Abstract: Embodiments described herein provide a trip plan management system configured to facilitate the execution of various trip activities associated with multiple respective entities by a vehicle. Embodiments may receive a plurality of trip activity requests and generate a plurality of trip activities. Embodiments may also generate a trip plan based on the plurality of trip activities based on a plurality of trip activity parameters associated with each respective trip activity. Embodiments may also generate at least a first rule set based on the plurality of trip activities, where the first rule set is generated based on at least one of a condition set or an action sequence associated with at least one trip activity of the plurality of trip activities. Embodiments may also cause the vehicle to execute the trip plan based on the first rule set by inputting the trip plan and the first rule set into the vehicle.

Abstract: The template-marking tool for installing conduit may comprise a template for locating the center of a new conduit aperture on a junction box. The template may be pressed against a wall of the junction box and may slide along the junction box until a first mark shows at one of a plurality of alignment slots. A second mark may be made on the junction box at one of a plurality of centering apertures. The new conduit aperture may be drilled at the second mark to create an aperture for accepting a conduit connector that an individual conduit will couple to. A plurality of indicia may be adapted to guide a user in selecting one of the plurality of centering apertures on the template based upon the size of a conduit support strut and the diameter of the individual conduit.

Abstract: A method and apparatus for encrypting a Mode-S extended squitter exploiting a provided key. The key includes a control key segment, an address key segment, a first message key segment, and a first parity/identity key segment. Adding modulo two the control segment to the control key segment produces an intermediate control segment. Adding modulo two the address segment to the address key segment produces an intermediate address segment. Adding modulo two the message segment to the first message key segment produces an intermediate message segment. Adding modulo two the parity/identity segment to the first parity/identity key segment produces an first intermediate parity/identity segment. Concatenating the intermediate control segment, the intermediate address segment, the intermediate message segment, and the intermediate parity/identity segment produces an intermediate extended squitter.