Abstract: A system for autonomously controlling a fluid refill station (FRS) includes a sensor that generates an input signal indicative of an amount of fluid in a tank of an autonomous truck and a central controller. The central controller monitors the amount of fluid in the tank and assigns the autonomous truck to the FRS if the amount of fluid has reached a minimum threshold value. The central controller determines an alignment of the tank of the autonomous truck with a fluid outlet of the FRS, directs the FRS to refill the tank with fluid if the tank is in alignment with the fluid outlet of the FRS, and directs the FRS to stop refilling the tank when the amount of fluid in the tank has reached a maximum threshold value. The central controller marks the FRS as non-functional based on a determination of an anomaly with the FRS.

Abstract: Systems and methods for stroke detection in accordance with embodiments of the invention are illustrated.

Abstract: Systems and methods for stroke detection in accordance with embodiments of the invention are illustrated.

Abstract: Systems and methods for stroke detection in accordance with embodiments of the invention are illustrated.

Abstract: Systems and methods for stroke detection in accordance with embodiments of the invention are illustrated.

Abstract: Systems and methods for stroke detection in accordance with embodiments of the invention are illustrated.

Abstract: A system for surface data management for a machine is provided. A first controller maintains an updated surface data and an updating time. A second controller maintains a surface data and a recording time. The second controller transmits a time request for the updating time associated with a destination location. The second controller receives the updating time associated with the destination location. The second controller is compares the updating time with the recording time, each associated with the destination location. If the updating time is more recent than the recording time, the second controller transmits a data request for the updated surface data associated with the destination location and receives the updated surface data. The second controller compares the updated surface data with the surface data, each associated with the destination location and determines a change in the surface data associated with the destination location based on the comparison.

Abstract: A system and a method manage internet media content by identifying relevant media content associated with a webpage, generating a symbolic representation for the identified media and/or presenting the symbolic representation of the identified media to enable media management, organization, retrieval, consumption and/or redirection functionality to be integrated with a web browsing experience. The system and the method may provide enhanced multimedia functionality integrated with a web browsing experience using an application providing web browser functionality, a plug-in program for an existing web browser, and/or an application associated and/or in communication with a web browser.

Abstract: A system and a method transfer multiple data channels between a server and a terminal via a stream session over a network. The system and the method utilize a bitstream switching, a fast buffer filling and/or a fast playback start to facilitate a switch from a first data channel and a second data channel. The server transfers second data of the second data channel to the terminal via one or more tracks which are encoded at more than one bitrate and/or are configured in one or more configurations. The terminal requests a change between the first track and/or the second track without terminating the stream session for the first data channel between the terminal and the server. As a result, the system and/or the method minimizes the delay period of time between requesting the switch to the second data channel and displaying the second data channel.

Abstract: A system and a method transfer multiple data channels between a server and a terminal via a stream session over a network. The system and the method utilize a bitstream switching, a fast buffer filling and/or a fast playback start to facilitate a switch from a first data channel and a second data channel. The first data channel and/or the second data channel is delivered to and/or is transferred to the terminal from the server over the network via a streaming session. The server transfers second data of the second data channel to the terminal via one or more tracks which are encoded at more than one bitrate and/or are configured in one or more configurations. The terminal requests a change between the first track and/or the second track without terminating the stream session for the first data channel between the terminal and the server. As a result, the system and/or the method minimizes the delay period of time between requesting the switch to the second data channel and displaying the second data channel.

Abstract: A system and a method transfer multiple data channels between a server and a terminal via a stream session over a network. The system and the method utilize a bitstream switching, a fast buffer filling and/or a fast playback start to facilitate a switch from a first data channel and a second data channel. The first data channel and/or the second data channel is delivered to and/or is transferred to the terminal from the server over the network via a streaming session. The server transfers second data of the second data channel to the terminal via one or more tracks which are encoded at more than one bitrate and/or are configured in one or more configurations. The terminal requests a change between the first track and/or the second track without terminating the stream session for the first data channel between the terminal and the server. As a result, the system and/or the method minimizes the delay period of time between requesting the switch to the second data channel and displaying the second data channel.