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A method and apparatus for managing inventory in a distressed inventory warehouse with the aid of a programmable computer is disclosed. The method and apparatus provides for the complete automation of the inventory management of a distressed inventory warehouse. The method and apparatus also provide

A method and apparatus for managing inventory in a distressed inventory warehouse with the aid of a programmable computer is disclosed. The method and apparatus provides for the complete automation of the inventory management of a distressed inventory warehouse. The method and apparatus also provides for the continual updating of records related to the distressed inventory as it passes through various stages within the distressed inventory warehouse.

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A method and apparatus for managing inventory in a distressed inventory warehouse with the aid of a programmable computer is disclosed. The method and apparatus provides for the complete automation of the inventory management of a distressed inventory warehouse. The method and apparatus also provide

A method and apparatus for managing inventory in a distressed inventory warehouse with the aid of a programmable computer is disclosed. The method and apparatus provides for the complete automation of the inventory management of a distressed inventory warehouse. The method and apparatus also provides for the continual updating of records related to the distressed inventory as it passes through various stages within the distressed inventory warehouse. ement frame of data, wherein the energy reduction function decreases energy levels of each digitized sound sample in an ever increasing manner, starting with a first digitized sound sample and continuing to a last digitized sound sample for the plurality of digitized sound samples in the replacement frame of data; presenting the replacement frame to a user of the VoIP system; repeating the detecting, creating, applying and presenting operations until no missing frame of data is detected; applying a energy restoration function to the replacement frame of data, wherein the energy restoration function increases energy levels of each digitized sound sample in an ever increasing manner, starting with a first digitized sound sample and continuing to a last digitized sound sample for the plurality of digitized sound samples in the replacement frame of data; and presenting the replacement frame of data to the user of the VoIP system. 12. A device for lost frame recovery in a VoIP system, comprising: an input packet reception module to receive a plurality of packets having at least one frame of data per packet in the VoIP system; a lost packet interpolation module, including an energy reduction function, to detect a missing frame of data received from the input packet reception module and interpolate a frame of data using a prior frame of data; and a frame playback module to present the frame of data interpolated by the lost packet interpolation module to a user of the VoIP system. 13. The device recited in claim 12, wherein the frame of data comprises a plurality of digitized sound samples taken in a predetermined time period. 14. The device recited in claim 12, wherein the lost packet interpolation module uses TDHS principles to interpolate the missing frame of data, and the energy reduction function is carried out by multiplying the frame of data by a saw function. 15. The device recited in claim 12, wherein the energy reduction function decreases energy levels of each digitized sound sample in an ever increasing manner starting with a first digitized sound sample and continuing to a last digitized sound sample for the plurality of digitized sound samples in the frame. 16. The device recited in claim 15, wherein the energy reduction function decreases energy levels of last digitized sound sample in a range from 5% to 50% over the first digitized sound sample. 17. The device recited in claim 16, wherein the energy reduction function decreases energy levels of last digitized sound sample from 20% to 30% over the first digitized sound sample. 18. The device recited in claim 12, wherein the lost packet interpolation module further comprises: an energy restoration function to restore the energy level to the frame of data interpolated by the energy reduction function when a frame of data is detected by the packet interpolation module after the frame playback module presents the interpolated frame of data to the user. 19. The device recited in claim 18, wherein the energy restoration function gradually restores energy levels of each digitized sound sample in an ever increasing manner, starting with a first digitized sound sample and continuing to a last digitized sound sample for the plurality of digitized sound samples in the frame until the energy level of the last digitized sound sample is fully restored. 20. The device recited in claim 15, wherein the lost packet interpolation module detects another missing frame of data and interpolates another frame of data using the energy reduction function, wherein the detection of another missing frame and the interpolation another frame of data using the energy reduction function repeats until no further missing frame of data is detected. 21. The device as recited in claim 20, wherein the lost packet interpolation module further comprises: an energy restoration function to gradually restore the energy to the frame of data reduced by the energy reduction module upon the detec