cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.26304/361-u1475a-rgb
title: Expedition 361 Hole U1475A RGB channels (calculated from core photos) data file

description: Hole U1475A RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1475A
DOI: 10.26304/361-u1475a-rsc
title: Expedition 361 Hole U1475A Color reflectance data file

description: Hole U1475A RSC - Color reflectance for Expedition 361 Hole U1475A
DOI: 10.26304/361-u1475c-pwave-l
title: Expedition 361 Hole U1475C P-wave velocity logger (whole round) data file

description: Hole U1475C PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1475C
DOI: 10.26304/361-u1475c-rgb
title: Expedition 361 Hole U1475C RGB channels (calculated from core photos) data file

description: Hole U1475C RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1475C
DOI: 10.26304/361-u1475c-rsc
title: Expedition 361 Hole U1475C Color reflectance data file

description: Hole U1475C RSC - Color reflectance for Expedition 361 Hole U1475C
DOI: 10.26304/361-u1475d-pwave-l
title: Expedition 361 Hole U1475D P-wave velocity logger (whole round) data file

description: Hole U1475D PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1475D
DOI: 10.26304/361-u1475d-rgb
title: Expedition 361 Hole U1475D RGB channels (calculated from core photos) data file

description: Hole U1475D RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1475D
DOI: 10.26304/361-u1475d-rsc
title: Expedition 361 Hole U1475D Color reflectance data file

description: Hole U1475D RSC - Color reflectance for Expedition 361 Hole U1475D
DOI: 10.26304/361-u1479a-pwave-l
title: Expedition 361 Hole U1479A P-wave velocity logger (whole round) data file

description: Hole U1479A PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1479A
DOI: 10.26304/361-u1479a-rgb
title: Expedition 361 Hole U1479A RGB channels (calculated from core photos) data file

description: Hole U1479A RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1479A
DOI: 10.26304/361-u1479d-pwave-l
title: Expedition 361 Hole U1479D P-wave velocity logger (whole round) data file

description: Hole U1479D PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1479D
DOI: 10.26304/361-u1479d-rgb
title: Expedition 361 Hole U1479D RGB channels (calculated from core photos) data file

description: Hole U1479D RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1479D
DOI: 10.26304/361-u1479d-rsc
title: Expedition 361 Hole U1479D Color reflectance data file

description: Hole U1479D RSC - Color reflectance for Expedition 361 Hole U1479D
DOI: 10.26304/361-u1479h-pwave-l
title: Expedition 361 Hole U1479H P-wave velocity logger (whole round) data file

description: Hole U1479H PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1479H
DOI: 10.26304/361-u1479h-rgb
title: Expedition 361 Hole U1479H RGB channels (calculated from core photos) data file

description: Hole U1479H RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1479H
DOI: 10.26304/361-u1479h-rsc
title: Expedition 361 Hole U1479H Color reflectance data file

description: Hole U1479H RSC - Color reflectance for Expedition 361 Hole U1479H
DOI: 10.7910/dvn/sgxrat
title: CCES, Stanford, 2008

description: :unav
DOI: 10.26304/361-u1479a-rsc
title: Expedition 361 Hole U1479A Color reflectance data file

description: Hole U1479A RSC - Color reflectance for Expedition 361 Hole U1479A
DOI: 10.26304/361-u1479b-pwave-l
title: Expedition 361 Hole U1479B P-wave velocity logger (whole round) data file

description: Hole U1479B PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1479B
DOI: 10.26304/361-u1479b-rgb
title: Expedition 361 Hole U1479B RGB channels (calculated from core photos) data file

description: Hole U1479B RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1479B
DOI: 10.26304/361-u1479b-rsc
title: Expedition 361 Hole U1479B Color reflectance data file

description: Hole U1479B RSC - Color reflectance for Expedition 361 Hole U1479B
DOI: 10.26304/361-u1479g-rgb
title: Expedition 361 Hole U1479G RGB channels (calculated from core photos) data file

