cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.4121/20005565
title: Supplementary data for the paper ‘Stopping by looking: A driver-pedestrian interaction study in a coupled simulator using head-mounted displays with eye-tracking'

description: Automated vehicles (AVs) can perform low-level control tasks but are not always capable of proper decision-making. This paper presents a concept of eye-based maneuver control for AV-pedestrian interaction. Previously, it was unknown whether the AV should conduct a stopping maneuver when the driver looks at the pedestrian or looks away from the pedestrian. A two-agent experiment was conducted using two head-mounted displays with integrated eye-tracking. Seventeen pairs of participants (pedestrian and driver) each interacted in a road crossing scenario. The pedestrians’ task was to hold a button when they felt safe to cross the road, and the drivers’ task was to direct their gaze according to instructions. Participants completed three 16-trial blocks: (1) Baseline, in which the AV was pre-programmed to yield or not yield, (2) Look to Yield (LTY) in which the AV yielded when the driver looked at the pedestrian, and (3) Look Away to Yield (LATY) in which the AV yielded when the driver did not look at the pedestrian. The driver’s eye movements in the LTY and LATY conditions were visualized using a virtual light beam. A performance score was computed based on whether the pedestrian held the button when the AV yielded and released the button when the AV did not yield. Furthermore, the pedestrians’ and drivers’ acceptance of the mappings was measured through a questionnaire. The results showed that the LTY and LATY mappings yielded better crossing performance than Baseline. Furthermore, the LTY condition was best accepted by drivers and pedestrians. Eye-tracking analyses indicated that the LTY and LATY mappings attracted the pedestrian’s attention, but pedestrians adequately distributed their attention between the AV and a second vehicle approaching from the other direction. In conclusion, LTY control may be a promising means of AV control at intersections before full automation is technologically feasible.
DOI: 10.4121/19519210.v1
title: EDoM measurement campaign: data from bottom mounts

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. In order to capture the contrasting conditions resulting from river discharge variability, two measurement campaigns were defined: one in August 2018 (local summer with relatively low river discharge) and one in January 2019 (beginning of the wet winter conditions). The collected dataset comprises (per campaign) of 10 observation locations measuring for at least one spring-neap tidal cycle (2 RWS frames RS, 5 bottom mounts BM, and 3 mooring chains MC) 8 simultaneous 13-hrs observations (including fixed stations SB, cross-channel transects CS, and one longitudinal transect). More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).<br>
DOI: 10.4121/19519210
title: EDoM measurement campaign: data from bottom mounts

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. In order to capture the contrasting conditions resulting from river discharge variability, two measurement campaigns were defined: one in August 2018 (local summer with relatively low river discharge) and one in January 2019 (beginning of the wet winter conditions). The collected dataset comprises (per campaign) of 10 observation locations measuring for at least one spring-neap tidal cycle (2 RWS frames RS, 5 bottom mounts BM, and 3 mooring chains MC) 8 simultaneous 13-hrs observations (including fixed stations SB, cross-channel transects CS, and one longitudinal transect). More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).<br>
DOI: 10.4121/19519291.v1
title: EDoM measurement campaign: data from stationary boats

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. In order to capture the contrasting conditions resulting from river discharge variability, two measurement campaigns were defined: one in August 2018 (local summer with relatively low river discharge) and one in January 2019 (beginning of the wet winter conditions). The collected dataset comprises (per campaign) of 10 observation locations measuring for at least one spring-neap tidal cycle (2 RWS frames RS, 5 bottom mounts BM, and 3 mooring chains MC) 8 simultaneous 13-hrs observations (including fixed stations SB, cross-channel transects CS, and one longitudinal transect). More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).
DOI: 10.4121/19519291
title: EDoM measurement campaign: data from stationary boats

