Controller and method for correcting the operation and travel path of an autonomously travelling vehicle

A non-transitory computer-readable medium comprising instructions which, when executed by a processor that forms part of an interface, cause the processor to perform a plurality of operations for using a fractalization protocol to control or self-correct the operation or travel path of a vehicle during travel or flight, comprising:

• detecting the occurrence of an event or a travel path deviation;
• in response to the detection of the occurrence of the event or the travel path deviation, initiating a master fractalization protocol by identifying or defining a master fractal space, in order to collect input data related to the detected occurrence of the event or the travel path deviation;
• upon the master fractalization protocol detecting a deficiency in data resolution of the collected input data for redressing the operation or travel path of the vehicle, the master fractalization protocol identifying one or more slave fractal spaces of the master fractal space that are related to the deficiency in data resolution;
• the master fractalization protocol initiating at least one or more slave fractals that correspond to said at least one or more of said identified one or more slave fractal spaces in order to collect additional input data and to help compensate for the deficiency in data resolution within said at least one or more slave fractal spaces;
• and
• the fractalization protocol causing a selective execution of the recursive executable grid to collect the additional input data, to compensate for the deficiency in the data resolution, and to redress the operation or travel path of the vehicle.

A controller that uses a fractalization protocol to control or self-correct the operation or travel path of a vehicle during travel or flight, the controller comprising:

• at least one sensor for detecting the occurrence of an event or a travel path deviation;
• in response to the detection of the occurrence of the event or the travel path deviation, a master fractal controller that initiates a master fractalization protocol by identifying or defining a master fractal space, in order to collect input data related to the detected occurrence of the event or the travel path deviation;
• wherein if the master fractalization protocol detects a deficiency in data resolution of the collected input data for redressing the operation or travel path of the vehicle, the master fractalization protocol identifies one or more slave fractal spaces of the master fractal space that are related to the deficiency in data resolution;
• wherein the master fractalization protocol initiates at least one or more slave fractals that correspond to said at least one or more of said identified one or more slave fractal spaces in order to collect additional input data in order to collect additional input data and to help compensate for the deficiency in data resolution within said at least one or more slave fractal spaces;
• wherein the master fractal space defines or contains an executable grid that includes a plurality of executable outlines or cells;
• wherein said at least one or more slave fractal spaces define or contain a recursive executable grid that is identical or similar to the executable grid of the master fractal space;
• and
• wherein the master fractal controller causes a selective execution of the recursive executable grid to collect the additional input data, to compensate for the deficiency in the data resolution, and to redress the operation or travel path of the vehicle.