cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.4121/14912508.v1
title: Beyond Engineering: Building with Nature 2x video #11. Distilling Social Design Principles

description: Eleventh video in a set of 14 videos on designing for stakeholder inclusion in Building with Nature. This video forms a component of the e-book Building with Nature & Beyond (Slinger, 2021) published by TU Delft open Publishing. The book deals with stakeholder-inclusive, ecosystem-based approaches to hydraulic infrastructure design. Such an approach was applied in the Sustainable Ports in Africa project, which forms the central case study of Part II. Other examples are drawn from the Sand Engine, Room for the River, and the Mud Motor in The Netherlands as well as mangrove areas in Indonesia, hydropower exploration in Sierra Leone, and stakeholder engagement procsses in South Africa.
DOI: 10.4121/14912508
title: Beyond Engineering: Building with Nature 2x video #11. Distilling Social Design Principles

description: Eleventh video in a set of 14 videos on designing for stakeholder inclusion in Building with Nature. This video forms a component of the e-book Building with Nature & Beyond (Slinger, 2021) published by TU Delft open Publishing. The book deals with stakeholder-inclusive, ecosystem-based approaches to hydraulic infrastructure design. Such an approach was applied in the Sustainable Ports in Africa project, which forms the central case study of Part II. Other examples are drawn from the Sand Engine, Room for the River, and the Mud Motor in The Netherlands as well as mangrove areas in Indonesia, hydropower exploration in Sierra Leone, and stakeholder engagement procsses in South Africa.
DOI: 10.4121/14912559.v1
title: Beyond Engineering: Building with Nature 2x video #12. Inspiring interview

description: Twelfth video in a set of 14 videos on designing for stakeholder inclusion in Building with Nature. This video forms a component of the e-book Building with Nature & Beyond (Slinger, 2021) published by TU Delft open Publishing. The book deals with stakeholder-inclusive, ecosystem-based approaches to hydraulic infrastructure design. Such an approach was applied in the Sustainable Ports in Africa project, which forms the central case study of Part II. Other examples are drawn from the Sand Engine, Room for the River, and the Mud Motor in The Netherlands as well as mangrove areas in Indonesia, hydropower exploration in Sierra Leone, and stakeholder engagement procsses in South Africa.
DOI: 10.4121/14912559
title: Beyond Engineering: Building with Nature 2x video #12. Inspiring interview

description: Twelfth video in a set of 14 videos on designing for stakeholder inclusion in Building with Nature. This video forms a component of the e-book Building with Nature & Beyond (Slinger, 2021) published by TU Delft open Publishing. The book deals with stakeholder-inclusive, ecosystem-based approaches to hydraulic infrastructure design. Such an approach was applied in the Sustainable Ports in Africa project, which forms the central case study of Part II. Other examples are drawn from the Sand Engine, Room for the River, and the Mud Motor in The Netherlands as well as mangrove areas in Indonesia, hydropower exploration in Sierra Leone, and stakeholder engagement procsses in South Africa.
DOI: 10.4121/14912643.v1
title: Beyond Engineering: Building with Nature 2x video #13. Aligning Building with Nature and environmental assessment - port development and planning

description: Thirteenth video in a set of 14 videos on designing for stakeholder inclusion in Building with Nature. This video forms a component of the e-book Building with Nature & Beyond (Slinger, 2021) published by TU Delft open Publishing. The book deals with stakeholder-inclusive, ecosystem-based approaches to hydraulic infrastructure design. Such an approach was applied in the Sustainable Ports in Africa project, which forms the central case study of Part II. Other examples are drawn from the Sand Engine, Room for the River, and the Mud Motor in The Netherlands as well as mangrove areas in Indonesia, hydropower exploration in Sierra Leone, and stakeholder engagement procsses in South Africa.
DOI: 10.4121/14912643
title: Beyond Engineering: Building with Nature 2x video #13. Aligning Building with Nature and environmental assessment - port development and planning