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. In order to capture the contrasting conditions resulting from river discharge variability, two measurement campaigns were defined: one in August 2018 (local summer with relatively low river discharge) and one in January 2019 (beginning of the wet winter conditions). The collected dataset comprises (per campaign) of 10 observation locations measuring for at least one spring-neap tidal cycle (2 RWS frames RS, 5 bottom mounts BM, and 3 mooring chains MC) 8 simultaneous 13-hrs observations (including fixed stations SB, cross-channel transects CS, and one longitudinal transect). More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).
DOI: 10.4121/19519552.v1
title: EDoM measurement campaign: data from RWS frames

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. In order to capture the contrasting conditions resulting from river discharge variability, two measurement campaigns were defined: one in August 2018 (local summer with relatively low river discharge) and one in January 2019 (beginning of the wet winter conditions). The collected dataset comprises (per campaign) of 10 observation locations measuring for at least one spring-neap tidal cycle (2 RWS frames RS, 5 bottom mounts BM, and 3 mooring chains MC) 8 simultaneous 13-hrs observations (including fixed stations SB, cross-channel transects CS, and one longitudinal transect). More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).
DOI: 10.4121/19519552
title: EDoM measurement campaign: data from RWS frames

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. In order to capture the contrasting conditions resulting from river discharge variability, two measurement campaigns were defined: one in August 2018 (local summer with relatively low river discharge) and one in January 2019 (beginning of the wet winter conditions). The collected dataset comprises (per campaign) of 10 observation locations measuring for at least one spring-neap tidal cycle (2 RWS frames RS, 5 bottom mounts BM, and 3 mooring chains MC) 8 simultaneous 13-hrs observations (including fixed stations SB, cross-channel transects CS, and one longitudinal transect). More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).
DOI: 10.4121/19519609.v1
title: EDoM measurement campaign: data from Mooring Chains

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. In order to capture the contrasting conditions resulting from river discharge variability, two measurement campaigns were defined: one in August 2018 (local summer with relatively low river discharge) and one in January 2019 (beginning of the wet winter conditions). The collected dataset comprises (per campaign) of 10 observation locations measuring for at least one spring-neap tidal cycle (2 RWS frames RS, 5 bottom mounts BM, and 3 mooring chains MC) 8 simultaneous 13-hrs observations (including fixed stations SB, cross-channel transects CS, and one longitudinal transect). More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).
DOI: 10.4121/19519609
title: EDoM measurement campaign: data from Mooring Chains

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. In order to capture the contrasting conditions resulting from river discharge variability, two measurement campaigns were defined: one in August 2018 (local summer with relatively low river discharge) and one in January 2019 (beginning of the wet winter conditions). The collected dataset comprises (per campaign) of 10 observation locations measuring for at least one spring-neap tidal cycle (2 RWS frames RS, 5 bottom mounts BM, and 3 mooring chains MC) 8 simultaneous 13-hrs observations (including fixed stations SB, cross-channel transects CS, and one longitudinal transect). More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).
DOI: 10.4121/19519618.v1
title: EDoM measurement campaign: data from long-term monitoring

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. This dataset provides background information from continuous monitoring: discharge at Versen (PM_Versen_Q.nc), offshore waveheight (PM_Randzelgat_noord_hs.nc), and waterlevels, salilnity, and SSC measures at Terborg, Pogum, MP1, Knock, Gandersum, and Emspier. More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).
DOI: 10.4121/19519618
title: EDoM measurement campaign: data from long-term monitoring

description: In 2018 and 2019 field surveys were conducted to better understand water and sediment exchamge mechanisms between the lower Ems River and the outer Ems estuary. This dataset provides background information from continuous monitoring: discharge at Versen (PM_Versen_Q.nc), offshore waveheight (PM_Randzelgat_noord_hs.nc), and waterlevels, salilnity, and SSC measures at Terborg, Pogum, MP1, Knock, Gandersum, and Emspier. More detailed description of the data is provided in the accompanying report (report-EDoM-v2.0.pdf).
DOI: 10.4121/19447199
title: Floating litter in the Dutch Rhine-Meuse delta 2021

