.<br><br>Current issues with model:- life span of FTTN (est = 10 years; FTTP set conservatively to 25 years)- current Revenue and OPEX figures are assumed annual with no changes over time- FTTN figures after ten years, especially for revenue are not likely to be stable- customer satisfaction for FTTN likely to decline as relative speed compared to FTTP declines, not accounted for- does not account for HFC<br><br>Further description in blog post attached.NBN is the National Broadband Network, a 2007 project to connect all Australians to faster broadband. The 2009 ALP Government proposed connecting 93% to FTTP, while the 2013 Liberal National Coalition proposed connecting 25% of household to FTTN, 25% to FTTP and 40% to HFC. Remainder is wireless and satellite like the ALP proposal. The NBN is expected to complete in 2020 under the Coalition and 2025 under ALP proposals.
DOI: 10.6084/m9.figshare.2008404
title: Parameter fits

description: CSV file containing parameters fit by the antisaccade drift-model.
DOI: 10.6084/m9.figshare.2008689.v6
title: Comparing FTTP and FTTN costs for NBN Australia

description: These models (xls, Numbers for Mac OS X, csv) compare the Capital costs (CAPEX), Operating costs (OPEX) and revenue generated for a single household. The aim primarily is to compare the upfront and continuing costs and revenues of a household connected to FTTN (Fibre to the Node) and FTTP (Fibre to the Premises). Original analysis in OSX Numbers (one page), translated into XLS (multi-page), CSV (multi-file). <br>Variables include: (1) CAPEX, (2) annual OPEX, (3) annual revenue, (4) Life of asset.The model also compares FTTP not starting until (5) Year X, where X is supplied by the user. The model also allows (in Numbers) to set yearly period of output e.g. annual, each decade, half-decade etc.<br>V2 Now updated with discounted cash flow and discounted GDP impact in DCF files. 08.01.16<br>V3 Now updated with GDP boost (externality 1%, 2% variable) in DCF_Externality files. 25.01.16.<br>V4 Now included graphical heat map showing assumptions favouring FTTN or FTTP. Blog post 6 describes further. Javascript, in html file added within.<br>V5 Updated model to include Delta FTTP/FTTN calc as used in Heatmap.<br>The model calculates breakeven; based on CAPEX, OPEX and Revenue. The model calculates yearly Cash balance (net costs and revenues), profit (adding depreciation and subtracting CAPEX), and GDP impact i.e. Revenue, plus costs, plus profit/loss of NBN Operator.<br><br>Current issues with model:- life span of FTTN (est = 10 years; FTTP set conservatively to 25 years)- current Revenue and OPEX figures are assumed annual with no changes over time- FTTN figures after ten years, especially for revenue are not likely to be stable- customer satisfaction for FTTN likely to decline as relative speed compared to FTTP declines, not accounted for- does not account for HFC<br><br>Further description in blog post attached.NBN is the National Broadband Network, a 2007 project to connect all Australians to faster broadband. The 2009 ALP Government proposed connecting 93% to FTTP, while the 2013 Liberal National Coalition proposed connecting 25% of household to FTTN, 25% to FTTP and 40% to HFC. Remainder is wireless and satellite like the ALP proposal. The NBN is expected to complete in 2020 under the Coalition and 2025 under ALP proposals.
DOI: 10.6084/m9.figshare.2008689.v7
title: Comparing FTTP and FTTN costs for NBN Australia