description: Thirteenth video in a set of 14 videos on designing for stakeholder inclusion in Building with Nature. This video forms a component of the e-book Building with Nature & Beyond (Slinger, 2021) published by TU Delft open Publishing. The book deals with stakeholder-inclusive, ecosystem-based approaches to hydraulic infrastructure design. Such an approach was applied in the Sustainable Ports in Africa project, which forms the central case study of Part II. Other examples are drawn from the Sand Engine, Room for the River, and the Mud Motor in The Netherlands as well as mangrove areas in Indonesia, hydropower exploration in Sierra Leone, and stakeholder engagement procsses in South Africa.
DOI: 10.4121/14912661.v1
title: Beyond Engineering: Building with Nature 2x video #14. Tema in Ghana - Coastal erosion and effects of port expansion

description: Fourteenth video in a set of 14 videos on designing for stakeholder inclusion in Building with Nature. This video forms a component of the e-book Building with Nature & Beyond (Slinger, 2021) published by TU Delft open Publishing. The book deals with stakeholder-inclusive, ecosystem-based approaches to hydraulic infrastructure design. Such an approach was applied in the Sustainable Ports in Africa project, which forms the central case study of Part II. Other examples are drawn from the Sand Engine, Room for the River, and the Mud Motor in The Netherlands as well as mangrove areas in Indonesia, hydropower exploration in Sierra Leone, and stakeholder engagement procsses in South Africa.
DOI: 10.4121/14912661
title: Beyond Engineering: Building with Nature 2x video #14. Tema in Ghana - Coastal erosion and effects of port expansion

description: Fourteenth video in a set of 14 videos on designing for stakeholder inclusion in Building with Nature. This video forms a component of the e-book Building with Nature & Beyond (Slinger, 2021) published by TU Delft open Publishing. The book deals with stakeholder-inclusive, ecosystem-based approaches to hydraulic infrastructure design. Such an approach was applied in the Sustainable Ports in Africa project, which forms the central case study of Part II. Other examples are drawn from the Sand Engine, Room for the River, and the Mud Motor in The Netherlands as well as mangrove areas in Indonesia, hydropower exploration in Sierra Leone, and stakeholder engagement procsses in South Africa.
DOI: 10.4121/16768972.v1
title: Development of Collection Costs at TU Delft Library, 2011 to 2022

description: The dataset charts collection costs at TU Delft Library from 2011 - 2022.
DOI: 10.4121/16768972
title: Development of Collection Costs at TU Delft Library, 2011 to 2022

description: The dataset charts collection costs at TU Delft Library from 2011 - 2022.
DOI: 10.4121/16884913.v1
title: Data of two sites in Somalia underlying the paper: Multistability of model and real dryland ecosystems through spatial self-organization

description: For both sites, topographical data was retrieved from the ALOS World 3D 30m (AW3D30, v. 2.1) digital raster elevation model. This model describes the height above sea level (in m, rounded to the nearest integer), at a ground resolution of approximately 30m at the equator. The elevation data was preprocessed for the removal of artifacts by applying a global soft-thresholding on its dual tree complex wavelet transform. Specifically, we set a threshold of 0.9 on the first five dual-tree complex wavelet transform levels. From the preprocessed data, we calculated the slope gradient (in %) and slope aspect (in degrees). We first extracted square DEM windows of 33 by 33 cells (i.e. approximately 990m × 990m), centered on the image windows. We then applied a least squares fitting procedure of an unconstrained quadratic surface on the unweighted elevation values. This gave the following datasets. <br>
DOI: 10.4121/16884913
title: Data of two sites in Somalia underlying the paper: Multistability of model and real dryland ecosystems through spatial self-organization

description: For both sites, topographical data was retrieved from the ALOS World 3D 30m (AW3D30, v. 2.1) digital raster elevation model. This model describes the height above sea level (in m, rounded to the nearest integer), at a ground resolution of approximately 30m at the equator. The elevation data was preprocessed for the removal of artifacts by applying a global soft-thresholding on its dual tree complex wavelet transform. Specifically, we set a threshold of 0.9 on the first five dual-tree complex wavelet transform levels. From the preprocessed data, we calculated the slope gradient (in %) and slope aspect (in degrees). We first extracted square DEM windows of 33 by 33 cells (i.e. approximately 990m × 990m), centered on the image windows. We then applied a least squares fitting procedure of an unconstrained quadratic surface on the unweighted elevation values. This gave the following datasets. <br>
DOI: 10.4121/16880545.v1
title: Literature review of flow and work engagement interventions

