The present disclosure generally relates to methods and user interfaces for managing information on computer systems. In some embodiments, methods and user interfaces for managing display of user interface elements based on movement of the computer system and requesting account information are described. In some embodiments, methods and user interface for provisioning an account onto a computer system are described. In some embodiments, methods and user interfaces for associating a transfer amount with an account are described. In some embodiments, methods and user interfaces for displaying user interface elements corresponding to transaction types are described. In some embodiments, methods and user interfaces for managing one or more pending loans are described. In some embodiments, methods for entering a numeric sequence are described. In some embodiments, methods for locking a computer system while entering a number sequence are described.

A computer-implemented method for authentication is provided. The method includes displaying, on a display device and while in a locked state, a set of color wheels, each color wheel having a plurality of segments with each segment being a different color. User input is received via an input device on the set of color wheels. The user input is converted to a string. The string is communicated to an authentication server. In response to communicating the string, a response is received from the authentication server and the response is processed.

A graph model of a graphical user interface (GUI) may be generated by processing usage data of the GUI where the usage data comprises sequences of GUI pages and actions between GUI pages. The nodes of the graph model may be determined by obtaining GUI pages from the usage data, identifying dynamic GUI elements in the GUI pages, generating canonical GUI pages by modifying the GUI pages using the dynamic GUI elements, and creating graph nodes using the canonical GUI pages. The edges of the graph may be determined by processing actions from the GUI data that were performed by users to transition from one GUI page to another GUI page. The graph model of the GUI may be used for any appropriate application, such as determining statistics relating to the GUI or statistics relating to individual users of the GUI.

A graph model of a graphical user interface (GUI) may be generated by processing usage data of the GUI where the usage data comprises sequences of GUI pages and actions between GUI pages. The nodes of the graph model may be determined by obtaining GUI pages from the usage data, identifying dynamic GUI elements in the GUI pages, generating canonical GUI pages by modifying the GUI pages using the dynamic GUI elements, and creating graph nodes using the canonical GUI pages. The edges of the graph may be determined by processing actions from the GUI data that were performed by users to transition from one GUI page to another GUI page. The graph model of the GUI may be used for any appropriate application, such as determining statistics relating to the GUI or statistics relating to individual users of the GUI.

Various systems and methods for presenting and interacting with electronic trading related information on a display screen of a computer system are provided. According to one or more embodiments, buttons are positioned and compressed along an axis, where each button corresponds to a function. A button can be selected through an action of a user input device. A button is removed from the region when a function corresponding to the button is no longer current and when the cursor is not positioned within the region. The remaining buttons, if any, in the region are compressed subsequent to removing the button from the region. A button is not removed from the region when the cursor is positioned within the region.

Various systems and methods for presenting and interacting with electronic trading related information on a display screen of a computer system are provided. According to one or more embodiments, buttons are positioned and compressed along an axis, where each button corresponds to a function. A button can be selected through an action of a user input device. A button is removed from the region when a function corresponding to the button is no longer current and when the cursor is not positioned within the region. The remaining buttons, if any, in the region are compressed subsequent to removing the button from the region. A button is not removed from the region when the cursor is positioned within the region.

A logon screen and a user interface (UI) element used in connection with a remote desktop are resized, by presenting the logon screen and UI element in a connection/viewing window having a size that has been reduced to be smaller than the topology of a display screen of a user device. After the logon process is completed, a window of the remote desktop and/or a window of an application installed on the remote desktop can be sized/resized to a larger size for use by the user.

A logon screen and a user interface (UI) element used in connection with a remote desktop are resized, by presenting the logon screen and UI element in a connection/viewing window having a size that has been reduced to be smaller than the topology of a display screen of a user device. After the logon process is completed, a window of the remote desktop and/or a window of an application installed on the remote desktop can be sized/resized to a larger size for use by the user.

Provided is a cloud platform system for reading a medical image, the cloud platform system including: multiple image processing modules pre-programmed to perform preprocessing of the medical image and modularized; multiple artificial intelligence modules in which an artificial intelligence algorithm is pre-programmed and modularized; multiple layer modules in which layers applied to a configuration of the artificial intelligence algorithm are modularized by function; a learning model design unit providing a graphical user interface for designing an artificial intelligence-based learning model to a user terminal that has had access through a web browser; and a reading model generation unit generating a reading model by training the learning model designed by the learning model design unit.

Display is enabled in such a way that a user can easily discover predetermined information regardless of dynamic change in size of a display region provided on a screen. A display control device includes: a display region setting unit configured to change a position of a boundary line of one or a plurality of display regions provided on a screen to dynamically change a size of the one or plurality of display regions; and a display control unit configured to determine a display mode and a display position of one or a plurality of display objects displayed on the one or plurality of display regions, in accordance with the size of the one or plurality of display regions, wherein the display control unit displays a specific display object on the boundary line, and moves display of the specific display object along with moving of the boundary line.