1. Intelligent Autonomous Camera Module (IAKM)

2. Goals Develop an intelligent camera unit with the following features: –Standalone; –Equipped with extraordinary powerful image analog and digital image processing engines; –Image evaluation ability; –Equipped with communication devices; –Remote programmable; –Applications: security, industrial and medical image processing

3. System specification Windows NT based industrial Host PC: High performance PCI image processing devices: –CNN based dual processor card –TriMedia processor card Image processing library Digital and analog frame grabber Communication unit Camera controller Remote controllable camera

4. Software environment PC level software (exe) TriMedia interface (dll) Analogic module interface (dll) Communication module interface Executable code on the analogic module Executable code on the TriMedia module PCMCI peripheries PC peripheries PC level software –Graphic multi-document interface (MDI) –Controls all the peripheries (communication, synchronization) –Drives the communication devices Image processing peripheries –Programmed in C –Requesting data from the host and/or each-other

5. Image processing library Includes the basic routines of the image processing; Optimized for the special hardware devices; Can handle the special hardware; Standard interface; Can be called from C programs;

6. System components I remote controllable camera camera Microcontroller Power supply Temperature controlled housing Remote controllable in ALL settings High resolution vide image (470TVL) 23x optical zoom (2,5°-54° view angle) 758x592 progressive scan CCD Control through RS485 line Up to 32 addressable cameras on the same RS485 line External sync Switchable IR filter Electronic shutter 2/3s - 1/30000s 0,01 lux sensitivity

7. System components II Host industrial PC PC-104 plus standard Full Pentium PC configuration PCI and ISA buses Small floppy disc sized cards Industrial/outdoor quality High reliability

8. System components III analogic processor unit CNN chip subunit –Over 4000 processing elements –Parallel operation –TeraOPS equivalent digital operation –Color, grayscale, and black-and- white image processing capability DSP subunit –Texas C6202 DSP @250MHz –16MByte SDRAM @125MHz –PCI bus –PC104plus form factor

9. System components IV TriMedia processing unit and frame grabber TriMedia processor @ 166MHz 6.5 BOPS Special purpose digital image processing processor 32 MByte SDRAM @ 143MHz DMA controlled multimedia input and output gates MPEG2 support PC104 plus form factor

10. Application areas  Traffic safety systems ( e.g. identifying cars heading opposite direction on a freeway, multi-modal image fusion for pilots)  Industrial quality assurance systems ;  Medical imaging systems (e.g.: real-time ultrasonic image analyzer, 2D and 3D reconstruction)  Professional security systems (e.g.: bank security);  Special surveillance systems

11. Thank you for your interest!