Abstract: Provided a Road Side Unit (RSU) transceiver enabled to receive authenticated participant Society of Automotive Engineers (SAE) standard J2735 Basic Safety Messages, RTK corrected GNSS positioning data, SAE standard J3224 Sensor Data Sharing Messages and equipped with a sensor suite consisting of one or more electro-optical sensors, camera sensors, thermal imaging sensors, lidar sensors, ultrasonic sensors, and or radar sensors; the system may include one or more processors programmed or configured to receive data from the system's own sensor suite, reporting transceivers and other network connected devices, to construct high confidence object-actor detection, classification, and tracking perception messages representing the object-actors in the system's field of view for use in other system internal processes and transmit to other external devices for use.

Abstract: Provided a Road Side Unit (RSU) transceiver or a vehicle mounted On Board Unit (OBU) transceiver enabled to receive authenticated participant SAE J2735 Basic Safety Messages, RTK corrected GNSS positioning data, and equipped with a sensor suite consisting of one or more electro-optical sensors, camera sensors, thermal imaging sensors, lidar sensors, ultrasonic sensors, GNSS receiver, and or radar sensors; the system may include one or more processors programmed or configured to receive data from the system's own sensor suite, reporting transceivers and other network connected devices, to construct ground truth object detection, classification, and tracking messages for the object-actors in the system's field of view.

Abstract: Web-based opinion survey method, apparatus, and computer-readable media operable to cause propositional function responses to be provided to a survey server from a client device. The propositional functions are P(x), where P and x are the predicate and subject. Each P(x) is evaluated in the client device for subjects, each with a different x. Preferably, the client device displays the subjects within a Web Single Page Application (SPA) running on the client device. Preferably, the SPA displays a nonnumerical scale, the granularity of which is directly proportional to the number of pixels spanned by the scale. For each P(x), the client device displays labeled markers along the scale, to provide an indication of a level of agreement with the expressed P(x). For each P(x) subject, the client expresses an opinion on a position on the scale, whereby a pixel position corresponds to a rating for the selected subject.

Abstract: Web-based opinion survey method, apparatus, and computer-readable media operable to cause propositional function responses to be provided to a survey server from a client device. The propositional functions are P(x), where P and x are the predicate and subject. Each P(x) is evaluated in the client device for subjects, each with a different x. Preferably, the client device displays the subjects within a Web Single Page Application (SPA) running on the client device. Preferably, the SPA displays a nonnumerical scale, the granularity of which is directly proportional to the number of pixels spanned by the scale. For each P(x), the client device displays labeled markers along the scale, to provide an indication of a level of agreement with the expressed P(x). For each P(x) subject, the client expresses an opinion on a position on the scale, whereby a pixel position corresponds to a rating for the selected subject.

Abstract: Web-based opinion survey method, apparatus, and computer-readable media operable to cause propositional function responses to be provided to a survey server from a client device. The propositional functions are P(x), where P and x are the predicate and subject. Each P(x) is evaluated in the client device for subjects, each with a different x. Preferably, the client device displays the subjects within a Web Single Page Application (SPA) running on the client device. Preferably, the SPA displays a nonnumerical scale, the granularity of which is directly proportional to the number of pixels spanned by the scale. For each P(x), the client device displays labeled markers along the scale, to provide an indication of a level of agreement with the expressed P(x). For each P(x) subject, the client expresses an opinion on a position on the scale, whereby a pixel position corresponds to a rating for the selected subject.

Abstract: A mobile automotive telemetry system for installation on-board a vehicle, includes: (i) diagnostic structure for monitoring operational functions of the vehicle and generating operational information; (ii) a memory for storing the generated operational information; and (iii) a server, in communication with the diagnostic structure and the memory. The server includes: (a) structure to receive a request from a remote client for the generated operational information; (b) structure to retrieve the generated operational information from the memory; and (c) structure to transmit the generated operational information to the remote client.