description: The dataset includes an exhaustive search of the articles on flow intervention across disciplines within the PsychINFO and PsycArticles databases and seminal review papers (e.g., Nakamura & Csikszentmihalyi, 2009), and a selective search of the articles on work engagement intervention from recent systematic reviews (Knight et al., 2019, Virga et al., 2019). The articles selected are all English-written empirical research published in peer-reviewed journals up till October 2020 that study an intervention and include flow or work engagement as one outcome measured with a validated measure. The process has identified 47 articles on flow and 49 on work engagement. The articles were examined in abstract and full text and were thematically coded with three major coding themes: theory of change (i.e., the mechanism of why the intervention works), intervention type (i.e., the key component featured in the intervention), and approach (i.e., levels: personal vs. contextual; and perspectives: deficit-fixing vs. strengths-building).
DOI: 10.4121/16880545
title: Literature review of flow and work engagement interventions

description: The dataset includes an exhaustive search of the articles on flow intervention across disciplines within the PsychINFO and PsycArticles databases and seminal review papers (e.g., Nakamura & Csikszentmihalyi, 2009), and a selective search of the articles on work engagement intervention from recent systematic reviews (Knight et al., 2019, Virga et al., 2019). The articles selected are all English-written empirical research published in peer-reviewed journals up till October 2020 that study an intervention and include flow or work engagement as one outcome measured with a validated measure. The process has identified 47 articles on flow and 49 on work engagement. The articles were examined in abstract and full text and were thematically coded with three major coding themes: theory of change (i.e., the mechanism of why the intervention works), intervention type (i.e., the key component featured in the intervention), and approach (i.e., levels: personal vs. contextual; and perspectives: deficit-fixing vs. strengths-building).
DOI: 10.4121/12936761.v2
title: Data underlying the publication: Protocols for creating and distilling multipartite GHZ states with Bell pairs

description: The distribution of high quality Greenberger-Horne-Zeilinger (GHZ) states is at the heart of many quantum communication tasks, ranging from extending the baseline of telescopes to secret sharing. They also play an important role in error-correction architectures for distributed quantum computation, where Bell pairs can be leveraged to create an entangled network of quantum computers. We investigate the creation and distillation of GHZ states out of non-perfect Bell pairs over quantum networks. In particular, we introduce an algorithm based on dynamic programming to optimize over a large class of protocols that create and purify GHZ states. All protocols considered use a common framework based on measurements of non-local stabilizer operators of the target state (i.e., the GHZ state), where each non-local measurement consumes another (non-perfect) entangled state as a resource. The new protocols outperform previous proposals for scenarios without decoherence and local gate noise, by reducing the resources required to make high quality GHZ states. Furthermore, the algorithms can be applied for finding protocols for any number of parties and any number of entangled pairs involved.
DOI: 10.4121/12936761
title: Data underlying the publication: Protocols for creating and distilling multipartite GHZ states with Bell pairs

description: The distribution of high quality Greenberger-Horne-Zeilinger (GHZ) states is at the heart of many quantum communication tasks, ranging from extending the baseline of telescopes to secret sharing. They also play an important role in error-correction architectures for distributed quantum computation, where Bell pairs can be leveraged to create an entangled network of quantum computers. We investigate the creation and distillation of GHZ states out of non-perfect Bell pairs over quantum networks. In particular, we introduce an algorithm based on dynamic programming to optimize over a large class of protocols that create and purify GHZ states. All protocols considered use a common framework based on measurements of non-local stabilizer operators of the target state (i.e., the GHZ state), where each non-local measurement consumes another (non-perfect) entangled state as a resource. The new protocols outperform previous proposals for scenarios without decoherence and local gate noise, by reducing the resources required to make high quality GHZ states. Furthermore, the algorithms can be applied for finding protocols for any number of parties and any number of entangled pairs involved.
DOI: 10.4121/16799752.v1
title: Data underlying the publication: Non-invasive prototype for type 2 diabetes detection