description: We measured floating plastic and other anthropogenic litter at 26 measurement locations distributed across the Dutch reaches of the Rhine (IJssel, Waal, Nederrijn) and Meuse rivers (see Figure 1) between 28 January and 7 December, 2021. The Rhine enters the Netherlands from Germany at Spijk, and splits into the main Waal, IJssel and Nederrijn. The Waal is the main branch, and joins the Nederrijn-Lek branch at Rotterdam before flowing into the North Sea. The IJssel flows into Lake IJssel at Kampen. The Meuse enters the Netherlands from Belgium at Eijsden, and discharging into the tidal Hollands Diep estuary. Here, the Meuse is joined by a Rhine distributary before reaching the North Sea.<br>Floating macroplastic and macrolitter (&gt;0.5 cm) were measured using the visual counting method, for which all items floating at the surface are counted from bridges. Only bridges that are safe and legally accessible, e.g. presence of pedestrian or bicycle paths, were selected. At each location, three to twelve observation points were selected, depending on the river width. The majority of the locations had five or six points (23 out of 26), two locations had three points, and only the downstream Meuse location had twelve points. For a measurement, all visible floating items were counted within a predefined observation track. The minimum observable item size depends on the bridge height (8-20 m), but was estimated to be at least 2.5 cm for all locations. Note that the width of the observation tracks depends on the field of view and the height above the water, and there varied between bridges and between points on the same bridge (12-34 m). The observation track width was quantified by selecting a reference object (e.g. bridge column, buoy, orange peels) and measuring the distance to the observation point. The sum of the observation track widths per bridge covered between 25% and 85% of the total river width. On each measurement day each point was measured four times for a five-minute period.
DOI: 10.4121/20089133.v1
title: Coherent radar observations of a highway: Datasets for radar practicum in signal processing

description: 25 datasets of the A13 highway observations using the TU Delft PARSAX S-band coherent radar, which can be used for radar practicum in BSc/MSc education. Every dataset archived using the ZIP-archiver and includes: the MATLAB mat file with the array of complex radar signals within range-slow time coordinates; the similar MATLAB mat file with the array of complex radar signals within range-slow time coordinates with noise-only measurements (without signal transmission); the video file from the collocated with the radar video camera, which is more-less synchronized with the radar observations. More details about the measurements, data access and processing in the MATLAB can be found at the file "Krasnov - Radar practicum - Doppler processing.pdf". The geo-location of the measurements can be found in the Google Earth file "PARSAX measurements of the highway.kml" If you will use this data for the scientific publications, we would appreciate it if you cite not only this data but also the paper with the description of the PARSAX radar: O. A. Krasnov, L. P. Ligthart, Zhijian Li, P. Lys and F. van der Zwan, "The PARSAX - full polarimetric FMCW radar with dual-orthogonal signals," <em>2008 European Radar Conference</em>, 2008, pp. 84-87 (see the web-link below). <br>
DOI: 10.4121/20089133
title: Coherent radar observations of a highway: Datasets for radar practicum in signal processing

description: 25 datasets of the A13 highway observations using the TU Delft PARSAX S-band coherent radar, which can be used for radar practicum in BSc/MSc education. Every dataset archived using the ZIP-archiver and includes: the MATLAB mat file with the array of complex radar signals within range-slow time coordinates; the similar MATLAB mat file with the array of complex radar signals within range-slow time coordinates with noise-only measurements (without signal transmission); the video file from the collocated with the radar video camera, which is more-less synchronized with the radar observations. More details about the measurements, data access and processing in the MATLAB can be found at the file "Krasnov - Radar practicum - Doppler processing.pdf". The geo-location of the measurements can be found in the Google Earth file "PARSAX measurements of the highway.kml" If you will use this data for the scientific publications, we would appreciate it if you cite not only this data but also the paper with the description of the PARSAX radar: O. A. Krasnov, L. P. Ligthart, Zhijian Li, P. Lys and F. van der Zwan, "The PARSAX - full polarimetric FMCW radar with dual-orthogonal signals," <em>2008 European Radar Conference</em>, 2008, pp. 84-87 (see the web-link below). <br>
DOI: 10.4121/19746748.v1
title: Replication data for: Requirements for a processing-node quantum repeater on a real-world fiber grid

