Audio Digital Imaging Inc.

Midori J Monroe

George Y Huang

Tony D Martin

Dion D Messer

A parallel processing building block (PPBB) chip comprises a low performance programmable digital signal processor (DSP) to implement relatively low intensity processing functions and includes a bus control for address and data communication. A medium performance programmable DSP to implement relatively medium intensity processing functions and includes a bus control for address and data communication. A high performance programmable DSP to implement relatively high intensity processing functions and includes a bus control for address and data communication. A serial and parallel bus controller provides external connectivity to a host system bus. A data router controller is connected to the bus control of each of the high, medium and low DSP's, and to the bus controller, and includes a memory interface controller for connection to an external RAM system, and a data router for controlling data movement between any of the high, medium and low DSP's, the memory interface controller, the bus controller as well as to other PPBB chips.

Parallel processing building block chip

A fake-proof card encoding system comprises an encoding read/write device utilizing components that allow for the recording of data to an EEPROM memory device. A photographic-type image is acquired, digitized and compressed for storage in the memory. The data comprises a data table containing randomly distributed unique serialized information. This information may be the serial number of the encoding read/write terminal, or the issue number of the particular identification information created by the encoding terminal. Advantageously, the system uses color cell compression for the acquisition, digitization and compression of the photographic-type image, which may be a facial representation, fingerprint, signature, voice print, eye retina or any other unique personal identification in a compressed form which may later be machine read to verify the positive identification of the presenter.

System for encoding personalized identification for storage on memory

A fake-proof card verification system allows for the reading of data from an EEPROM memory device. A photographic-type image is stored in the memory device. The data comprises a data table containing randomly distributed unique serialized information. This information may be the serial number of the encoding read/write terminal, or the issue number of the particular identification information created by the encoding terminal. Desired verification data is downloaded from a central processing system. Advantageously, the system uses color cell compression for the acquisition, digitization and compression of the photographic-type image, which may be a facial representation, fingerprint, signature, voice print, eye retina or any other unique personal identification in a compressed form which may read by the decoding system to verify the positive identification of the presenter.

Method of verifying fake-proof video identification data

A fake-proof card decoding system allows for the reading of data from an EEPROM memory device. A photographic-type image is stored in the memory device. The data comprises a data table containing randomly distributed unique serialized information. This information may be the serial number of the encoding read/write terminal, or the issue number of the particular identification information created by the encoding terminal. Advantageously, the system uses color cell compression for the acquisition, digitization and compression of the photographic-type image, which may be a facial representation, fingerprint, signature, voice print, eye retina or any other unique personal identification in a compressed form which may read by the decoding system to verify the positive identification of the presenter.

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Vancouver, Canada

Midori J Monroe