No matter how labor-intensive and challenging to edit your files are, DocHub offers an easy way to change them. You can change any element in your VIA without effort. Whether you need to tweak a single component or the whole document, you can entrust this task to our powerful solution for fast and quality results.
Moreover, it makes certain that the output form is always ready to use so that you can get on with your projects without any delays. Our all-purpose group of tools also includes advanced productivity features and a catalog of templates, allowing you to make the most of your workflows without the need of losing time on repetitive tasks. Additionally, you can gain access to your documents from any device and integrate DocHub with other apps.
DocHub can take care of any of your document management tasks. With an abundance of tools, you can create and export documents however you want. Everything you export to DocHub’s editor will be saved safely for as long as you need, with rigid safety and data safety protocols in place.
Experiment with DocHub now and make handling your documents simpler!
welcome to our papers presentation this paper is on hierarchical topic mining via joint spherical tree and tax embedding and this work is primarily done by the data mining group at uiuc to analyze and explore a large amount of text corporal mining a set of meaningful topics organized into a hierarchy is intuitively appealing which has a lot of applications including course to find topic understanding corpus summarization in a hierarchical manner and hierarchical text classification along a popular line of framework hierarchical topic models extend the classic ones by modeling the text generated process with a latent hierarchy so that topic structures can be discovered our framework is motivated by the limitations of hierarchical topic models firstly they failed to incorporate useramp;#39;s guidance as unsupervised models hierarchical topic models tend to retrieve the most general and prominent topics from a tax collection via maximum likelihood estimation but these discovered topics m