Abstract: Methods for providing test results to a patient include accessing historical test result data associated with the patient for a test type. The historical test result data is stored as test results for the test type with corresponding test parameters (e.g., test thresholds) for the test result. To account for differences in the test parameters, the historical test result data is normalized and subsequently transmitted as normalized chart data for display at a user computing device. The normalized test result data is also used to identify and transmit content to a user that is relevant to the test results and other trends in the historical test result data.

Abstract: Systems and methods for providing test results include receiving a request from a user computing device for historical test result data associated with a patient for a test type at a computing system. In response to receiving the request, the computing system accesses the historical test result data for the patient and test type, which includes a test result value and a test range. The computing system generates graphical data, in part, by normalizing the historical test result data by fitting the test range to a chart subrange corresponding to a predetermined range for the test result (e.g., a normal outcome of the test). The computing system then transmits the graphical data to the user computing device for rendering and display at the user computing device.

Abstract: Systems and methods for providing test results include receiving a request from a user computing device for historical test result data associated with a patient for a test type at a computing system. In response to receiving the request, the computing system accesses the historical test result data for the patient and test type, which includes a test result value and a test range. The computing system generates graphical data, in part, by normalizing the historical test result data by fitting the test range to a chart subrange corresponding to a predetermined range for the test result (e.g., a normal outcome of the test). The computing system then transmits the graphical data to the user computing device for rendering and display at the user computing device.

Abstract: A dynamic brake light system for a vehicle having a brake pedal, a communication module, and a speedometer is disclosed herein. The present invention provides a dynamic brake light configured to illuminate in accordance with the deceleration velocity of the vehicle as registered via an accelerometer or how much pressure is applied to the brake system. The dynamic brake light includes an elongated brake light installed to a rear section of the motor vehicle configured to receive input from the brake system. The dynamic brake light system is installable on any make or model of vehicle, including commercial vehicles. The dynamic brake light provides for a safer alternative to standard brake lights, enabling other motorists to adjust their braking as needed to maintain a consistent speed.

Abstract: Provided are a system and method of providing chat-based technical support to smartphone users. The system and method include a cloud-based server connected to the internet, and a plurality of smartphone specialists connected to the server. The server is configured to select a group of top ranked specialists based on device tags and keyword tags. The device tags relate to the smartphone. The keyword tags relate to the smartphone user query.

Abstract: A graphical user interface and digital content processor for the management of digital data. The graphical user interface is characterized by two treeview controls capable of transforming the screen display of items under management by acting as a filtering mechanism for the category value pairs inherent in every item under management. The treeview controls folders, or nodes, transform the screen display of data under management to filter by the category values represented by the treeview controls' folders when selected.

Abstract: A graphical user interface and digital content processor for the management of digital data. The graphical user interface is characterized by two treeview controls capable of transforming the screen display of items under management by acting as a filtering mechanism for the category value pairs inherent in every item under management. The treeview controls folders, or nodes, transform the screen display of data under management to filter by the category values represented by the treeview controls' folders when selected.

Abstract: A mobile station location server determines the mobile station's location through various location techniques or by receiving the location information from the mobile station over an encrypted channel. The server stores the location in memory that may be access by authorized client access devices. A requesting client access device transmits a request to the server over the Internet. The server authenticates the request to verify that the client access device is authorized to receive the location information. If the client access device is authorized, the server can then transmit the information in either an encrypted or decrypted form to the device.

Abstract: A mobile station location server determines the mobile station's location through various location techniques or by receiving the location information from the mobile station over an encrypted channel. The server stores the location in memory that may be access by authorized client access devices. A requesting client access device transmits a request to the server over the Internet. The server authenticates the request to verify that the client access device is authorized to receive the location information. If the client access device is authorized, the server can then transmit the information in either an encrypted or decrypted form to the device.