description: These models (xls, Numbers for Mac OS X, csv) compare the Capital costs (CAPEX), Operating costs (OPEX) and revenue generated for a single household. The aim primarily is to compare the upfront and continuing costs and revenues of a household connected to FTTN (Fibre to the Node) and FTTP (Fibre to the Premises). Original analysis in OSX Numbers (one page), translated into XLS (multi-page), CSV (multi-file). <br>Variables include: (1) CAPEX, (2) annual OPEX, (3) annual revenue, (4) Life of asset.The model also compares FTTP not starting until (5) Year X, where X is supplied by the user. The model also allows (in Numbers) to set yearly period of output e.g. annual, each decade, half-decade etc.<br>V2 Now updated with discounted cash flow and discounted GDP impact in DCF files. 08.01.16<br>V3 Now updated with GDP boost (externality 1%, 2% variable) in DCF_Externality files. 25.01.16.<br>V4 Now included graphical heat map showing assumptions favouring FTTN or FTTP. Blog post 6 describes further. Javascript, in html file added within.<br>V5 Updated model to include Delta FTTP/FTTN calc as used in Heatmap.<br>V6 Added heat map image, so shows up in preview.<br>The model calculates breakeven; based on CAPEX, OPEX and Revenue. The model calculates yearly Cash balance (net costs and revenues), profit (adding depreciation and subtracting CAPEX), and GDP impact i.e. Revenue, plus costs, plus profit/loss of NBN Operator.<br><br>Current issues with model:- life span of FTTN (est = 10 years; FTTP set conservatively to 25 years)- current Revenue and OPEX figures are assumed annual with no changes over time- FTTN figures after ten years, especially for revenue are not likely to be stable- customer satisfaction for FTTN likely to decline as relative speed compared to FTTP declines, not accounted for- does not account for HFC<br><br>Further description in blog post attached.NBN is the National Broadband Network, a 2007 project to connect all Australians to faster broadband. The 2009 ALP Government proposed connecting 93% to FTTP, while the 2013 Liberal National Coalition proposed connecting 25% of household to FTTN, 25% to FTTP and 40% to HFC. Remainder is wireless and satellite like the ALP proposal. The NBN is expected to complete in 2020 under the Coalition and 2025 under ALP proposals.
DOI: 10.6084/m9.figshare.2008362
title: Archosaur footprints (cf. <i>Brachychirotherium</i>) with unusual morphology from the Upper Triassic Fleming Fjord Formation (Norian–Rhaetian) of East Greenland

description: Three-dimensional models of the cf. <i>Brachychirotherium</i> pes–manus set (from MGUH 31233b) from the Upper Triassic Fleming Fjord Formation (Norian–Rhaetian) of East Greenland as a ply file (3D models created by Oliver Wings; photographs taken by Jesper Milàn
DOI: 10.6084/m9.figshare.2008359
title: Combining the Mg/Ca of the ostracod <i>Cyprideis torosa</i> with its ontogenic development for reconstructing a 28 kyr temperature record for Lake Banyoles (NE Spain)

description: Observational and chemical analysis data for <i>Cyprideis torosa</i> valves from the La Draga sequence.
DOI: 10.6084/m9.figshare.2008326
title: Mauremys reevesii

description: Raw data of <i>Mauremys reevesii</i> transcriptome
DOI: 10.6084/m9.figshare.2008359.v1
title: Combining the Mg/Ca of the ostracod <i>Cyprideis torosa</i> with its ontogenic development for reconstructing a 28 kyr temperature record for Lake Banyoles (NE Spain)

description: Observational and chemical analysis data for <i>Cyprideis torosa</i> valves from the La Draga sequence.
DOI: 10.6084/m9.figshare.2008293
title: DATA: transient anthropogenic edges effects

description: This data accompanies the article <b>"</b><b>Dynamic anthropogenic edge effects on the distribution and diversity of fungi in fragmented old-growth forests"</b>accepted for publication in Ecological Applications. Authors:Alejandro Ruete, Tord Snäll, Mari Jönsson<br>The data was collected under monitoring programs performed by Gävleborg and Dalarna County administrations, and is shared with their consent.We are grateful to Olle Kellner and Urban Gunnarsson at Gävleborg and Dalarna County Administrative Board, respectively, for their help in providing monitoring data, selecting the study sites and contacting landowners.
DOI: 10.6084/m9.figshare.2008362.v1
title: Archosaur footprints (cf. <i>Brachychirotherium</i>) with unusual morphology from the Upper Triassic Fleming Fjord Formation (Norian–Rhaetian) of East Greenland

