1,799,159 research outputs found
Issa Mubarak Kattan to Khalil, Bethlehem 26 June 1922
No full textThis image is a digital reproduction of a handwritten letter and accompanying translation donated by William Kattan. The letter is from Issa Mubarak Kattan (writing from Bethlehem) to his nephew Khalil Giries Kattan (based at that time in Omdurman). This image exists as part of the Kattan Family Letters collection within the William Kattan project of the Planet Bethlehem Archive.</div
issa-pipeline
No full text<p>Minor updates after branching to ISSA-2.</p>If you use this software, please cite it as below
Marie-France Ould-Issa
No full textOuld-Issa Marie-France. Marie-France Ould-Issa. In: Diplômées, n°230, 2009. pp. 183-184
issa-pipeline
No full text<p>Enhanced and refactored ISSA pipeline into a new version that supports easily configurable multi-instance pipelines.</p>
<ul>
<li>Upgraded ISSA pipeline environment<ul>
<li>upgraded the execution environment with available upgrades of the tools: Grobid, Entity-Fishing, Pyclinrec</li>
<li>added Morph-xR2RML Dockers instead of MongoDB and host-based morph-xr2rml java application</li>
</ul>
</li>
<li>Extended Agritrop KG<ul>
<li>annotate documents beyond articles, e.g. theses, conference papers, etc. without full-text extraction</li>
<li>added document domain descriptors</li>
</ul>
</li>
<li>Refactored the code to support multi-instance deployment<ul>
<li>with a minimal effort to launch a new ISSA pipeline for another document corpus</li>
<li>and the support for running multiple pipelines and SPARQL endpoints on the same machine</li>
</ul>
</li>
<li>Added the configuration for the HAL EuroMov ISSA pipeline</li>
</ul>If you use this software, please cite it as below
robitalec/targets-issa: v0.0.0.9000
No full text:hammer_and_wrench: A targets workflow for integrated step selection analyses (iSSA
ISSA Agritrop Dataset
No full textThis dataset, produced in the context of the ISSA project, provides a semantic index of the articles of the Agritrop scientific archive. It is built by extracting thematic descriptors and named entities from the articles full-text, and linking them with resources from DBpedia, Wikidata and AGROVOC.
Licensing:
Different licenses apply to the different subsets of the ISSA Agritrop dataset:
articles metadata is provided under the Agritrop open licence;
full text content extracted from the articles retains the same licence as the original article;
additional data produced by mining the articles (thematic descriptors, named entities) is published under the Open Data Commons Attribution License 1.0 (ODC-By
HEVC-SVS: Low-level HEVC features and CNN features for TVSum, SumMe, OVP and VSUMM datasets
No full textProposed HEVC feature sets along with CNN features from GoogleNet, AlexNet, Inception-ResNet-V2, and VGG16 for TVSum, SumMe, OVP and VSUMM datasets. The new modified datasets names are "HEVC-SVS-TVSum", "HEVC-SVS-SumMe", "HEVC-SVS-OVP" and "HEVC-SVS-VSUMM", respectively.The datasets contain the original ground truth data they came with, and these stayed unmodified.Upon using any of these datasets, please do cite our publications where we proposed the HEVC feature set for the first time:If you are using (HEVC-SVS-OVP) and/or (HEVC-SVS-VSUMM) datasets: https://ieeexplore.ieee.org/document/9815254/@article{issa_cnn_2022,title = {{CNN} and {HEVC} {Video} {Coding} {Features} for {Static} {Video} {Summarization}},volume = {10},issn = {2169-3536},url = {https://ieeexplore.ieee.org/document/9815254/},doi = {10.1109/ACCESS.2022.3188638},urldate = {2022-09-29},journal = {IEEE Access},author = {Issa, Obada and Shanableh, Tamer},year = {2022},pages = {72080--72091},}If you are using (HEVC-SVS-TVSum) and/or (HEVC-SVS-SumMe) datasets: https://www.mdpi.com/2076-3417/13/10/6065@article{issa_static_2023,title = {Static {Video} {Summarization} {Using} {Video} {Coding} {Features} with {Frame}-{Level} {Temporal} {Subsampling} and {Deep} {Learning}},volume = {13},issn = {2076-3417},url = {https://www.mdpi.com/2076-3417/13/10/6065},doi = {10.3390/app13106065},number = {10},journal = {Applied Sciences},author = {Issa, Obada and Shanableh, Tamer},month = may,year = {2023},pages = {6065},}Make sure to also cite the original authors for each of the datasets:TVSum (https://people.csail.mit.edu/yalesong/tvsum/)SumMe (https://gyglim.github.io/me/vsum/index.html)OVP and VSUMM (https://www.sites.google.com/site/vsummsite/download)Acknowledgement:The work in this research project is supported by the American University of Sharjah under research grant number FRG22-E-E44. This research work represents the opinions of the author(s) and does not mean to represent the position or opinions of the American University of Sharjah
New resonant behavior in the spin resolved photoionization of the rare gas atoms Kr 3d and Xe 4p
No full textKhalil T. New resonant behavior in the spin resolved photoionization of the rare gas atoms Kr 3d and Xe 4p. Bielefeld (Germany): Bielefeld University; 2002.In the first part of this thesis, the transferred spin polarization of resonantly excited Auger electrons of Kr 3d-1 5p photoionized by circularly polarized light was measured. The transferred spin polarization is related to the orientation A10 (and alignment A20) of core holes induced by the primary photoionization process, and to the intrinsic parameters [xi]1 which characterizes the transferred spin polarization of Auger electrons and [alpha]2, the anisotropy parameter which characterizes the angular intensity distribution of Auger electrons. Due to the selection rules of dipole excitation of Kr 3d-1 5p atoms i.e. Ji=1, A10 and A20 are known, [alpha]2 was calculated and measured by Kitajima et al. The calculation of [xi]1 was performed by N. M. Kabachnik and S. Fritzsche.
In the second part of this thesis, the spin polarization of Xe 4p near the ionization threshold was measured to examine the calculations of Cherepkov of contribution of the lowest order nondipole term; the electric-dipole-electric-quadrupole interference terms to the spin polarization of Xe np photoelectrons. The quadrupol matrix elements of the np->[epsilon]f transitions in Xe calculated in RPAE have strong maxima near the ionization threshold. This behaviour is similar to the well-known maxima in the dipole nd->[epsilon]f transitions. These dipole nd->[epsilon]f transitions are responsible for the so-called giant resonances in the total photoionization cross section. They are attributed to the double-well shape of the effective potential for the dipole [epsilon]f partial waves. Both the RPAE non-relativistic calculation from Cherepkov and the relativistic IPA adapted calculation from Derevianko agree qualitatively with the measured nondipole component of electron spin polarization
issa-project/web-backend: 1.0
No full textThis project is provides services for the visualization of documients indexed by the pipeline set up in the context of the ISSA project
issa-project/web-visualization: 1.0
No full textThis project is a web interface for visualizing documents indexed by the pipeline set up in the context of the ISSA project
- …
