Inventory management tracking control system
An inventory management tracking control system includes a first event processor operative to receive a video data signal from at least one video capturing device, the video data signal including an archive attribute signal, relating an item being tracked; reader circuitry operative to generate an event attribute signal in response to information provided by a radio frequency identification tag; and a second event processor operative to adjust the image characteristics of the video data signal in response to the event attribute, the second event processor further operative to adjust the event attribute subsequent to the time the event attribute is received. An inventory management control method includes receiving video image data from at least one video capturing device; receiving an archive attribute corresponding to the received video image data; receiving an event attribute corresponding to an occurrence of an event of interest; and adjusting the characteristics of the video image data in response to an event attribute.
1. An inventory management tracking control system, comprising:
a first event processor operative to receive video data from at least one video capturing device, the captured video data having a first image characteristic and further comprising a sequence of frames corresponding to a given time period and including an archive attribute, comprising one of a default attribute and one or more event attributes, relating to an event associated with an item being tracked, the archive attribute corresponding to a relative value of the sequence of frames and an indication of the number of frames to be retained at a given resolution;
reader circuitry operative to generate the one or more event attributes in response to information provided by a triggering device; and
a second event processor, coupled to the reader circuitry, operative to adjust image characteristics and the storage time period of the captured video data in response to business rules corresponding to the one or more event attributes, the second event processor further operative to cause the captured video data to be stored for a predetermined period of time at the first image characteristic and cause the adjusted image characteristics of the captured video data to be stored for a subsequent period of time, the second event processor further operative to adjust the event attribute subsequent to the time the event attribute is received.
2. The control system of claim 1 , further including memory circuitry operative to maintain the archive attribute and the one or more event attributes, and further operative to maintain the adjusted image characteristics of the captured video data in response to the one or more event attributes.
3. The control system of claim 2 , wherein the second event processor is further operative to cause the memory circuitry to purge previously stored video data after a predetermined period of time has elapsed.
4. The control system of claim 2 , wherein the one or more event attributes are generated according to business rules.
5. The control system of claim 1 , further including display means operative to display the image characteristics of the captured video data and the adjusted image characteristics of the captured video data in response to the receipt of an event attribute.
6. The control system of claim 1 , wherein the first image characteristic includes image data having a resolution value in the range of 160×120-640×480.
7. The control system of claim 1 , wherein the adjusted image characteristic includes image data having a resolution value in the range of 640×480-2560×1920.
8. The control system of claim 1 , wherein the image characteristics of the captured video data include the resolution of the captured video image being stored or the number of frames of the captured video data being maintained.
9. The control system of claim 1 , wherein the at least one video capturing device includes a high resolution video camera positioned relative to a geographic area to be monitored, the high resolution camera having a viewing angle α.
10. The control system of claim 1 , wherein the second event processor is further operative to cause the memory circuitry to store the captured video data at a first resolution in the range of 160×120-640×480 and further to cause the memory circuitry to store the adjusted image characteristics at a second resolution in the range of 640×480-2560×1920.
11. The control system of claim 4 , wherein the one or more event attributes are generated by a user modifying the archive attribute during a time post storage of the captured video image data.