description: Hole U1479G RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1479G
DOI: 10.26304/361-u1479g-rsc
title: Expedition 361 Hole U1479G Color reflectance data file

description: Hole U1479G RSC - Color reflectance for Expedition 361 Hole U1479G
DOI: 10.26304/361-u1479i-pwave-l
title: Expedition 361 Hole U1479I P-wave velocity logger (whole round) data file

description: Hole U1479I PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1479I
DOI: 10.26304/361-u1479i-rgb
title: Expedition 361 Hole U1479I RGB channels (calculated from core photos) data file

description: Hole U1479I RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1479I
DOI: 10.26304/361-u1479i-rsc
title: Expedition 361 Hole U1479I Color reflectance data file

description: Hole U1479I RSC - Color reflectance for Expedition 361 Hole U1479I
DOI: 10.26304/361-u1479c-rgb
title: Expedition 361 Hole U1479C RGB channels (calculated from core photos) data file

description: Hole U1479C RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1479C
DOI: 10.26304/361-u1479e-pwave-l
title: Expedition 361 Hole U1479E P-wave velocity logger (whole round) data file

description: Hole U1479E PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1479E
DOI: 10.26304/361-u1479e-rgb
title: Expedition 361 Hole U1479E RGB channels (calculated from core photos) data file

description: Hole U1479E RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1479E
DOI: 10.26304/361-u1479e-rsc
title: Expedition 361 Hole U1479E Color reflectance data file

description: Hole U1479E RSC - Color reflectance for Expedition 361 Hole U1479E
DOI: 10.26304/361-u1479f-pwave-l
title: Expedition 361 Hole U1479F P-wave velocity logger (whole round) data file

description: Hole U1479F PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1479F
DOI: 10.26304/361-u1479f-rgb
title: Expedition 361 Hole U1479F RGB channels (calculated from core photos) data file

description: Hole U1479F RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1479F
DOI: 10.26304/361-u1479f-rsc
title: Expedition 361 Hole U1479F Color reflectance data file

description: Hole U1479F RSC - Color reflectance for Expedition 361 Hole U1479F
DOI: 10.26304/361-u1479g-pwave-l
title: Expedition 361 Hole U1479G P-wave velocity logger (whole round) data file

description: Hole U1479G PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1479G
DOI: 10.7910/dvn/9dmii4
title: Software: Clark Labs Software Suite - version 16

description: Includes IDRISI Andes, IDRISI Taiga, CartaLinx, and Land Change Modeler.
DOI: 10.26304/361-u1474a-pwave-c
title: Expedition 361 Hole U1474A P-wave velocity caliper (section/discrete) data file

description: Hole U1474A PWAVE-C - P-wave velocity caliper (section/discrete) for Expedition 361 Hole U1474A
DOI: 10.26304/361-u1474c-pwave-l
title: Expedition 361 Hole U1474C P-wave velocity logger (whole round) data file

description: Hole U1474C PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1474C
DOI: 10.26304/361-u1474c-rgb
title: Expedition 361 Hole U1474C RGB channels (calculated from core photos) data file

description: Hole U1474C RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1474C
DOI: 10.26304/361-u1474c-rsc
title: Expedition 361 Hole U1474C Color reflectance data file

description: Hole U1474C RSC - Color reflectance for Expedition 361 Hole U1474C
DOI: 10.26304/361-u1474f-pwave-l
title: Expedition 361 Hole U1474F P-wave velocity logger (whole round) data file

description: Hole U1474F PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1474F
DOI: 10.26304/361-u1474f-rgb
title: Expedition 361 Hole U1474F RGB channels (calculated from core photos) data file

description: Hole U1474F RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1474F
DOI: 10.26304/361-u1474f-rsc
title: Expedition 361 Hole U1474F Color reflectance data file

description: Hole U1474F RSC - Color reflectance for Expedition 361 Hole U1474F
DOI: 10.26304/361-u1479c-pwave-l
title: Expedition 361 Hole U1479C P-wave velocity logger (whole round) data file