description: An average of 5 impedance measurements were taken in the upper part of each person's forearm using the data acquisition device and an API, which together were called BDD (Bioimpedance Diabetes Detector). This database consists of 256 samples and 20 characteristics, the participating population was 53 people, including 34 women and 19 men, the age range was between 19 and 76 years. The people participating in this project are diabetic patients from the San Juan de Dios hospital in the city of Cali - Colombia and the approval of the ethics committee of the said institution was obtained through the act CEIHSJ001-019.Each patient signed an informed consent document so that they were aware of the procedure that was going to be performed with the electrical bioimpedance measurement equipment. Diabetic and non-diabetic patients were properly diagnosed by a doctor, with this scientifically ensuring that the study population is consistent and meets the relevant inclusion criteria. Among the participants were 20 people diagnosed with type II diabetes.<br>The headers mean the following:I: Person’s impedance value at the frequency followed by the I.P: Person’s Phase value at the frequency followed by the P.R: Person’s Real Phase value at the frequency followed by the R.IM: Person’s Imaginary value at the frequency followed by the IM.age: Person’s age in years.gender: Person’s gender 0 for males a 1 for females.weight: Person’s weight in Kg.height: Person’s height in cm.diabetes: Person’s diabetes diagnosis 0 for non diabetic and 1 for diabetic.<br><br>
DOI: 10.4121/16799752
title: Data underlying the publication: Non-invasive prototype for type 2 diabetes detection

description: An average of 5 impedance measurements were taken in the upper part of each person's forearm using the data acquisition device and an API, which together were called BDD (Bioimpedance Diabetes Detector). This database consists of 256 samples and 20 characteristics, the participating population was 53 people, including 34 women and 19 men, the age range was between 19 and 76 years. The people participating in this project are diabetic patients from the San Juan de Dios hospital in the city of Cali - Colombia and the approval of the ethics committee of the said institution was obtained through the act CEIHSJ001-019.Each patient signed an informed consent document so that they were aware of the procedure that was going to be performed with the electrical bioimpedance measurement equipment. Diabetic and non-diabetic patients were properly diagnosed by a doctor, with this scientifically ensuring that the study population is consistent and meets the relevant inclusion criteria. Among the participants were 20 people diagnosed with type II diabetes.<br>The headers mean the following:I: Person’s impedance value at the frequency followed by the I.P: Person’s Phase value at the frequency followed by the P.R: Person’s Real Phase value at the frequency followed by the R.IM: Person’s Imaginary value at the frequency followed by the IM.age: Person’s age in years.gender: Person’s gender 0 for males a 1 for females.weight: Person’s weight in Kg.height: Person’s height in cm.diabetes: Person’s diabetes diagnosis 0 for non diabetic and 1 for diabetic.<br><br>
DOI: 10.4121/14464893.v1
title: Supplementary data to the article: Fractal and Multifractal Characterization of Stochastic Fracture Networks and Real Outcrops

description: This is the supplementary data to the article: Fractal and Multifractal Characterization of Stochastic Fracture Networks and Real OutcropsDescription: ******************************************************************************************************************************In the folder Digitalized Outcrops:60 digitalized outcrops:Matrix+id_Fractures.txt: the coordinates of digitalized outcrops;Plotfracture.m: Matlab code to plot fractures;******************************************************************************************************************************In the folder Generated Data:Delta_a=X_FDc=X_L=X_kappa=X: Results of \Delta\alpha of 10 simulations at different radii;FD_a=X_FDc=X_L=X_kappa=X: Results of fractal dimension of 10 simulations;The range of each parameters:Power-law distribution, a---&gt;(2, 3)Fractal spatial density distribution, FDc---&gt;(1.2, 2)von Mises--Fisher distribution, kappa---&gt;(1,2,3,4 refer to kappa=0,1,5,10, respectively)System size, L---&gt;(10,30,50)<br>
DOI: 10.4121/14464893.v2
title: Supplementary data to the article: Fractal and Multifractal Characterization of Stochastic Fracture Networks and Real Outcrops

