Abstract: A trolling motor with sensor unit construction is provided. A sensor is mounted to a lower portion of the trolling motor preferably adjacent the trolling motor propulsion unit. A signal conductor extends from the sensor unit connecting it to a display device. The signal conductor is mounted to a tube portion of the trolling motor with a resiliently deformable cover having a pair of channels formed therein extending between opposite ends of the cover. The tube is received within one of the channels and the cable is received within the other of the channels to removeably mount the signal conductor to the tube. The cover has an open side permitting receipt therethrough of the tube and the second channel has an open side for receipt therethrough of the cable. The open side of the second channel opens into the first channel.

Abstract: A trolling motor with sensor unit construction is provided. A sensor is mounted to a lower portion of the trolling motor preferably adjacent the trolling motor propulsion unit. A signal conductor extends from the sensor unit connecting it to a display device. The signal conductor is mounted to a tube portion of the trolling motor with a resiliently deformable cover having a pair of channels formed therein extending between opposite ends of the cover. The tube is received within one of the channels and the cable is received within the other of the channels to removeably mount the signal conductor to the tube. The cover has an open side permitting receipt therethrough of the tube and the second channel has an open side for receipt therethrough of the cable. The open side of the second channel opens into the first channel.

Abstract: A method and system for reconstructing quantized signals is described. Non-linear filtering is applied to a quantized signal to distribute quantum changes over their respective time intervals to provide, for example, a smoother reconstructed signal. The quantization bounds are enforced for each refined signal point to ensure a reconstructed signal that is within the bounded uncertainty associated with the original signal. The process can be applied to selected control points of the quantized signal and non-overshooting splines can be used to interpolate therebetween.