1. A vehicle fuel control system for controlling a fuel flow to an engine of a motor vehicle operating in a transient mode, comprising: a plurality of input sensors for detecting an engine state, including a speed sensor, a manifold absolute pressure sensor, a throttle position sensor, an AIS motor position sensor, an oxygen sensor, and a spark advance position sensor; a neural network for calculating a fuel multiplier based on input from each of said plurality of sensors, whereby the fuel multiplier controls fuel flow in the vehicle fuel control system; and a fuel actuator for receiving the fuel multiplier and adjusting the fuel flow to the engine of the vehicle.