description: This is the data corresponding to the publication "Requirements for a processing-node quantum repeater on a real-world fiber grid". It contains the raw data resulting from all the optimization runs performed (see publication for details), from parameter scans and scripts used to generate plots.
DOI: 10.4121/19746748
title: Replication data for: Requirements for a processing-node quantum repeater on a real-world fiber grid

description: This is the data corresponding to the publication "Requirements for a processing-node quantum repeater on a real-world fiber grid". It contains the raw data resulting from all the optimization runs performed (see publication for details), from parameter scans and scripts used to generate plots.
DOI: 10.4121/20085560.v1
title: Data underlying the master thesis: Enhancing Open Research Data Sharing and Reuse via Infrastructural and Institutional Instruments: a Case Study in Epidemiology

description: This codebook was used to analyze the interview data (from 11 interviews) in the master thesis project titled "<em>Enhancing Open Research Data Sharing and Reuse via Infrastructural and Institutional Instruments: a Case Study in Epidemiology</em>" which is openly available on TU Delft Education Repository.
DOI: 10.4121/20085560
title: Data underlying the master thesis: Enhancing Open Research Data Sharing and Reuse via Infrastructural and Institutional Instruments: a Case Study in Epidemiology

description: This codebook was used to analyze the interview data (from 11 interviews) in the master thesis project titled "<em>Enhancing Open Research Data Sharing and Reuse via Infrastructural and Institutional Instruments: a Case Study in Epidemiology</em>" which is openly available on TU Delft Education Repository.
DOI: 10.4121/19354607.v1
title: A dataset for non-reflecting boundary conditions in the context of the discontinuous Galerkin method

description: This is a dataset for computational work investigating non-reflecting boundary conditions (NRBCs). The framework used is based on a high-order nodal discontinuous Galerkin method. The flow is described by the two-dimensional non-linear Euler equations. <br><br>The data explores the efficacy of different NRBCs, mainly: perfectly matched layers (PML), sponge layers, supersonic layers, Riemann-extrapolation methods and a new polynomial-correction (PC-)Navier-Stokes charactestic boudnary condition (NSCBC) approach. Additionally, hybrid methods also are used, by combining some of these methods together (refer to folder name). <br><br>Finally, the configuration file for generating each of these datasets is included, per folder.<br>
DOI: 10.4121/19354607.v2
title: A dataset for non-reflecting boundary conditions in the context of the discontinuous Galerkin method

description: This is a dataset for computational work investigating non-reflecting boundary conditions (NRBCs). The framework used is based on a high-order nodal discontinuous Galerkin method. The flow is described by the two-dimensional non-linear Euler equations. <br><br>The data explores the efficacy of different NRBCs, mainly: perfectly matched layers (PML), sponge layers, supersonic layers, Riemann-extrapolation methods and a new polynomial-correction (PC-)Navier-Stokes charactestic boudnary condition (NSCBC) approach. Additionally, hybrid methods also are used, by combining some of these methods together (refer to folder name). <br><br>Finally, the configuration file for generating each of these datasets is included, per folder.<br>
DOI: 10.4121/19354607
title: A dataset for non-reflecting boundary conditions in the context of the discontinuous Galerkin method

description: This is a dataset for computational work investigating non-reflecting boundary conditions (NRBCs). The framework used is based on a high-order nodal discontinuous Galerkin method. The flow is described by the two-dimensional non-linear Euler equations. <br><br>The data explores the efficacy of different NRBCs, mainly: perfectly matched layers (PML), sponge layers, supersonic layers, Riemann-extrapolation methods and a new polynomial-correction (PC-)Navier-Stokes charactestic boudnary condition (NSCBC) approach. Additionally, hybrid methods also are used, by combining some of these methods together (refer to folder name). <br><br>Finally, the configuration file for generating each of these datasets is included, per folder.<br>
DOI: 10.4121/17166974.v1
title: Data presented in the paper: "Strain-rate based arclength model for nonlinear microscale analysis of unidirectional composites under off-axis loading"