description: Hole U1479C PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1479C
DOI: 10.26304/361-u1479c-rsc
title: Expedition 361 Hole U1479C Color reflectance data file

description: Hole U1479C RSC - Color reflectance for Expedition 361 Hole U1479C
DOI: 10.7910/dvn/7i3tzl
title: Monthly Update 121-135 (Raw Data)

description: Raw Monthly121-135 Updates: This installment contains 38 ACCESS data files that cover the Form and Monthly modules. The package was originally transferred to us from TFRP on September 14th, 2010.
DOI: 10.7910/dvn/adunns
title: Replication data for: Ethiopia Agricultural Sample Survey 2000-01

description: The sound performance of agriculture warrants the availability of food crops. This accomplishment in agriculture does not only signify the adequate acquisition of food crops to attain food security, but also heralds a positive aspect of the economy. In regard to this, collective efforts are being geared to securing agricultural outputs of the desired level so that self reliance in food supply can be achieved and disaster caused food shortages be contained in the shortest possible time in Ethiopia. The prime role that agriculture plays in a country's political, economic and social stability makes measures of agricultural productions extremely sensitive. Statistics collected on agricultural productions are, therefore, fraught with questions of reliability by data users. To tackle these questions convincingly and dissipate the misgivings of users, information on agriculture has to be collected using standard procedures of data collection. Upholding this principle, the Central Statistical Agency (CSA) has been furnishing statistical information on the country's agriculture since 1980/81 to alert policy interventionists on the changes taking place in the agricultural sector. As part of this task the 2007-08 (2000E.C) Agricultural Sample Survey (AgSS) was conducted to provide data on crop area and production of crops within the private peasant holdings for Main (“Meher”) Season of the specified year. Objectives of the survey The general objective of CSA's Agricultural Sample Survey (AgSS) is to collect basic quantitative information on the country's agriculture that is essential for planning, policy formulation, monitoring and evaluatio n of mainly food security and other agricultural activities. The specific objectives of Main (“Meher”) Season Post Harvest Survey are: -To estimate the total crop area, volume of crop production and yield of crops for Main (“Meher”) Season agriculture in Ethiopia. -To estimate the total volume of inputs used, inputs applied area and number of holders using inputs. -To estimate the total cultivated area and other forms of land use.
DOI: 10.7910/dvn/gx6vpd
title: Converting File-Samples

description: :unav
DOI: 10.26180/5f21632909f79
title: Submerged in the Greater Will

description: <br><b>Submerged in the Greater Will </b>For 2 cellos, choir and sub tone.<br>Premiered by Tristen Parr, Judith Hamman (cellos), Monash University Singers at the Robert Blackwood Hall, September, 2018. For eight Part choir: group 1, group 2, group 3, group 4. cello1, cello 2 and electronics.<br>The title refers to one of he challenges of democracy: where notions of individualism are consumed within a greater overarching will. This is played out in the piece, as choir sections mirror and copy each other, and the cello duet blend in and out of the mass of singers.<br>The score is proportional, with the highest point of the screen being the highest pitch reference, the bottom being the lowest pitch reference. Line thickness indicates dynamic (should be pp – mf). When text is black, it applies to all voices. Coloured text is specific to that part.The electronics are embedded in the score and should be played through one or more subwoofers, using the mini jack line out of an ipad playing the score <br>
DOI: 10.26304/361-u1474a-pwave-l
title: Expedition 361 Hole U1474A P-wave velocity logger (whole round) data file

description: Hole U1474A PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1474A
DOI: 10.26304/361-u1474a-rgb
title: Expedition 361 Hole U1474A RGB channels (calculated from core photos) data file

description: Hole U1474A RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1474A
DOI: 10.26304/361-u1474a-rsc
title: Expedition 361 Hole U1474A Color reflectance data file

description: Hole U1474A RSC - Color reflectance for Expedition 361 Hole U1474A
DOI: 10.26304/361-u1474d-pwave-l
title: Expedition 361 Hole U1474D P-wave velocity logger (whole round) data file

