An artificial intelligence IOT (Internet of Things) Big Data information management and control system comprising:
- a terrestrial vehicle specifically programed artificial intelligence computer communication system for IOT network terrestrial vehicle driving condition analysis and expert system generation of danger warning and control signals further comprising;
- a memory for storing executable program code for said terrestrial vehicle specifically programed artificial intelligence computer communication system and further for storing IOT network terrestrial vehicle driving condition information;
- at least one processor for executing said terrestrial vehicle specifically programed artificial intelligence computer communication system executable program code;
- one or more transceivers for communicating via IOT communication links;
- said IOT communication links providing said terrestrial vehicle artificial intelligence computer communication system information indicative of said terrestrial vehicle driving condition information;
- expert system processing of said terrestrial vehicle driving condition information and derivation of terrestrial vehicle driving condition parameters based on monitoring of (1) said terrestrial vehicle operational status parameters and further based on IOT information exchanges with at least two of:
- (2) communication network connections with application servers, (3) communication network connections with other terrestrial vehicles, (4) communication network connections with pedestrians, and (5) communication network connections with roadside monitoring or control units;
- and further comprising human expert defined parameter ranges and range subsets for said terrestrial vehicle driving condition parameters, and human expert defined propositional logic rules based on values of said terrestrial vehicle driving condition parameters;
- said expert system processing of said terrestrial vehicle driving condition parameters further comprising adaptive ranking of importance of said parameters (1), (2), (3), (4) and (5) with parameter evaluation and assignment to expert defined ranges depending on level of concern indicated by said parameter evaluation for use in expert system analysis;
- said expert system processing further comprising multi-stage hierarchical expert system analysis by said terrestrial vehicle specifically programed artificial intelligence computer communication system of said individual processed and ranked said terrestrial vehicle driving condition parameters (1), (2), (3), (4) and (5) and generation of:
- successive individual output signals (6) from each stage of said multi-stage hierarchical expert system analysis including the final stage output;
- warning and control signals based on each of individual processed and ranked parameters (1), (2), (3), (4) and (5) and further based on the output signals (6) of each stage of said multi-stage hierarchical expert system analysis including the final output stage;
- routing said multi-stage hierarchical expert system analysis output signals (6), except the final stage output signal, to a subsequent stage of said multi-stage hierarchical expert system, and also hierarchical expert system routing of said individual processed and ranked said terrestrial vehicle driving condition parameters (1), (2), (3), (4) and (5) to both separate output signal processing and also to successive stages of said multi-stage hierarchical expert system, and routing the output signals (6) of each successive individual output from each stage of said hierarchical expert system analysis including the final stage output to the output signal processing;
- generating individual warning and control signals based on said IOT network monitoring and also based on multi-stage hierarchical expert system analysis of said output signals (6) by said terrestrial vehicle specifically programed artificial intelligence computer communication system;
- signal processing receiving each of separate individual processed and ranked said terrestrial vehicle driving condition parameters (1), (2), (3), (4) and (5) in addition to each successive individual output signal (6) from each stage of said hierarchical expert system analysis including the final output stage for use in derivation of adaptive feedback control by said terrestrial vehicle specifically programed artificial intelligence computer communication system for use in dynamic ranking of said terrestrial vehicle driving condition parameters presented to said expert system analysis;
- whereby said combination of capabilities provides efficient artificial intelligence IOT Big Data information management and system control by minimizing Big Data access and processing operations achieved through said terrestrial vehicle specifically programed artificial intelligence computer communication system monitoring of said terrestrial vehicle driving condition parameters and further comprising artificial intelligence efficient multi-stage hierarchical expert system signal processing with fewer propositional logic statements than used in non-hierarchical expert system signal processing, and further comprising adaptive feedback control and warning and control signal generation and processing.