Abstract: A system for object detection within a monitored zone around a vehicle includes: at least one processor; and memory encoding instructions which, when executed by the processor, cause the system to: detect an object; and suppress an alert associated with detection of the object when a size of the detected object is below a lower size threshold value or above an upper size threshold value.

Abstract: A system for object detection within a monitored zone around a vehicle includes: at least one processor; and memory encoding instructions which, when executed by the processor, cause the system to: detect an object; and suppress an alert associated with detection of the object when a size of the detected object is below a lower size threshold value or above an upper size threshold value.

Abstract: A safety system can include: at least one wearable device configured to communicate with a central hub of a facility; and the central hub programmed to determine a location of the at least one wearable device within the facility, and to provide emergency instructions to the at least one wearable device based upon the location.

Abstract: In an example, a notification system includes: a first notification server that is programmed to originate emergency messages; a second notification server connected to the first notification server, the second network server being programmed to identify the target endpoints associated with the emergency messages; and a virtual personal assistant-enabled device programmed to receive the emergency messages from the second notification server, translate the emergency messages into a format suitable for issuance by the virtual personal assistant-enable device, and issue the emergency message.

Abstract: A safety system can include: at least one wearable device configured to communicate with a central hub of a facility; and the central hub programmed to determine a location of the at least one wearable device within the facility, and to provide emergency instructions to the at least one wearable device based upon the location.

Abstract: A system enabling devices on a printed circuit board to communicate using network communication protocols over the communication medium provided on a circuit board. Disclosed are means for interfacing devices to differential traces on the printed circuit board such that a network communication protocol can be implemented over the traces on a printed circuit board. A hub system is also disclosed to regulate access to a shared communication medium and allow a plurality of devices to communicate over the shared communication medium. Exemplary systems are described.

Abstract: An interactive video menu system provides an economical method for the storage, transmission, and reception of data necessary for interactive video sessions, which allows high-resolution images to be broadcast to end users along with all the control information necessary to display and navigate through these images. A simple interpretive script is run on the end user's device which traps the broadcast information and allows rapid response time and control of the interactive session without requiring expensive high-bandwidth facilities. Buffer equalized coding is used so that still, picture-in-a-still; and moving video images can be compressed at rates below those typically used with the MPEG-2 standard and continuously transmitted as video backgrounds in a seamless loop saving bandwidth without degradation in video quality.

Abstract: An arrangement where display control data which has been developed off-line, and which specifies the content and sequence of the display screens required to lead a customer through activation of a plurality of telephone features, is received and stored by an analog display station either at an initialization or a feature update of the station. The display control data is used by the station to communicate information relating to a particular feature to a user via the station display. The user inputs, e.g., keystrokes, received after each display screen, are stored by the station, and after the sequence has been completed, all such stored user inputs are rapidly transmitted to the switching system to effect the particular feature. Significantly, the switching system telephone feature software is not involved until after all stored user inputs are transmitted. Therefore, there is no need to modify existing software as long as the user inputs are not changed.

Abstract: This invention relates to a method and apparatus for establishing telecommunications calls. An intelligent peripheral is bridged to a call being dialed. If the intelligent peripheral recognizes a need to supply information for establishing a call, or for signaling a customer request, the intelligent peripheral supplies digits or characters on the customer's behalf for use by the switch. The peripheral optionally has speech recognition apparatus for interpreting customer requests and supplying the digits needed to implement that request.