description: Tex files containing data used for plots in the paper.<br>
DOI: 10.4121/17166974.v2
title: Data presented in the paper: "Strain-rate based arclength model for nonlinear microscale analysis of unidirectional composites under off-axis loading"

description: Tex files containing data used for plots in the paper.<br>
DOI: 10.4121/17166974.v3
title: Data presented in the paper: "Strain-rate based arclength model for nonlinear microscale analysis of unidirectional composites under off-axis loading"

description: Tex files containing data used for plots in the paper.<br>
DOI: 10.4121/17166974
title: Data presented in the paper: "Strain-rate based arclength model for nonlinear microscale analysis of unidirectional composites under off-axis loading"

description: Tex files containing data used for plots in the paper.<br>
DOI: 10.4121/20071877.v1
title: Data underlying the research on variations of carbon flux at different time scales in a semi-fixed sandy land ecosystem in Horqin Sandy Land, China

description: The data mainly including environment factors, such as net radiation, soil heat flux at the depth of 5 and 10 cm, air temperature, soil temperature, soil water content at the depth of 10, 20, 30, 40 and 50 cm, precipitation, and the carbon flux data.
DOI: 10.4121/20071877
title: Data underlying the research on variations of carbon flux at different time scales in a semi-fixed sandy land ecosystem in Horqin Sandy Land, China

description: The data mainly including environment factors, such as net radiation, soil heat flux at the depth of 5 and 10 cm, air temperature, soil temperature, soil water content at the depth of 10, 20, 30, 40 and 50 cm, precipitation, and the carbon flux data.
DOI: 10.4121/20065832
title: Matlab fig files for 'Experimental investigation of monodisperse solids drying in a gas-fluidized bed'

description: This is a set of Matlab .fig files corresponding to the figures in the paper 'Experimental investigation of monodisperse solids drying in a gas-fluidized bed' published in Chemical Engineering Science. In this study, experiments in a pseudo-2D fluidized bed setup were performed to obtain insight in the complex and changing bed hydrodynamics and its interplay with mass and heat transfer. The data was obtained by using a combined Particle Image Velocimetry (PIV), Digital Image Analysis (DIA) and Infrared (IR) technique.
DOI: 10.4121/uuid:b4f0cf71-3e79-4ee7-9a2e-85c6bd762abc
title: Supplement of the paper: Variations in diurnal and seasonal net ecosystem carbon dioxide exchange in a semiarid sandy grassland ecosystem, China’s Horqin Sandy Land

description: The dataset mainly includes the environment factors of net ecosystem CO2 exchange (NEE), gross primary productivity (GPP) and ecosystem respiration (Rec) during the study period (from14th September 2014 to 31th December 2018) of sandy grassland.
DOI: 10.4121/12713438
title: Supplement of the paper: Variations in diurnal and seasonal net ecosystem carbon dioxide exchange in a semiarid sandy grassland ecosystem, China’s Horqin Sandy Land

description: The dataset mainly includes the environment factors of net ecosystem CO2 exchange (NEE), gross primary productivity (GPP) and ecosystem respiration (Rec) during the study period (from14th September 2014 to 31th December 2018) of sandy grassland.
DOI: 10.4121/12713438.v2
title: Supplement of the paper: Variations in diurnal and seasonal net ecosystem carbon dioxide exchange in a semiarid sandy grassland ecosystem, China’s Horqin Sandy Land

description: The dataset mainly includes the environment factors of net ecosystem CO2 exchange (NEE), gross primary productivity (GPP) and ecosystem respiration (Rec) during the study period (from14th September 2014 to 31th December 2018) of sandy grassland.