PyGMT – Accessing and Integrating GMT with Python and the Scientific Python Ecosystem (AGU24, U12B-05) by Yvonne Fröhlich (20442683)

“…</p><p dir="ltr">PyGMT (<a href="https://www.pygmt.org/" target="_blank">https://www.pygmt.org/</a>) wraps around the very fast GMT C code to make it accessible through the Python programming language. The introduction of meaningful aliases for the single-letter flags (e. g., "region" for "R" or "projection" for "J") and ongoing efforts regarding a more Pythonic syntax for GMT arguments significantly increase user-friendliness and readability of the code. …”

Poster_IZKF_June_2019 by Miguel Gonzalez-Acera (2746414)

Analysis of the selected studies in terms of the code representation used. by Fahmi H. Quradaa (17896527)

Analysis of the selected studies in terms of RNN techniques used. by Fahmi H. Quradaa (17896527)

Analysis of the selected studies in terms of RNN categories used. by Fahmi H. Quradaa (17896527)

Source code representations techniques used in the selected studies. by Fahmi H. Quradaa (17896527)

<i>RNAMotif</i> results for IAV TTS-218 prevalence in <i>D</i>. <i>melanogaster</i> and <i>H</i>. <i>sapiens</i> transcriptome. by Atara Neugroschl (16884406)

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The percentage of unique transcripts and corresponding genes containing the indicated TTS types, as obtained from the transcriptome (<i>version 6</i>.<i>38</i>) analysis. by Atara Neugroschl (16884406)

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Model RNA hairpins illustrating examples of ideal and interrupted 12-bp long TTS. by Atara Neugroschl (16884406)

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Secondary structures for two ncRNAs, predicted with <i>mfold</i>. by Atara Neugroschl (16884406)

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Results for the survey of <i>D</i>. <i>melanogaster</i> transcriptome (<i>version 6</i>.<i>38</i>) for the indicated purine-rich sequences. by Atara Neugroschl (16884406)

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Distribution of the <i>TFOFinder</i> identified TTS sequences. by Atara Neugroschl (16884406)

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Alignment of 15 vRNA8 IAV sequences (<i>Clustal 1</i>.<i>2</i>.<i>4</i> web server). by Atara Neugroschl (16884406)

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Results for the <i>D</i>. <i>melanogaster</i> genome (<i>version 6</i>.<i>48</i>) for R12. by Atara Neugroschl (16884406)

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<i>TFOFinder</i> results for vRNA8 IAV Viet Nam strain HM006763. by Atara Neugroschl (16884406)

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ADT: A Generalized Algorithm and Program for Beyond Born–Oppenheimer Equations of “<i>N</i>” Dimensional Sub-Hilbert Space by Koushik Naskar (7510592)

“…In order to establish the workability of our program package, we selectively choose six realistic molecular species, namely, NO₂ radical, H₃⁺, F + H₂, NO₃ radical, C₆H₆⁺ radical cation, and 1,3,5-C₆H₃F₃⁺ radical cation, where two, three, five and six electronic states exhibit profound nonadiabatic interactions and are employed to compute diabatic PESs by using <i>ab initio</i> calculated adiabatic PESs and NACTs. …”

SQL to Python data transfer overhead analysis. by João António (6496931)

Python Integration of Acceleration to PPV vs Distance by PAUL KIOKO (15912428)

“…<p dir="ltr">The use of Python programming language to integrate acceleration vs distance to Peak Particle velocity vs distance away from the train vibration source</p>…”

BeeGOns! End Node - Python code by Manuel Castillo-Cara (12151920)

“…Programming phase in Python sources<div><br></div><div>Abstract: The widespread deployment of sensors interconnected by wireless links, together with the management and exploitation of the data collected have given rise to the concept of Internet of Things (IoT). …”

Use of PrestoCell. by Yue Wu (1262184)