description: Hole U1474D PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1474D
DOI: 10.26304/361-u1474d-rgb
title: Expedition 361 Hole U1474D RGB channels (calculated from core photos) data file

description: Hole U1474D RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1474D
DOI: 10.26304/361-u1474d-rsc
title: Expedition 361 Hole U1474D Color reflectance data file

description: Hole U1474D RSC - Color reflectance for Expedition 361 Hole U1474D
DOI: 10.26304/361-u1474h-rgb
title: Expedition 361 Hole U1474H RGB channels (calculated from core photos) data file

description: Hole U1474H RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1474H
DOI: 10.26304/361-u1474h-rsc
title: Expedition 361 Hole U1474H Color reflectance data file

description: Hole U1474H RSC - Color reflectance for Expedition 361 Hole U1474H
DOI: 10.17632/7tyfnxkhkn.1
title: Data for: Video based interventions to improve compliance with prescribed drug regimens
DOI: 10.26304/361-u1474b-pwave-l
title: Expedition 361 Hole U1474B P-wave velocity logger (whole round) data file

description: Hole U1474B PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1474B
DOI: 10.26304/361-u1474b-rgb
title: Expedition 361 Hole U1474B RGB channels (calculated from core photos) data file

description: Hole U1474B RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1474B
DOI: 10.26304/361-u1474b-rsc
title: Expedition 361 Hole U1474B Color reflectance data file

description: Hole U1474B RSC - Color reflectance for Expedition 361 Hole U1474B
DOI: 10.26304/361-u1474e-pwave-l
title: Expedition 361 Hole U1474E P-wave velocity logger (whole round) data file

description: Hole U1474E PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1474E
DOI: 10.26304/361-u1474e-rgb
title: Expedition 361 Hole U1474E RGB channels (calculated from core photos) data file

description: Hole U1474E RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1474E
DOI: 10.26304/361-u1474e-rsc
title: Expedition 361 Hole U1474E Color reflectance data file

description: Hole U1474E RSC - Color reflectance for Expedition 361 Hole U1474E
DOI: 10.26304/361-u1474g-pwave-l
title: Expedition 361 Hole U1474G P-wave velocity logger (whole round) data file

description: Hole U1474G PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1474G
DOI: 10.26304/361-u1474h-pwave-l
title: Expedition 361 Hole U1474H P-wave velocity logger (whole round) data file

description: Hole U1474H PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1474H
DOI: 10.26304/361-u1477c-rsc
title: Expedition 361 Hole U1477C Color reflectance data file

description: Hole U1477C RSC - Color reflectance for Expedition 361 Hole U1477C
DOI: 10.26304/361-u1477a-pwave-c
title: Expedition 361 Hole U1477A P-wave velocity caliper (section/discrete) data file

description: Hole U1477A PWAVE-C - P-wave velocity caliper (section/discrete) for Expedition 361 Hole U1477A
DOI: 10.26304/361-u1477a-pwave-l
title: Expedition 361 Hole U1477A P-wave velocity logger (whole round) data file

description: Hole U1477A PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1477A
DOI: 10.26304/361-u1477a-rgb
title: Expedition 361 Hole U1477A RGB channels (calculated from core photos) data file

description: Hole U1477A RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1477A
DOI: 10.26304/361-u1477a-rsc
title: Expedition 361 Hole U1477A Color reflectance data file

description: Hole U1477A RSC - Color reflectance for Expedition 361 Hole U1477A
DOI: 10.26304/361-u1477b-pwave-l
title: Expedition 361 Hole U1477B P-wave velocity logger (whole round) data file

description: Hole U1477B PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1477B
DOI: 10.26304/361-u1477b-rgb
title: Expedition 361 Hole U1477B RGB channels (calculated from core photos) data file

description: Hole U1477B RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1477B
DOI: 10.26304/361-u1477b-rsc
title: Expedition 361 Hole U1477B Color reflectance data file