description: Three-dimensional models of the cf. <i>Brachychirotherium</i> pes–manus set (from MGUH 31233b) from the Upper Triassic Fleming Fjord Formation (Norian–Rhaetian) of East Greenland as a ply file (3D models created by Oliver Wings; photographs taken by Jesper Milàn
DOI: 10.6084/m9.figshare.2008293.v1
title: DATA: transient anthropogenic edges effects

description: This data accompanies the article <b>"</b><b>Dynamic anthropogenic edge effects on the distribution and diversity of fungi in fragmented old-growth forests"</b>accepted for publication in Ecological Applications. Authors:Alejandro Ruete, Tord Snäll, Mari Jönsson<br>The data was collected under monitoring programs performed by Gävleborg and Dalarna County administrations, and is shared with their consent.We are grateful to Olle Kellner and Urban Gunnarsson at Gävleborg and Dalarna County Administrative Board, respectively, for their help in providing monitoring data, selecting the study sites and contacting landowners.
DOI: 10.6084/m9.figshare.2008266
title: Dataset for Obesity and the Risk of Sepsis, a nation-wide inpatient study

description: The Nationwide Inpatient Sample (NIS) is part of the Healthcare Cost and Utilization Project (HCUP), sponsored by the Agency for Healthcare Research and Quality (AHRQ), formerly the Agency for Health Care Policy and Research (“HCUP-US NIS Overview”). Data are collected annually and made publicly available 2 years afterward. The NIS 2011 dataset was released in June 2013.Since modelling with multi-level survey data was complex, we could only use 10% random subsample which accounted for 673,727 hospital discharges
DOI: 10.6084/m9.figshare.2008326.v1
title: Mauremys reevesii

description: Raw data of Mauremys reevesii transcriptome
DOI: 10.6084/m9.figshare.2008266.v1
title: Dataset for Obesity and the Risk of Sepsis, a nation-wide inpatient study

description: The Nationwide Inpatient Sample (NIS) is part of the Healthcare Cost and Utilization Project (HCUP), sponsored by the Agency for Healthcare Research and Quality (AHRQ), formerly the Agency for Health Care Policy and Research (“HCUP-US NIS Overview”). Data are collected annually and made publicly available 2 years afterward. The NIS 2011 dataset was released in June 2013.Since modelling with multi-level survey data was complex, we could only use 10% random subsample which accounted for 673,727 hospital discharges
DOI: 10.6084/m9.figshare.2008251
title: Grey matter images

description: <b>swarate_GM_44.nii.gz:</b> Smoothed, normalized grey matter atrophy rate (per year) images. Order is indicated in the GM_order.diff.and.avg column. <b>swavg_GM_44.nii.gz:</b> Smoothed, normalized average grey matter volume (average of Y0 and Y1). Order is indicated in the GM_order.diff.and.avg column.
DOI: 10.6084/m9.figshare.2008326.v3
title: Mauremys reevesii

description: Raw data of <i>Mauremys reevesii</i> transcriptome
DOI: 10.6084/m9.figshare.2008251.v1
title: Grey matter images

description: <b>swarate_GM_44.nii.gz:</b> Smoothed, normalized grey matter atrophy rate (per year) images. Order is indicated in the GM_order.diff.and.avg column. <b>swavg_GM_44.nii.gz:</b> Smoothed, normalized average grey matter volume (average of Y0 and Y1). Order is indicated in the GM_order.diff.and.avg column.
DOI: 10.6084/m9.figshare.2008233
title: Diffusion Tensor Imaging derived images

