Visual presentation of vehicle positioning relative to surrounding objects

An electronic computing device for visual presentation of a position of a vehicle relative to surrounding objects comprising:

• a memory having executable instructions stored thereon;
• and
• a processor configured to execute the executable instructions in order to cause the electronic computing device to:
• render a display of objects of interest on a same interface according to relative positions of the objects of interest relative to the vehicle, wherein in order to render the display of objects, the processor is configured to cause the electronic computing device to:
• pre-process and calibrate one or more image capturing devices;
• receive a continuous stream of images;
• construct a driving surface for object display;
• apply a deep learning model to recognize and identify objects of interest;
• determine positions of identified objects on a driving surface;
• and
• present the identified objects on a driving surface screen,
• wherein in order to determine the positions of the identified objects on the driving surface, the processor is configured to cause the electronic computing device to:
• identify vertical and horizontal angles relative to the image capturing devices associated with each pixel on an image;
• and
• determine the positions of the identified objects based on the identified vertical and horizontal angles relative to the image capturing devices;
• enable communications among the objects displayed on the same interface;
• enable screen sharing among the objects displayed on the same interface;
• and
• enable instant screen sharing with broader audiences.

A method for visual presentation of a position of a vehicle relative to surrounding objects using an electronic computing device, the method comprising:

• displaying objects of interest on a same interface according to positions of each respective object relative to the vehicle;
• enabling communications among the objects of interest displayed on the same interface;
• enabling screen sharing among the objects of interest displayed on the same interface;
• and
• enabling screen sharing with devices associated with objects other than the objects of interest,
• wherein the displaying the objects of interest on the same interface comprises:
• pre-processing and calibrating one or more image capturing devices;
• receiving a continuous stream of images;
• constructing a driving surface for object display;
• applying a deep learning model to recognize and identify objects of interest from the continuous stream of images;
• determining positions of identified objects on a driving surface;
• and
• presenting the identified objects on a driving surface screen,
• wherein pre-processing and calibrating the one or more image capturing devices comprises:
• categorizing the objects of interest by design models associated with each respective object of interest;
• collecting and building dimensions for each of a plurality of object categories;
• collecting and building two-dimensional (2D) art of a top view for each respective object category of the plurality of object categories;
• collecting and building three-dimensional (3D) point clouds for each respective object category of the plurality of object categories;
• establishing a corresponding relationship between each respective object category and associated dimensions, 2D art of the top view, and 3D point cloud;
• determining positions of the one or more image capturing devices relative to the vehicle such vertical and horizontal angular correspondence between segments of images captured by the one or more image capture devices is calibrated;
• and
• establishing communication protocols between the vehicle and the one or more image capturing devices.