description: Hole U1477B RSC - Color reflectance for Expedition 361 Hole U1477B
DOI: 10.26304/361-u1477c-pwave-l
title: Expedition 361 Hole U1477C P-wave velocity logger (whole round) data file

description: Hole U1477C PWAVE-L - P-wave velocity logger (whole round) for Expedition 361 Hole U1477C
DOI: 10.26304/361-u1477c-rgb
title: Expedition 361 Hole U1477C RGB channels (calculated from core photos) data file

description: Hole U1477C RGB - RGB channels (calculated from core photos) for Expedition 361 Hole U1477C
DOI: 10.7910/dvn/ddwgui
title: Utah Files

description: :unav
DOI: 10.14272/xheoxsqmbwjokp-uhfffaoysa-n/13cnmr
title: 13C NMR (1-(trifluoromethyl)-1lambda3,2-benziodoxol-3-one, InChI=1S/C8H4F3IO2/c9-8(10,11)12-6-4-2-1-3-5(6)7(13)14-12/h1-4H)

description: dataset for 13C NMR
      
      13C NMR (100 MHz, ppm) δ =  107.0 (q, J = 381 Hz), 114.8 (bs), 127.3, 131.9, 133.6, 135.6, 165.8. 1C is missing (could not be identified but spectra are in accordance with the literature).
DOI: 10.14272/xheoxsqmbwjokp-uhfffaoysa-n/ir
title: IR (1-(trifluoromethyl)-1lambda3,2-benziodoxol-3-one, InChI=1S/C8H4F3IO2/c9-8(10,11)12-6-4-2-1-3-5(6)7(13)14-12/h1-4H)

description: dataset for IR
      
      IR (ATR, ṽ) = 3122, 3077, 1636, 1621, 1596, 1584, 1560, 1442, 1319, 1296, 1286, 1162, 1133, 1055, 997, 942, 882, 873, 827, 802, 739, 721, 684, 670, 642, 526, 470, 426 cm–1.
DOI: 10.7910/dvn/eqcmzm
title: Minnesota Files

description: :unav
DOI: 10.14272/xheoxsqmbwjokp-uhfffaoysa-n.1
title: 1-(trifluoromethyl)-1$l^{3},2-benziodoxol-3-one
title: InChI=1S/C8H4F3IO2/c9-8(10,11)12-6-4-2-1-3-5(6)7(13)14-12/h1-4H

description: This dataset contains experimental data from a sample (1-(trifluoromethyl)-1lambda3,2-benziodoxol-3-one, InChI=1S/C8H4F3IO2/c9-8(10,11)12-6-4-2-1-3-5(6)7(13)14-12/h1-4H).
      The datasets from the following experiments are available:
      
      1H NMR
      
      13C NMR
      
      Others
      
      IR
      
      Mass
DOI: 10.14272/xheoxsqmbwjokp-uhfffaoysa-n/1hnmr
title: 1H NMR (1-(trifluoromethyl)-1lambda3,2-benziodoxol-3-one, InChI=1S/C8H4F3IO2/c9-8(10,11)12-6-4-2-1-3-5(6)7(13)14-12/h1-4H)

description: dataset for 1H NMR
      
      1H NMR (400 MHz, CDCl3, ppm) δ = 7.71–7.87 (m, 3H), 8.46 (dd, J = 7.7 Hz, J = 2.0 Hz, 1H).
DOI: 10.14272/xheoxsqmbwjokp-uhfffaoysa-n/mass
title: Mass (1-(trifluoromethyl)-1lambda3,2-benziodoxol-3-one, InChI=1S/C8H4F3IO2/c9-8(10,11)12-6-4-2-1-3-5(6)7(13)14-12/h1-4H)