description: <b>Diffusion tensor imaging (DTI):</b> <b>all_FA_diff_skeletonised_46.nii.gz:</b> A white matter skeleton produced via TBSS, with values representing the difference in FA values between Y1 and Y0 (diff=Y0-Y1). Order is indicated in ‘Melzer_FU1year_PLOS.csv’ in the TBSS_order.diff.and.avg column. <b>all_FA_mean_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are the average FA values across Y0 and Y1. Order is indicated by TBSS_order.diff.and.avg column. <b>all_MD_diff_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are MD differences between Y1 and Y0 (diff=Y0-Y1). Order is indicated by TBSS_order.diff.and.avg column. <b>all_MD_mean_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are the average MD values across Y0 and Y1. Order is indicated by TBSS_order.diff.and.avg column. <b>demeaned_all_FA_base_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are mean-centered FA values at Y0 (the mean at each voxel is 0). Order is indicated by TBSS_order.diff.and.avg column. <b>demeaned_all_MD_base_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are mean-centered MD values at Y0 (the mean at each voxel across the sample is 0). Order is indicated by TBSS_order.diff.and.avg column.<b>mean_FA_skeleton_mask_erode.nii.gz</b>: White matter skeleton mask.
DOI: 10.6084/m9.figshare.2008239
title: Cerebral perfusion images

description: <b>Cerebral blood flow (CBF):</b> <b>demeaned_swecqCBF_43_base_part1.nii.gz:</b> Smoothed, normalized CBF image at Y0, which has been mean-centred (the mean at each voxel across the sample is 0). As file size was limited, this is the first part, representing the first 21 subjects. Order is indicated by the ASL_order_avg.part1 column. <b>demeaned_swecqCBF_43_base_part2.nii.gz:</b> As above, but for the 22 remaining subjects. Order is indicated by the ASL_order_avg.part2 column. <b>savg_wecqCBF_43_part1.nii.gz:</b> Smoothed, normalized average CBF images for each participant (average of Y0 and Y1). Again for file size restriction, this file holds data for the first 21 participants. Order is indicated by the ASL_order_avg.part1 column. <b>savg_wecqCBF_43_part2.nii.gz:</b> As above, but for the 22 remaining subjects. Order is indicated by the ASL_order_avg.part1 column. <b>sdiff_wecqCBF_43.nii.gz:</b> Difference in smoothed, normalized CBF between the two timepoints (diff=Y0-Y1). Order is indicated by the ASL_order.diff column.<b>GM_mask.nii:</b> Study specific grey matter mask.
DOI: 10.6084/m9.figshare.2008326.v2
title: Mauremys reevesii

description: Raw data of Mauremys reevesii transcriptome
DOI: 10.6084/m9.figshare.2008233.v1
title: Diffusion Tensor Imaging derived images

description: <b>Diffusion tensor imaging (DTI):</b> <b>all_FA_diff_skeletonised_46.nii.gz:</b> A white matter skeleton produced via TBSS, with values representing the difference in FA values between Y1 and Y0 (diff=Y0-Y1). Order is indicated in ‘Melzer_FU1year_PLOS.csv’ in the TBSS_order.diff.and.avg column. <b>all_FA_mean_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are the average FA values across Y0 and Y1. Order is indicated by TBSS_order.diff.and.avg column. <b>all_MD_diff_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are MD differences between Y1 and Y0 (diff=Y0-Y1). Order is indicated by TBSS_order.diff.and.avg column. <b>all_MD_mean_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are the average MD values across Y0 and Y1. Order is indicated by TBSS_order.diff.and.avg column. <b>demeaned_all_FA_base_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are mean-centered FA values at Y0 (the mean at each voxel is 0). Order is indicated by TBSS_order.diff.and.avg column. <b>demeaned_all_MD_base_skeletonised_46.nii.gz:</b> As above, but values within the skeleton are mean-centered MD values at Y0 (the mean at each voxel across the sample is 0). Order is indicated by TBSS_order.diff.and.avg column.<b>mean_FA_skeleton_mask_erode.nii.gz</b>: White matter skeleton mask.
DOI: 10.6084/m9.figshare.2008227
title: Cerebral perfusion images (smoothed, normalized average and difference images, also mean-centered baseline perfusion images).

