Systems and methods for semi-automated data transformation and presentation of content through adapted user interface

A system comprising:

• at least one processor;
• and
• a memory, operatively connected with the at least one processor, storing computer-executable instructions that, when executed by the at least one processor, causes the at least one processor to execute a method that comprises:
• automatically applying a trained machine learning model that generates data transformation suggestions for the electronic document based on execution of processing operations that comprise:
• detecting heading information for the content of the electronic document,
• determining sections of the electronic document based on a detection of the heading information,
• ranking importance of the sections determined for the electronic document,
• extracting individual content portions from the sections,
• ranking importance of specific content of individual content portions, within the sections, to the sections of the electronic document, and
• generating the data transformation suggestions that comprise:
• candidate slide suggestions generated based on the ranking of importance of the sections of the electronic document and
• sub-content suggestions for each of the candidate slide suggestions generated based on the ranking of importance of the specific content of the individual content portions to the sections;
• generating, based on an analysis result of the trained machine learning model, a user interface menu that comprises:
• the plurality of candidate slide suggestions,
• the plurality of sub-content suggestions for the candidate slide suggestions and
• a plurality of selectable user interface features configured for user confirmation of the plurality of candidate slide suggestions and the plurality of sub-content suggestions, wherein the generating of the user interface menu further comprises automatically pre-selecting some but not all of the plurality of selectable user interface features based on a threshold evaluation of the ranking of importance of the sections and the ranking of importance of the specific content of individual content portions;
• and
• prior to generating a slide deck presenting slides for the slide-based presentation, transmitting, to the application or service, data for rendering the user interface menu.

A computer-readable storage media storing computer-executable instructions that, when executed by at least one processor, causes the at least one processor to execute a method comprising:

• receiving, from an application or service, an indication of a selection of a user interface element configured to initiate generation of data transformation suggestions for content of an electronic document;
• in response to receiving the indication of the selection of the user interface element, automatically generating data transformation suggestions for the electronic document based on an application of a trained machine learning modeling that executes processing operations that comprise:
• detecting heading information for the content of the electronic document,
• determining sections of the electronic document based on a detection of the heading information,
• ranking importance of the sections determined for the electronic document,
• extracting individual content portions from the sections,
• ranking importance of specific content of individual content portions, within the sections, to the sections of the electronic document, and
• generating the data transformation suggestions that comprise:
• candidate slide suggestions generated based on the ranking of importance of the sections of the electronic document and
• sub-content suggestions for each of the candidate slide suggestions generated based on the ranking of importance of the specific content of the individual content portions to the sections;
• generating, based on an analysis result of the trained machine learning model, a user interface menu that comprises:
• the plurality of candidate slide suggestions,
• the plurality of sub-content suggestions for the candidate slide suggestions and
• a plurality of selectable user interface features configured for user confirmation of the plurality of candidate slide suggestions and the plurality of sub-content suggestions, wherein the generating of the user interface menu further comprises automatically pre-selecting some but not all of the plurality of selectable user interface features based on a threshold evaluation of the ranking of importance of the sections and the ranking of importance of the specific content of individual content portions;
• and
• prior to generating a slide deck presenting slides for the slide-based presentation, transmitting, to the application or service, data for rendering the user interface menu.