Abstract: There is provided a method for converting input data into a semantic representation, comprising: receiving input data, parsing the input data to identify terms, converting the terms into candidate semantic elements that map to model element(s) of a hierarchical object model, designating one of the candidate semantic elements as a basis semantic element indicative of an object type, wherein the basis semantic representation is set as a root of a tree data structure representation of the semantic representation, combining a subset of the candidate semantic elements into the semantic representation according to a path requirement between each of the model elements and the object type, wherein the semantic representation comprises a hierarchical structure of the subset of the candidate semantic elements connected to the basis semantic element by semantic relations, and creating a structured representation of the input data based on the semantic representation for execution by the search engine.

Abstract: There is provided a method for converting input data into a semantic representation, comprising: receiving input data, parsing the input data to identify terms, converting the terms into candidate semantic elements that map to model element(s) of a hierarchical object model, designating one of the candidate semantic elements as a basis semantic element indicative of an object type, wherein the basis semantic representation is set as a root of a tree data structure representation of the semantic representation, combining a subset of the candidate semantic elements into the semantic representation according to a path requirement between each of the model elements and the object type, wherein the semantic representation comprises a hierarchical structure of the subset of the candidate semantic elements connected to the basis semantic element by semantic relations, and creating a structured representation of the input data based on the semantic representation for execution by the search engine.

Abstract: There is provided a system for converting a search query into an interpreted search query for searching a plurality of objects of an object-related dataset using a search engine, the system comprising: at least one hardware processor executing a code for: receiving, using a software interface, a search query provided by a user for at least one object of the plurality of objects, parsing the search query to identify a plurality of search terms, converting at least one of the plurality of search terms into at least one interpreted query term, creating an interpreted search query based on the at least one interpreted query term, and providing, using the software interface, the interpreted search query for execution by the search engine by matching the interpreted search query with at least one modeled object representation of each of the plurality of objects defined in an enhanced indexed object dataset.

Abstract: Systems and methods for a vehicle including an eye tracking device. The systems and methods use input from the eye tracking device. The systems and methods are configured to communicate with a driver based on input from the eye tracking device. For example, the systems and methods are configured to generate indicators on a display based on input from the eye tracking device.

Abstract: Systems and methods for a vehicle including an eye tracking device. The systems and methods use input from the eye tracking device. The systems and methods are configured to communicate with a driver based on input from the eye tracking device. For example, the systems and methods are configured to generate indicators on a display based on input from the eye tracking device.

Abstract: A suspension superstructure adapted to be mounted to a dune buggy space frame, the space frame having a base frame and configured to support right and left dune buggy wheels at a first track width, the superstructure comprising: right and left frame brackets adapted to be coupled to the base frame; a bridging plate adapted to be connected to the right and left frame brackets; a bumper panel; and right and left wheel control arm supports mounted between the bridging plate and the bumper panel that support control arms of right and left dune buggy wheels so that the wheels have a second track width greater than the first track width.

Abstract: A method for producing sounds corresponding to an exterior of a source vehicle through an audio system corresponding to an interior of the source vehicle includes receiving an input audio signal corresponding to an undefined sound originating from a source within an external environment of the source vehicle and determining the undefined sound to be indicative of a specific external sound to be produced at a desired loudness by one or more output sound devices located within an internal cabin of the source vehicle. An output audio signal is generated based upon the input audio signal and a desired loudness for the specific external sound to be produced. The output audio signal is transmitted to the one or more output sound devices located within an internal cabin of the source vehicle to produce the specific external sound mixed in combination with internal sound that originates from one or more infotainment sources.

Abstract: A suspension superstructure adapted to be mounted to a dune buggy space frame, the space frame having a base frame and configured to support right and left dune buggy wheels at a first track width, the superstructure comprising: right and left frame brackets adapted to be coupled to the base frame; a bridging plate adapted to be connected to the right and left frame brackets; a bumper panel; and right and left wheel control arm supports mounted between the bridging plate and the bumper panel that support control arms of right and left dune buggy wheels so that the wheels have a second track width greater than the first track width.