Abstract: Provided are systems and methods for determining an estimated time of arrival for one or more vessels based on vessel tracking data, and systems and methods for generating an estimated time of arrival model. This includes providing, at a memory, an estimated time of arrival model and a plurality of port boundaries; receiving, at a processor in communication with the memory, vessel data corresponding to at least one vessel, the vessel data comprising vessel location data and secondary data; receiving, at a network device in communication with the processor, an estimated time of arrival request; in response to the estimated time of arrival request, determining an estimated time of arrival corresponding to at least one vessel based on the vessel data and the estimated time of arrival model; and outputting, at an output device in communication with the processor, the estimated time of arrival for the at least one vessel.

Abstract: An electric slave cylinder clutch actuation system includes a clutch pedal sensor connected to a clutch pedal. The clutch pedal sensor is actuated by rotation of the clutch pedal about a rotational axis of the clutch pedal to generate an electrical signal. An electric slave cylinder is positioned within a transmission housing of a vehicle transmission. The electric slave cylinder is in communication with the clutch pedal sensor and includes: a body adapted to receive an actuator housing; and a tube extending from the actuator housing positioned within the transmission housing having an electrical cable assembly extending through the tube to protect the electrical cable assembly within the transmission housing. An actuator positioned within the actuator housing is operated by the electrical signal transmitted via the electrical cable assembly to displace a clutch actuation plate into contact with a clutch plate.

Abstract: A graft for a surgical procedure includes a graft body; and a double-layered section attached to the graft body, wherein the double-layered section is configured to sandwich a target to be joined with the graft. A method for implanting a graft includes providing the graft having a double-layered section attached to a graft body; placing a target in the double-layered section such that the double-layered section embraces the target to form a sandwich structure; and joining the graft and the target by securing the sandwich structure.

Abstract: A vascular graft for anastomosis includes a tubular member; and a cuff disposed proximate one end of the tubular member. Another vascular graft for anastomosis includes a tubular member; a side arm disposed on a side of the tubular member, wherein a lumen of the side arm is configured to be in fluid communication with a lumen of the tubular member; and a cuff disposed on the side arm proximate an end distal from the tubular member. A method for vascular anastomosis includes providing a graft device comprising, a tubular member, and a cuff disposed proximate one end of the tubular graft member; and joining the graft device to a target in an end-to-end anastomosis using the cuff of the graft device.