Visual engineering surveillance camera Manual de usuario descargar pdf (Pagina 3)

International Journal of Computer Applications (0975 – 8887)

Volume 64– No.13, February 2013

is fused in to the processor. To boot the processor RJ45 cable

is used to connect the board and system through a hub. RS232

cable is connected between the system and board to transfer

the video samples. A 10 inch TFT Monitor is connected to the

development board to view the processed video output.

4. RESULTS

In this chapter all real time results for all the techniques are

explained. Initially the moving objects in video images are

tracked based on image segmentation, background subtraction

and object detection techniques. Algorithm for Unattended

baggage and Motion detection and Intrusion Detection is

discussed in detail. First the real time video input is given to

the system and results are analyzed. To verify the reliability of

the system the video samples downloaded from the various

databases are given to the system through PC and frames of

the output videos displayed.

4.1 Unattended baggage and Motion

detection

The input video sequence is shown as frames in Fig 6. The

results obtained are shown in Fig 7 and the motion detection

is identified and marked in yellow lines and the unattended

baggage found is marked in red color.

Figure 6: The input video sequence is shown as frames.

Figure 7: The Output video sequence for Motion detection

and unattended baggage detection.

4.2 Intrusion Detection

The results obtained are shown in Fig 8 and the restricted area

is marked in red color, when intruder passes in the restricted

area the color changes to green.

Figure 8: The Output video sequence for Intrusion

detection.

1 2 3 4

Sin comentarios

Visual engineering surveillance camera Manual de usuario Pagina 3