GPS based tracking system

A method for tracking objet is, comprising the steps of:

• using GPS to track a set of objects;
• sensing data about said set of objects;
• communicating said data and GPS positions from said objects to base stations using wireless technology;
• determining a set of statistics about said set of objects;
• highlighting images of said set of objects in a video;
• and
• adding said statistics to said video.

One or more processor readable storage devices for storing processor readable code, said processor readable code for programming one or more processors to perform a method for tracking objects, the method comprising the steps of:

• using GPS to track a set of objects;
• sensing data about said set of objects;
• communicating said data and GPS positions from said objects to base stations using wireless technology;
• determining a set of statistics about said set of objects;
• highlighting images of said set of objects in a video;
• and
• adding said statistics to said video.

A method for tracking at least one object, comprising the steps of:

• receiving data about an object, wherein at least a subset of said data is derived at least in part using GPS;
• receiving video including said object;
• identifying a difference between a GPS time associated with said GPS and a video time associated with said video;
• and
• determining appropriate information for an image in said video, based at least in part on said difference, wherein said appropriate information is derived from at least a portion of said data.

One or more processor readable storage devices having processor readable code embodied on said processor readable storage devices, said processor readable code for programming one or more processors to perform a method for tracking at least one object, said method comprising the steps of:

• receiving data about an object, wherein at least a subset of said data is derived at least in part using GPS;
• receiving video including said object;
• identifying a difference between a GPS time associated with said GPS and a video time associated with said video;
• and
• determining appropriate information for an image in said video, based at least in part on said difference, wherein said appropriate information is derived from at least a portion of said data.

An apparatus, comprising:

• a communication interface;
• one or more storage devices;
• and
• one or more processors in communication with said one or more storage devices and said communication interface, said one or more processors programmed to perform a method for tracking at least one object, said method comprising the steps of:
• receiving data about an object, wherein at least a subset of said data is derived at least in part using GPS;
• receiving video including said object;
• identifying a difference between a GPS time associated with said GPS and a video time associated with said video;
• and
• determining appropriate information for an image in said video, based at least in part on said difference, wherein said appropriate information is derived from at least a portion of said data.

A method for tracking information about at least one object, comprising the steps of:

• receiving position data about an object, said position data is based on a first GPS sensor;
• receiving sensor data about said object, said sensor data is based on a sensor that is not a GPS sensor;
• receiving video including said object;
• determining at least one statistic related to said object, wherein said at least one statistic is not included in said position data or said sensor data;
• and
• enhancing said video to display said at least one statistic.

One or more processor readable storage devices having processor readable code embodied on said processor readable storage devices, said processor readable code for programming one or more processors to perform a method comprising the steps of:

• receiving position data about an object, said position data is based an a first GPS sensor;
• receiving sensor data about said object, said sensor data is based on a sensor that is not a GPS sensor;
• receiving video including said object;
• determining at least one statistic related to said object, wherein said at least one statistic is not included in said position data or said sensor data;
• and
• enhancing said video to display said at least one statistic.

An apparatus, comprising:

• a communication interface;
• one or more storage devices;
• and
• one or more processors in communication with said one or more storage devices and said communication interface, said one or more processors perform a method comprising the steps of:
• receiving position data about an object, said position data is based on a first GPS sensor,
• receiving sensor data about said object, said sensor data is based on a sensor that is not a GPS sensor,
• receiving video including said object,
• determining at least one statistic related to said object, wherein said at least one statistic is not included in said position data or said sensor data, and
• enhancing said video to display said at least one statistic.

A method for tracking a moving object, comprising the steps of:

• acquiring GPS data for said moving object;
• acquiring error correction information for said GPS data;
• determining a location of said moving object based on said GPS data and said error correction information;
• receiving video of said moving object;
• determining a position of an image of said moving object in said video using said determined location of said moving object;
• and
• editing said video based on said determined position of said image of said moving object in said video.

A method for tracking a moving object, comprising the steps of:

• acquiring GPS data for said moving object;
• receiving error correction information for said GPS data;
• determining a location of said moving object using said GPS data and said error correction information;
• receiving video of said moving object;
• determining one or more statistics about said moving object based on said determined location of said moving object;
• and
• editing said video based on said determined one or more statistics.

An apparatus for tracking a moving object, comprising:

• a GPS receiver mounted on said moving object, said GPS receiver acquires GPS data and receives error correction information for said GPS data, said GPS receiver determines location information of said moving object based on said GPS data and said error correction information;
• a first communication device mounted on said moving object and in communication with said GPS receiver to receive said, location information from said GPS receiver
• a second communication device, said second communication device receives said location information from said first communication device;
• one or more processing devices, at least one of said one or more processing devices is in communication with said second communication device and receives said location information from said second communication device, said one or more processing devices determine a position of an image of said moving object in a video using said location information and cause said video to be edited based on said determined position of said image of said moving object in said video.