Abstract: A method of diagnosing a software system of a vehicle includes receiving data related to the software system of the vehicle, identifying an anomalous event based on a pattern of the received data, and collecting contextual information related to the anomalous event. The method also includes inputting the anomalous event and the contextual information to a machine learning model, determining a root cause of the anomalous event by the machine learning model, and based on determining that the anomalous event corresponds to the malfunction, performing a mitigating action.

Abstract: Molded plastic cover pieces and mating fabric or hard-side sidewall panel assemblies are disclosed for mounting over a storage container. The cover piece provides several raised rails at perimeter edges and rails defining tine receiving lifting channels that contain sub-frame members that stiffen the cover and facilitate attachment of the cover and side walls to form a complete cover assembly. Single panel and thermally bonded multi-panel cover assemblies are disclosed. Bracing members and/or embossed surfaces at the rails and tine receiving channel cover pieces strengthen the covers and direct water runoff Fabric or expansible hinges provide flexible transitions at intersecting sidewall corners. Alternative cover assemblies provide lifting towers, panels with tine receiving apertures or interconnected tension members.

Abstract: Several molded, hard plastic cover pieces and attached fabric or hard side wall assemblies are disclosed for mounting over a storage container. One cover piece provides raised channel rails that support a layered sub frame assembly. The sub frame secures fabric or plastic side wall assemblies to the cover piece. Fabric or expansible hinge pieces mount between fabric or plastic panels to provide flexible transitions to facilitate the mounting and removal of the cover piece and/or sidewall assembly. Cross pieces fitted to channel rails define lifting supports to permit attachment or removal of the cover piece from a wooden storage container. Truss pieces formed between channel pieces strengthen and control water runoff. Alternative cover pieces provide lifting towers, panels with tine receiving apertures or interconnected tension members.

Abstract: Molded plastic cover pieces and mating fabric or hard-side sidewall panel assemblies are disclosed for mounting over a storage container. The cover piece provides several raised rails at perimeter edges and rails defining tine receiving lifting channels that contain sub-frame members that stiffen the cover and facilitate attachment of the cover and side walls to form a complete cover assembly. Single panel and thermally bonded multi-panel cover assemblies are disclosed. Bracing members and/or embossed surfaces at the rails and tine receiving channel cover pieces strengthen the covers and direct water runoff Fabric or expansible hinges provide flexible transitions at intersecting sidewall corners. Alternative cover assemblies provide lifting towers, panels with tine receiving apertures or interconnected tension members.

Abstract: Several molded, hard plastic cover pieces and attached fabric or hard side wall assemblies are disclosed for mounting over a storage container. One cover piece provides raised channel rails that support a layered sub frame assembly. The sub frame secures fabric or plastic side wall assemblies to the cover piece. Fabric or expansible hinge pieces mount between fabric or plastic panels to provide flexible transitions to facilitate the mounting and removal of the cover piece and/or sidewall assembly. Cross pieces fitted to channel rails define lifting supports to permit attachment or removal of the cover piece from a wooden storage container. Truss pieces formed between channel pieces strengthen and control water runoff. Alternative cover pieces provide lifting towers, panels with tine receiving apertures or interconnected tension members.