Vehicular route optimization system and method

A vehicular route optimization system, comprising:

• memory storing data, said data indicating an order that a mobile vehicle is expected to arrive at a plurality of destinations;
• a first communications device configured to receive a request transmitted from a remote communications device;
• and
• a data manager interfaced with said first communications device, said data manager configured to automatically define, in response to said request, a new order that said mobile vehicle is expected to arrive at said plurality of destinations, said data manager further configured to identify one of said destinations and a particular time period based on said request and to determine whether said vehicle is expected to arrive at said one destination during said particular time period if said vehicle travels a route based on said new order, said data manager further configured to automatically accept said request and update said data, in response to a determination that said vehicle is expected to arrive at said one destination during said particular time period if said vehicle travels said route based on said new order, such that said data indicates said new order.

A vehicular route optimization method, comprising the steps of storing data, said data defining an order that a mobile vehicle is expected to arrive at a plurality of destinations;

• receiving a request for said vehicle to arrive at one of said destinations during a particular time period;
• analyzing said data in response to said request;
• automatically determining whether to accept said request based on said analyzing step;
• automatically modifying said order in response to a determination in said determining step to accept said request;
• rendering said data;
• and
• indicating said modified order via said rendering step.

A vehicular route optimization method, comprising the steps of:

• storing data, said data defining an order that a mobile vehicle is expected to arrive at a plurality of destinations;
• receiving a request for a vehicle to arrive at one of said destinations during a particular time period;
• automatically defining, in response to said request, a new order that said mobile vehicle is expected to arrive at said plurality of destinations;
• automatically determining whether said vehicle is expected to arrive at said one destination during said particular time period if said vehicle travels a route based on said new order;
• automatically updating said data such that said data indicates said new order that said mobile vehicle is expected to arrive at said plurality of destinations;
• performing said updating step in response to a determination in said determining step that said mobile vehicle is expected to arrive at said one destination during said particular time period if said vehicle travels said route based on said new order;
• and
• rendering said updated data.