Abstract: A watercraft transport system having a trailer hinged to a floatable body. The trailer comprises a frame, an axle and wheels and is hinged at the front to the front of the floatable body. The hinge has a limited degrees of freedom for roll, pitch and yaw motion to allow the floatable body to float in the water but still substantially retain its position so that a personal watercraft can be loaded and unloaded from the trailer. The floatable body of the personal watercraft transport system floats on the surface of the water and easily allow the user of the personal watercraft to maneuver in and out of the floatable body. As the personal watercraft transport system is removed from the water, channels on the underside of the floatable body drop into the frame for self-alignment. The floatable body is molded in its interior periphery to accommodate the hull of a personal watercraft, and its upper surface may be coated with skid-proof material.

Abstract: A computerized method, program product, and a service that discovers trace data inserted into a source database having an unknown schema. Once the trace data is found by a dynamic data discovery engine, the tables, the fields, and the attributes of the fields in the source schema in which the trace data were located can be evaluated to determine if the data in the fields are pertinent to a target database. If so, then the data in those fields can be mapped and transferred to a target database. The dynamic data discovery engine generates the commands in both the source and the target database command language to find all pertinent data, map and transfer the data from the source database to a target database. The dynamic data discovery engine generates commands to create the target database and/or fields within an existing target database for the mapped and transferred data.

Abstract: A system, a method, and a service for cooperative parking between vehicles. A parking vehicle has a transmitter to send a parking signal to parked vehicles in proximity to a parking space. A parked vehicle receives the parking signal, activates one or more position sensors mounted on the parked vehicle, activates its engine or auxiliary motor, disengages any locking mechanism such as brakes or the transmission, and moves itself away from the parking space. Once the parking vehicle has parked successfully or after a predetermined time delay, the parked vehicle may move to a position closer to the parking vehicle but still far enough away to avoid collision as determined by the position sensor and turn off its engine or auxiliary motor and re-engage its locking mechanism. The cooperative parking system may include a switch and a transmitter, either contained within a hand-held programmable device or within the parking vehicle.