Understanding dating behavior is intrinsically interesting and practically important for every individual in the society. People want to find someone who they want to share stories and emotions, understand and sympathize, commit the rest of life together. Accordingly, people spend a huge part of life finding "the one" or "soul-mate" who they believe potentially maximize their happiness and satisfaction in life. Ironically, they often end up breaking up and saying "He/She was not the right person". Researchers in many areas have studied dating behavior in varying ways to understand why people repeat the vicious circle and still get in there to find the right person. Here, we investigated dating behavior by analyzing relations between multi-aspect variables that include physical and psychological features of individuals and the probability of match in a speed-dating situation. We used theoretical approach and machine learning approach to investigate the pattern of dating behavior and to find the best predictor of match in dataing. For theory driven approach, we used multilevel linear model and multilevel logistic regression. For machine-learning approach, we used learning vector quantization and extreme gradient boosting.
The knowing of politics is mostly an unknown problem on a large scale in Colombia. Here is proposed a web visualization project, in which the historical information of the votes and the elected representatives are presented in an entertaining and inclusive way, in order to generate a feeling of empathy or politician relevance in the spectator creating the assumption that there's a familiar relationship
A simple project meant to create a PDF version of a Wikibook I've been working on for the past few years. It's just an APA paper, as simple as it could be, but it's filled with useful information in my field of coaching.
This is a direct copy of the codes in section 2.9 of the pgfgantt package
documentation (See page 45)
except the color setting.
Alone with this one,
this examples shows how to make Gantt charts for project planning in LaTeX with the pgfgantt package. They are from the package documentation. The pgfgantt package provides many useful macros for generating the calendar for the Gantt chart for either absolute or relative dates. It also provides macros for grouping and linking tasks, and for full control over the styling of the chart.
Dissertate provides a beautiful LaTeX template for a thesis or dissertation. This template has been uploaded into Overleaf so you can get started simply by clicking the button above.
It currently provides everything needed to support the production and typesetting of a PhD dissertation at Harvard, Princeton, and NYU.
The format and styling are based closely on the requirements published by each university's registrar.
For more information, please see the Dissertate on GitHub