description: This is the supplementary data to the article: Fractal and Multifractal Characterization of Stochastic Fracture Networks and Real OutcropsDescription: ******************************************************************************************************************************In the folder Digitalized Outcrops:80 digitalized outcrops:Matrix+id_Fractures.txt: the coordinates of digitalized outcrops;Plotfracture.m: Matlab code to plot fractures;******************************************************************************************************************************In the folder Generated Data:Delta_a=X_FDc=X_L=X_kappa=X: Results of \Delta\alpha of 10 simulations at different radii;FD_a=X_FDc=X_L=X_kappa=X: Results of fractal dimension of 10 simulations;The range of each parameters:Power-law distribution, a---&gt;(2, 3)Fractal spatial density distribution, FDc---&gt;(1.2, 2)von Mises--Fisher distribution, kappa---&gt;(1,2,3,4 refer to kappa=0,1,5,10, respectively)System size, L---&gt;(10,30,50)<br>
DOI: 10.4121/14464893
title: Supplementary data to the article: Fractal and Multifractal Characterization of Stochastic Fracture Networks and Real Outcrops

description: This is the supplementary data to the article: Fractal and Multifractal Characterization of Stochastic Fracture Networks and Real OutcropsDescription: ******************************************************************************************************************************In the folder Digitalized Outcrops:80 digitalized outcrops:Matrix+id_Fractures.txt: the coordinates of digitalized outcrops;Plotfracture.m: Matlab code to plot fractures;******************************************************************************************************************************In the folder Generated Data:Delta_a=X_FDc=X_L=X_kappa=X: Results of \Delta\alpha of 10 simulations at different radii;FD_a=X_FDc=X_L=X_kappa=X: Results of fractal dimension of 10 simulations;The range of each parameters:Power-law distribution, a---&gt;(2, 3)Fractal spatial density distribution, FDc---&gt;(1.2, 2)von Mises--Fisher distribution, kappa---&gt;(1,2,3,4 refer to kappa=0,1,5,10, respectively)System size, L---&gt;(10,30,50)<br>
DOI: 10.4121/16866358.v1
title: Data underlying the publication: Induced intra- and intermolecular template switching as a therapeutic mechanism against RNA viruses

description: The research object was the characterization of two enterovirus RNA-dependent RNA polymerases using multiplexed magnetic tweezers, to investigate snap-back synthesis and recombination. Presented here are <i>in vitro</i> measurements of the bead position during RNA replication. Bead position measurements were taken for 2 hours a constant pulling force of 25 pN at 24C at a camera acquisition rate of 50 Hz. Traces were cropped from the start until the end of the change in z-position, which was converted to nucleotides.<br><br>
DOI: 10.4121/16866358
title: Data underlying the publication: Induced intra- and intermolecular template switching as a therapeutic mechanism against RNA viruses

description: The research object was the characterization of two enterovirus RNA-dependent RNA polymerases using multiplexed magnetic tweezers, to investigate snap-back synthesis and recombination. Presented here are <i>in vitro</i> measurements of the bead position during RNA replication. Bead position measurements were taken for 2 hours a constant pulling force of 25 pN at 24C at a camera acquisition rate of 50 Hz. Traces were cropped from the start until the end of the change in z-position, which was converted to nucleotides.<br><br>
DOI: 10.4121/15022410
title: Data underlying the article: Pan-cancer in silico analysis of somatic mutations in G-protein coupled receptors: The effect of evolutionary conservation and natural variance

description: This repository contains the datasets and source code supporting the conclusions of the manuscript "Pan-cancer in silico analysis of somatic mutations in G-protein coupled receptors: The effect of evolutionary conservation and natural variance". G protein-coupled receptors (GPCRs) form the most frequently exploited drug target family, moreover they are often found mutated in cancer. Here we used an aggregated dataset of mutations found in cancer patient samples derived from the Genomic Data Commons and compared it to the natural human variance as exemplified by data from the 1000 Genomes project. We investigated the location of these mutations across the protein domains and conserved residues in GPCRs such as the “DRY” motif. We subsequently created a ranking of high scoring GPCRs, using a multi-objective approach (Pareto Front Ranking). In conclusion, this study identifies a list of GPCRs that are prioritized for experimental follow up characterization to elucidate their role in cancer. The computational approach here described can be adapted to investigate the roles in cancer of any protein family.
DOI: 10.4121/16834387
title: pCRM9 aeroelastic aircraft wing model for NASTRAN

description: This is the pCRM9 aeroelastic finite element model. It is based on the University of Michigan undeflected CRM geometry (uCRM). This FEM model is tailored for optimisation and load analysis using NASTRAN.<br>