Abstract: Monitoring of a full cabin of a vehicle (e.g., including driver and passengers) is provided using a single 2D camera and adaptively applying monitoring algorithms based on different signals, based on a person's state as determined from images of the cabin and/or based on a signal from a non-image sensor. Together with logic to decide which algorithms to run based on available compute resources, embodiments of the invention provide efficient monitoring of the vehicle.

Abstract: Monitoring of a full cabin of a vehicle (e.g., including driver and passengers) is provided using a single 2D camera and adaptively applying monitoring algorithms based on different signals, based on a person's state as determined from images of the cabin and/or based on a signal from a non-image sensor. Together with logic to decide which algorithms to run based on available compute resources, embodiments of the invention provide efficient monitoring of the vehicle.

Abstract: Monitoring of a full cabin of a vehicle (e.g., including driver and passengers) is provided using a single 2D camera and adaptively applying monitoring algorithms based on different signals, based on a person's state as determined from images of the cabin and/or based on a signal from a non-image sensor. Together with logic to decide which algorithms to run based on available compute resources, embodiments of the invention provide efficient monitoring of the vehicle.

Abstract: Monitoring one or more people in a space using a camera configured to collect both visible and IR light and to capture an image of one or more people, and a processor configured to determine visibility conditions in the image, which enable detecting the eye of the person, where the processor may control a device, such as a camera and/or illumination source based on the visibility conditions.

Abstract: A system and method for providing information of a person's state, including receiving from a sensor in a space, such as a vehicle cabin, room, outdoor park, etc., information of the person's state, receiving a signal of an unsafe state and based on the signal of an unsafe state, sending a portion of the information to a remote device.

Abstract: A system and method for providing information of a driver's state, including receiving from a sensor in a vehicle information of a driver's state, receiving a signal of an unsafe driver's state and based on the signal of an unsafe driver's state, sending a portion of the information to a remote device.

Abstract: A method for recording a scene, including receiving image data of the scene and recording the image data in a first mode, typically at a low rate and/or resolution. Upon detection of an event in the scene, the image data is recorded in a second mode, typically at a high rate and/or resolution. The method includes recording in multiple-modes based on multiple inputs and logic.

Abstract: A system for monitoring a scene, including a processing unit in communication with an image sensor that obtains image data of the scene, a remote device, and a local storage device, where the processing unit records a portion of the image data and upon detection of an event, increases the portion of the image data being recorded.

Abstract: Systems and methods for automatic calibration of a monitor of a driver include receiving an indication that the driver is driving a car and determining a typical orientation of the driver in a first set of images, the first set captured after receiving the indication. An orientation of the driver in a second set of images, which is captured after the first set, is compared to the typical orientation and a command is generated based on the comparison.

Abstract: Systems and methods for automatic calibration of a monitor of a driver include receiving an indication that the driver is driving a car and determining a typical orientation of the driver in a first set of images, the first set captured after receiving the indication. An orientation of the driver in a second set of images, which is captured after the first set, is compared to the typical orientation and a command is generated based on the comparison.

Abstract: A system and method for providing information of a driver's state, including receiving from a sensor in a vehicle information of a driver's state, receiving a signal of an unsafe driver's state and based on the signal of an unsafe driver's state, sending a portion of the information to a remote device.

Abstract: A method and system for monitoring a driver's state include obtaining a baseline biometric parameter value of a driver from a first set of images, obtaining a current biometric parameter value of the driver from a second set of images, comparing the current value with the baseline value and determining the driver's state based on the comparison.

Abstract: A system for communicating via a network, the system including a non-networking device driver running on a computer, and networking/non-networking apparatus configured to receive, from the non-networking device driver, data that are designated by an application for transmission via a computer network, and transmit the data via the computer network responsive to receipt of the data from the non-networking device driver, where the networking/non-networking apparatus includes a non-networking device impersonator configured to be identified by the computer as a non-networking device, and to receive data from the non-networking device driver, and a network adapter configured to receive the data from the non-networking device impersonator and transmit the data via the computer network.

Abstract: Providing cableless USB connectivity to 802.11-enabled computing devices via 802.11 networks, including transmitting and receiving data in accordance with an 802.11 wireless communications protocol, maintaining a USB-protocol stack including USB-protocol data and control messages, adapting USB-protocol data and control messages in the USB-protocol stack for wireless transmission in accordance with an 802.11 wireless communications protocol, and providing to the USB-protocol stack USB-protocol data and control messages found within received 802.11-protocol communications.

Abstract: A system for communicating via a network, the system including a non-networking device driver running on a computer, and networking/non-networking apparatus configured to receive, from the non-networking device driver, data that are designated by an application for transmission via a computer network, and transmit the data via the computer network responsive to receipt of the data from the non-networking device driver, where the networking/non-networking apparatus includes a non-networking device impersonator configured to be identified by the computer as a non-networking device, and to receive data from the non-networking device driver, and a network adapter configured to receive the data from the non-networking device impersonator and transmit the data via the computer network.

Abstract: An apparatus, system and method for testing USB host solutions, which provide for interactions with simulated USB devices according to the USB specification and also the behavior of actual USB devices as determined in a working environment.