Web camera - wiz810mj

  Wiz810mj를 사용하여 카메라의 데이터를 PC로 전송하여 실시간 모니터링을 구축했다. 이를 위해 실제 보드와 kit를 만든것으로 보이며, 아래는 실제 동작하는 블록도이다.

관련 소스가 100%나와있는 것은 아니지만, 아두이노에서 제공해주는 스케치를 보면 구현이 가능할거라 생각된다.

  

Description

WEB Camera   with horizontal and vertical rotation ABSTRACT 001138

Telephone was a revolution in communication in the early days of 1900. People could talk to each other over long distances. However, if they wanted to describe complex things like their garden, they had to say much more. Pictures and photos can cover such things instantly. The web is today’s revolution. It has become fast and its protocols can travel over many types of media. Its protocols can transfer voice and photos. So I developed my WEB CAM.                            It is based on a dsPic40F3013 processor that controls all subsystems. Among the others subsystems, it includes 2 Uart port, SPI 32KB ROM and 2KB RAM. Uart_1 is dedicated to Camera module and SPI is dedicated to WIZ810 module. The photos are taken with a C328 JPEG compression module. The C328 module performs as a JPEG compressed still camera. The host can send a snapshot command in order to capture a full resolution single-frame still picture. The picture is then compressed by the JPEG engine (OV528) and transferred to the host  Each photo is divided in 64 bytes segments. The Wiz810 ehternet module is used to transmit these packets over the internet with UDP protocol. Two standard servos are used to rotate the camera 180ohorizontally and vertically. I develope a windows based program to receive the packets. The programming language that was used is Microsoft Visual Basic 6, a simple and widespread language.  With this program the user can : take a picture at resolution of 640x480 or 320x240 · rotate the camera horizontally and vertically · change the camera’s IP and gateway address to match his network During development I took care to keep a low budget. All chips are made from Microchip. Schematics and PCBs are designed on Eagle 4. PBCs are single layer so anyone can use the Eagle’s evaluation version to reproduce them.  The same goes for the Firmware. The size of the basic firmware code is under 6K, so anyone can use the evaluation version of MikroC to alter the characteristics of the web camera to meet his needs

사이트 : http://www.kalarakis.gr/html/webcamera.html

문서 : http://www.kalarakis.gr/Entry_001138.doc

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