description: <b>demeaned_swecqCBF_43_base_part1.nii.gz:</b> Smoothed, normalized CBF image at Y0, which has been mean-centred (the mean at each voxel across the sample is 0). As file size was limited, this is the first part, representing the first 21 subjects. Order is indicated by the ASL_order_avg.part1 column. <b>demeaned_swecqCBF_43_base_part2.nii.gz:</b> As above, but for the 22 remaining subjects. Order is indicated by the ASL_order_avg.part2 column. <b>savg_wecqCBF_43_part1.nii.gz:</b> Smoothed, normalized average CBF images for each participant (average of Y0 and Y1). Again for file size restriction, this file holds data for the first 21 participants. Order is indicated by the ASL_order_avg.part1 column. <b>savg_wecqCBF_43_part2.nii.gz:</b> As above, but for the 22 remaining subjects. Order is indicated by the ASL_order_avg.part1 column. <b>sdiff_wecqCBF_43.nii.gz:</b> Difference in smoothed, normalized CBF between the two timepoints (diff=Y0-Y1). Order is indicated by the ASL_order.diff column. <br>
DOI: 10.6084/m9.figshare.2008227.v1
title: Cerebral perfusion images (smoothed, normalized average and difference images, also mean-centerd baseline perfusion images).

description: <b>demeaned_swecqCBF_43_base_part1.nii.gz:</b> Smoothed, normalized CBF image at Y0, which has been mean-centred (the mean at each voxel across the sample is 0). As file size was limited, this is the first part, representing the first 21 subjects. Order is indicated by the ASL_order_avg.part1 column. <b>demeaned_swecqCBF_43_base_part2.nii.gz:</b> As above, but for the 22 remaining subjects. Order is indicated by the ASL_order_avg.part2 column. <b>savg_wecqCBF_43_part1.nii.gz:</b> Smoothed, normalized average CBF images for each participant (average of Y0 and Y1). Again for file size restriction, this file holds data for the first 21 participants. Order is indicated by the ASL_order_avg.part1 column. <b>savg_wecqCBF_43_part2.nii.gz:</b> As above, but for the 22 remaining subjects. Order is indicated by the ASL_order_avg.part1 column. <b>sdiff_wecqCBF_43.nii.gz:</b> Difference in smoothed, normalized CBF between the two timepoints (diff=Y0-Y1). Order is indicated by the ASL_order.diff column. <br>
DOI: 10.6084/m9.figshare.2008197
title: Semantic representations of phenotypes in Manchester syntax format of Dvivarnus (Talamas et al. in prep).

description: Semantic representations of phenotypes in Manchester syntax format of the taxonomic treatment of World Dvivarnus (Hymenoptera: Platygastroidea: Teleasinae) from Talamas et al. in prep.
DOI: 10.6084/m9.figshare.2008203
title: Semantic representations of phenotypes in Manchester syntax format of Dvivarnus (Talamas et al. in prep).

description: Semantic representations of phenotypes in Manchester syntax format of the taxonomic treatment of World Dvivarnus (Hymenoptera: Platygastroidea: Teleasinae) from Talamas et al. in prep.
DOI: 10.6084/m9.figshare.2008197.v1
title: Semantic representations of phenotypes in Manchester syntax format of Dvivarnus (Talamas et al. in prep).

description: Semantic representations of phenotypes in Manchester syntax format of the taxonomic treatment of World Dvivarnus (Hymenoptera: Platygastroidea: Teleasinae) from Talamas et al. in prep.
DOI: 10.6084/m9.figshare.2008203.v1
title: Semantic representations of phenotypes in Manchester syntax format of Dvivarnus (Talamas et al. in prep).

