Abstract: Systems and methods for initializing computerized actions using eye gaze and eye gestures are disclosed. An example method begins with detecting, via an eye tracker of a computing device, eye gaze data. The detected eye gaze data points are sampled and collected. A machine learning model is trained using the sampled eye gaze data points. Then, a context of a computing environment is determined. The machine learning model determines a location of the plurality of eye gaze data points of the user in the computing environment. When the plurality of eye gaze data points of the user and an object of the computing environment are both located within a bounding box, a rectangular area or a zone of the computing environment, a computerized action associated with the object is initiated.

Abstract: Systems and methods for hands-free scrolling are disclosed herein. An example method includes detecting an eye movement or gaze of a user relative to content displayed on a display screen of the computing device, the content being arranged along a y axis of the display screen, determining that the user has viewed a portion of the content provided on the display screen and where along the y axis the eye movement or gaze is directed; and automatically scrolling the content on the display in response to the eye movement or gaze of the user in relation to the y axis.

Abstract: Systems and methods for hands-free scrolling are disclosed herein. An example method includes detecting an eye movement or gaze of a user relative to content displayed on a display screen of the computing device, the content being arranged along a y axis of the display screen, determining that the user has viewed a portion of the content provided on the display screen and where along the y axis the eye movement or gaze is directed; and automatically scrolling the content on the display in response to the eye movement or gaze of the user in relation to the y axis.

Abstract: Systems and methods for hands-free scrolling are disclosed herein. An example method includes detecting an eye movement or gaze of a user relative to content displayed on a display screen of the computing device, the content being arranged along a y axis of the display screen, determining that the user has viewed a portion of the content provided on the display screen and where along the y axis the eye movement or gaze is directed; and automatically scrolling the content on the display in response to the eye movement or gaze of the user in relation to the y axis.

Abstract: Systems and methods for hands-free scrolling are disclosed herein. An example method includes detecting an eye movement or gaze of a user relative to content displayed on a display screen of the computing device, the content being arranged along a y axis of the display screen, determining that the user has viewed a portion of the content provided on the display screen and where along the y axis the eye movement or gaze is directed; and automatically scrolling the content on the display in response to the eye movement or gaze of the user in relation to the y axis.

Abstract: A method and system for handling requests from a user and rendering a resulting page in HTML useful in effectuating aspects of an order management system, which reduces the redundancy in the underlying code required to effectuate the HTML page. An embodiment of the present invention modularizes various parts of an HTML page, effectuating the re-use of certain portions of code, advantageously reducing redundancy. In one embodiment, the present invention associates each HTML page with a form mapped to a servlet in a system backend. The servlet performs appropriate action based on corresponding user action. Each user action calls a set of re-usable helper class methods. Upon completion of processing, the servlet calls a render method. The active render method internally calls re-usable render methods in helper classes. These populate NTV data used by a JSP to generate a new HTML page accordingly.

Abstract: Embodiments are directed to applying appropriate pluralization rules to text strings and to generating pluralization rules for multiple different languages. In an embodiment, a computer system identifies a user interface (UI) text string that includes a numerical amount for which an appropriate pluralization form is to be determined. The string is represented by a resource identifier (ID). The computer system receives an indication indicating which language the text string is to be displayed in and determines an appropriate resource ID from a set of pre-generated resource IDs based on the numerical amount and the determined language. The pre-generated resource IDs include various language-specific pluralization forms for localization of the text string. The computer system also returns the localized text string at the determined appropriate resource ID to the UI for display. In this manner, the localized text string is presented with the numerical amount and proper pluralization in the indicated language.

Abstract: A method of operating navigation system having location based services and temporal management comprising selecting a temporal component including a time of interest in a client, a server, or a combination thereof; filtering navigation and location based information with the temporal component by the client, the server, or a combination thereof, for forming time of interest relevant information; and communicating the time of interest relevant information between the client and the server for display by the client.

Abstract: Embodiments are directed to applying appropriate pluralization rules to text strings and to generating pluralization rules for multiple different languages. In an embodiment, a computer system identifies a user interface (UI) text string that includes a numerical amount for which an appropriate pluralization form is to be determined. The string is represented by a resource identifier (ID). The computer system receives an indication indicating which language the text string is to be displayed in and determines an appropriate resource ID from a set of pre-generated resource IDs based on the numerical amount and the determined language. The pre-generated resource IDs include various language-specific pluralization forms for localization of the text string. The computer system also returns the localized text string at the determined appropriate resource ID to the UI for display. In this manner, the localized text string is presented with the numerical amount and proper pluralization in the indicated language.

Abstract: A method of operating a mutable mobile traffic routing system includes: sending traffic routing parameters with a traffic segment from a server for displaying on a client; receiving a traffic re-routing request parameter based on a traffic routing control parameter including the traffic routing parameters with the traffic segment; updating the traffic routing parameters based on the traffic re-routing request parameter; and sending the traffic routing parameters updated with an updated traffic segment with the traffic re-routing request parameter for displaying on the client.

Abstract: Disclosed are systems and methods for augmenting the GNSS RTK surveying system with ground-based ranging transceivers, such as ultra wideband (UWB) Radio Frequency (RF) transceivers. A system embodiment includes a plurality UWB reference ranging transceivers, a movable UWB ranging transceiver, and at least one GNSS RTK receiver. A method includes identifying the surveyed area and placing one or more reference ranging transceivers in the locations proximate to the identified surveyed area. A position of such reference ranging transceivers may be determined using a GNSS receiver. A movable ranging transceiver may be provided in the surveyed area which is configured conduct ranging measurements. GNSS satellite measurements and UWB ranging measurements may be combined to estimate the position of the surveying ranging transceiver. An estimate for the bias and scale factor states for UWB range pairs may be undertaken in order to provide improved position estimation.

Abstract: A method of operating a mutable mobile traffic routing system includes receiving traffic routing parameters by a client from a server to be shown on a display of the client; selecting a traffic re-routing request parameters based on a traffic routing control parameter, from a portion of the traffic routing parameters at the client; sending the traffic re-routing request parameter from the client to the server; updating the traffic routing parameters at the server based on the traffic re-routing request parameter; and sending the traffic routing parameters updated with the traffic re-routing request parameter from the server to the client.