description: dataset for Mass
      
      EI (m/z, 70 eV, 120 °C): 316 (1), 272 (100), 247 (12), 203 (92), 76 (69), 69 (17).HRMS (C8H4O2F3I1): Calcd 315.9208, Found 315.9209.
DOI: 10.14272/xheoxsqmbwjokp-uhfffaoysa-n/others
title: Others (1-(trifluoromethyl)-1lambda3,2-benziodoxol-3-one, InChI=1S/C8H4F3IO2/c9-8(10,11)12-6-4-2-1-3-5(6)7(13)14-12/h1-4H)

description: dataset for Others
      
      19F NMR (376 MHz, chloroform, ppm) δ = -33.84.
DOI: 10.5281/zenodo.3066013
title: Benchmark for supply chain monitoring properties using BeepBeep

description: This is an instance of the LabPal experimental environment to benchmark the execution of processor chains for the BeepBeep event stream engine.

The considered use case is related to the concept of <em>hyperconnected logistics</em>. In this model, the entire world can be split at the smallest scale into <em>unit zones</em>, whose size depends on expected demand density. Adjacent unit zones are grouped into local <em>cells</em>, which in turn are gathered into <em>areas</em>, which form <em>regions</em>. Simultaneously, several hub networks are defined to link these different layers: <em>access hubs</em> link unit zones together; <em>local hubs</em> link local cells, and <em>gateway hubs</em> link areas. Different hub levels may exist inside the same physical entity (e.g., a local hub might also be an access hub), thus allowing interactions between the different layers.

In a recent work (see citation below), the authors showed how to concretely adapt a hyperlogistics simulation in order to integrate an Ethereum blockchain backend, in such a way that every action made by carriers is publicly stored in transactions on the blockchain itself. The combination of such simulation and blockchain backend allowed us to generate the traces used to monitor a number of properties.

The experiments in this benchmark measure the throughput of a variety of BeepBeep processor chains on simulated logs of blockchain events generated on the fly.
DOI: 10.5281/zenodo.3066012
title: Benchmark for supply chain monitoring properties using BeepBeep

description: This is an instance of the LabPal experimental environment to benchmark the execution of processor chains for the BeepBeep event stream engine.

The considered use case is related to the concept of <em>hyperconnected logistics</em>. In this model, the entire world can be split at the smallest scale into <em>unit zones</em>, whose size depends on expected demand density. Adjacent unit zones are grouped into local <em>cells</em>, which in turn are gathered into <em>areas</em>, which form <em>regions</em>. Simultaneously, several hub networks are defined to link these different layers: <em>access hubs</em> link unit zones together; <em>local hubs</em> link local cells, and <em>gateway hubs</em> link areas. Different hub levels may exist inside the same physical entity (e.g., a local hub might also be an access hub), thus allowing interactions between the different layers.

In a recent work (see citation below), the authors showed how to concretely adapt a hyperlogistics simulation in order to integrate an Ethereum blockchain backend, in such a way that every action made by carriers is publicly stored in transactions on the blockchain itself. The combination of such simulation and blockchain backend allowed us to generate the traces used to monitor a number of properties.

The experiments in this benchmark measure the throughput of a variety of BeepBeep processor chains on simulated logs of blockchain events generated on the fly.
DOI: 10.7910/dvn/pqanvd
title: Replication data for: Southern California Social Survey, 1991

description: :unav
DOI: 10.5281/zenodo.2643946
title: Edge based large field of view observations with optical microscope of fatigue damage in composite materials during bending loading

description: Stitched microscope pictures ... References to this data-set should include a reference to the following paper in where the data has been used. [1] Mortensen U., Andersen, T.L., Mikkelsen, L.P., Observation of Edge Effect in Flexural Fatigue Test of Composites using Large Field of View Microscopy, <em>Journal of Composite Materials.</em> https://doi.org/10.1177/0021998320902233, 2020 The naming of the files is given in the following structure EI_05_A03_kxxx_stitch.tif where EI_05_A03 is the sample ID<br> kxxx indicate after how many cycles the stitched microscopy picture are taken where e.g. k000 is the initial picture, k001 is after 1 000 cycles ... k220 is after 220 000 cycles