In a form generation method, a text entry interface is displayed. The text entry interface is configured to receive text content of a plurality of questions to be included in a questionnaire form. The text content of the plurality of questions to be included in the questionnaire form and entered in the text entry interface is received. The questionnaire form is generated according to the text content. The questionnaire form includes a plurality of questions that are determined based on parsing of the text content. Further, the questionnaire form is displayed.

In a form generation method, a text entry interface is displayed. The text entry interface is configured to receive text content of a plurality of questions to be included in a questionnaire form. The text content of the plurality of questions to be included in the questionnaire form and entered in the text entry interface is received. The questionnaire form is generated according to the text content. The questionnaire form includes a plurality of questions that are determined based on parsing of the text content. Further, the questionnaire form is displayed.

Generating emotionally enhanced transcription of non-textual data and an enriched visualization of transcribed data by capturing non-textual data of a speaker using bio-feedback technology, transcribing it into to a textual format, combining transcribed textual data with emotional state of the speaker to generate the emotionally enhanced transcribed textual data, and presenting emotionally enhanced transcribed textual data through an enriched visualization including color-coding transcribed textual data to identify mistakes in the transcribed data.

Generating emotionally enhanced transcription of non-textual data and an enriched visualization of transcribed data by capturing non-textual data of a speaker using bio-feedback technology, transcribing it into to a textual format, combining transcribed textual data with emotional state of the speaker to generate the emotionally enhanced transcribed textual data, and presenting emotionally enhanced transcribed textual data through an enriched visualization including color-coding transcribed textual data to identify mistakes in the transcribed data.

A page display control method includes: receiving a first page display instruction; displaying a reference page stored in the first client; sending a first page content to a webpage control in response to receiving a page acquisition request sent by the webpage control, in which the first page content represents a webpage interactive content that is interactive with the first client in the first page, acquiring a first page view by the webpage control through integration according to a first page frame view and the first page content, and returning information that page rendering is finished by the webpage control; and hiding the reference page and displaying the first page view in response to receiving the information that the page rendering is finished.

The present patent application describes techniques for generating an enhanced electronic document that may include one or more graphical user interface (GUI) elements that comprise an interactive workflow. An electronic document is automatically processed to identify patterns within the content of the document that indicate individual content items, such as individual steps or instructions associated with a task described in the document, or individual input fields at which information is to be recorded. For each individual content item identified, a data object (e.g., a JSON object) is added to a file, which is ultimately embedded within the original document to create an enhanced electronic document. When the enhanced electronic document is presented via an appropriate document viewing application of a hands-free computing device, the content of the document is presented in combination with the interactive GUI elements so the end-user can interact with the content and GUI elements via audible (spoken) commands.

An apparatus for generating an application document is provided. The apparatus retrieves a plurality of candidate questions from at least one database, each of the plurality of candidate questions corresponding to one of a plurality of entities, and each of the plurality of entities being different from each other, removes substantively similar candidate questions among the plurality of candidate questions from the different entities; and generates a graphical user interface by aggregating remaining candidate questions among the plurality of candidate questions after the removal of the substantively similar candidate questions as application questions.

An apparatus for generating an application document is provided. The apparatus retrieves a plurality of candidate questions from at least one database, each of the plurality of candidate questions corresponding to one of a plurality of entities, and each of the plurality of entities being different from each other, removes substantively similar candidate questions among the plurality of candidate questions from the different entities; and generates a graphical user interface by aggregating remaining candidate questions among the plurality of candidate questions after the removal of the substantively similar candidate questions as application questions.

Systems and methods are directed to automatically generating a three-dimensional (3D) holographic presentation from a two-dimensional (2D) slide presentation. A network system receives an indication to generate the 3D holographic presentation, which causes automatic generation of the 3D holographic presentation by the network system. In response to receiving the indication, the network system accesses the 2D slide presentation from a user device associated with a presenter and accesses, from a mapping database, a plurality of mappings that indicate how to convert elements of each slide of the 2D slide presentation into a 3D format. The network system then transforms elements of each slide from a 2D format into the 3D format based on the plurality of mappings. The 3D holographic presentation is generated from the transformed elements by blending the transformed elements with a background and/or real-world image data captured by an image capture device.

An aspect of the present disclosure provides for customizing electronic page display based on user interactions. In an embodiment, a web page is displayed in response to a first request. The selection points on the web page are received, and new values are computed for the parameters defining the display characteristics of some of the interactive elements based on the selection points received on the displayed web page. The web page is thereafter sent for display based on the new value for such interactive elements. In one embodiment, the new value corresponds to a width or height parameter, and the size of a first element is increased upon mis-selections found associated with the first element. In another embodiment, the new value corresponds to an inter-element distance between a pair of elements, when mis-selections are found associated with one of the pair of elements.