description: Semantic representations of phenotypes in Manchester syntax format of the taxonomic treatment of World Dvivarnus (Hymenoptera: Platygastroidea: Teleasinae) from Talamas et al. in prep.
DOI: 10.6084/m9.figshare.2008080
title: My Awesome research

description: zoon workflow
DOI: 10.6084/m9.figshare.2008062
title: Diversity and ecology of green microalgae in marine systems: an overview based on 18S rRNA sequences.Perspectives in Phycology. Supplementary material Data S1 fasta and taxo files. DOI: 10.1127/pip/2016/0059

description: <b>1 and 2. Data S1</b>. Fasta and taxo files of annoted Chlorophyta GenBank sequences. Two files containing sequences in fasta format and their annotated taxonomy. These files can be used to assign metabarcoding data using software such as mothur or Qiime.<br><br><i>all files:</i> <i>https://figshare.com/articles/Diversity_and_ecology_of_green_microalgae_in_marine_systems_an_overview_based_on_18S_rRNA_sequences_Perspectives_in_Phycology_Supplementary_material_/3492506</i><br>
DOI: 10.6084/m9.figshare.2008071
title: Diversity and ecology of green microalgae in marine systems: an overview based on 18S rRNA sequences.Perspectives in Phycology. Supplementary material Data S2. DOI: 10.1127/pip/2016/0059

description: <b>3. Data S2</b>. Chlorophyta sequences metadata.<br><br><i>all files:</i> <i>https://figshare.com/articles/Diversity_and_ecology_of_green_microalgae_in_marine_systems_an_overview_based_on_18S_rRNA_sequences_Perspectives_in_Phycology_Supplementary_material_/3492506</i><br><br>
DOI: 10.6084/m9.figshare.2008074
title: Diversity and ecology of green microalgae in marine systems: an overview based on 18S rRNA sequences.Perspectives in Phycology. Supplementary material Data S3. DOI: 10.1127/pip/2016/0059

description: <b>4. Data S3</b>. Fasta file of the reference MAFFT alignment for the phylogenetic tree (Fig.1). 132 rRNA 18S reference sequences (Supplementary Table S1) provide a length alignment of 1752 bp. Alignment was stripped at 50% (columns of the alignment counting more than 50% gaps were deleted).<br><br><i>all files:</i> <i>https://figshare.com/articles/Diversity_and_ecology_of_green_microalgae_in_marine_systems_an_overview_based_on_18S_rRNA_sequences_Perspectives_in_Phycology_Supplementary_material_/3492506</i><br><br>
DOI: 10.6084/m9.figshare.2008071.v1
title: Diversity and ecology of green microalgae in marine systems: an overview based on 18S rRNA sequences.Perspectives in Phycology. Supplementary material Data S2. DOI: 10.1127/pip/2016/0059

description: <b>3. Data S2</b>. Chlorophyta sequences metadata.<br><br><i>all files:</i> <i>https://figshare.com/articles/Diversity_and_ecology_of_green_microalgae_in_marine_systems_an_overview_based_on_18S_rRNA_sequences_Perspectives_in_Phycology_Supplementary_material_/3492506</i><br><br>
DOI: 10.6084/m9.figshare.2008062.v1
title: Diversity and ecology of green microalgae in marine systems: an overview based on 18S rRNA sequences.Perspectives in Phycology. Supplementary material Data S1 fasta and taxo files. DOI: 10.1127/pip/2016/0059

description: <b>1 and 2. Data S1</b>. Fasta and taxo files of annoted Chlorophyta GenBank sequences. Two files containing sequences in fasta format and their annotated taxonomy. These files can be used to assign metabarcoding data using software such as mothur or Qiime.<br><br><i>all files:</i> <i>https://figshare.com/articles/Diversity_and_ecology_of_green_microalgae_in_marine_systems_an_overview_based_on_18S_rRNA_sequences_Perspectives_in_Phycology_Supplementary_material_/3492506</i><br>
DOI: 10.6084/m9.figshare.2008080.v1
title: My Awesome research

description: zoon workflow