Abstract: Vehicular systems and related methods offer improved user control over activations of vehicular components. User intent to perform an action can be detected using one or more sensors. The user may be prompted by the vehicle to verify the intent by further user behavior. The intent may also be confirmed by requiring that a set of conditions be fulfilled before the action associated with the intent is performed. For example, a sensed gesture and specific position of a key fob may need to both be established before the vehicle performs the action associated with the intent.

Abstract: Vehicular systems and related methods offer improved user control over activations of vehicular components. User intent to perform an action can be detected using one or more sensors. The user may be prompted by the vehicle to verify the intent by further user behavior. The intent may also be confirmed by requiring that a set of conditions be fulfilled before the action associated with the intent is performed. For example, a sensed gesture and specific position of a key fob may need to both be established before the vehicle performs the action associated with the intent.

Abstract: A method and apparatus for hands-free activation of vehicle functions such as accessing doors and windows, and establishing driver preferences such as seat positions is disclosed. A capacitive sensor is embedded in a non-metallic portion of the vehicle such as a tail light, window, or cladding on the vehicle. The capacitive sensor is in communication with a vehicle control unit, which can detect the proximity of a user or a specific gesture to activate a predetermined vehicle function.

Abstract: This disclosure provides a method and a system for large volume data processing for solving the problem of system collapse caused by processing delays resulting from a failure of processing a large volume of data within a scheduled time. The method allocates a server to divide a source file into multiple small files, according to a source file naming scheme, and allocates multiple servers to distributedly process the small files. The allocation of servers can be based on the filenames named according to a file naming scheme. The disclosed method deploys multiple servers to divide and process large data files, thereby maximally improving the processing power of the system and ensuring the system to complete the processing of the files within scheduled times. Furthermore, the system promises good scalability.

Abstract: A system and method configured to receive and improve the quality of image data used to determine the condition of a vehicle driver is provided. The system and method includes a camera positioned to detect image data of the vehicle driver, a lighting system positioned to illuminate an interior of the vehicle, and a controller configured to receive the detected image data and to make a determination of the quality of the image data, alter the lighting system based on the determined image data quality, and determine a condition of the driver based on the received image data.

Abstract: Disclosed are a method and a system for large volume data processing for solving the problem of system collapse caused by processing delays resulting from a failure of processing a large volume of data within a scheduled time. The method allocates a server to divide a source file into multiple small files, according to a source file naming scheme, and allocates multiple servers to distributedly process the small files. The allocation of servers can be based on the filenames named according to a file naming scheme. The disclosed method deploys multiple servers to divide and process large data files, thereby maximally improving the processing power of the system and ensuring the system to complete the processing of the files within scheduled times. Furthermore, the system promises good scalability.