ABSTRACT
Hostel Surveillance Camera Project
• Night Vision.
• Image Capture & Video Recording at 1080p on Ethernet cable.
• Unlimited recording on system available.
• 480p recording on wifi.
Technical Specifications: -
RaspberryPi B+ : To control ADDY and provide signals to GPIO for its I/P & O/P.
Processor-Broadcom BCM2835 ARMv6, Chipset-HD multimedia
app processor, 512MB SDRAM @400MHz, Storage-MicroSD,
4xUSB Ports, 1.8A@5V, 40GPIO Pins.
NoIR Camera Module:
To capture images/videos at low light.
5mp, 1080p, 16:9 HD resolution
Web Interface to view camera
Next Phase Development: Image Processing
Face Recognition and Counting Persons going/incoming!!
Currently, I am working on OpenCV module for image
recognition and database connection to make more interactive surveillance
camera.
What it will do?
 Count persons per frame.
 Sends notification for face recognition.
 Sets Alarm when unusual activities detected.
 Motion detection like over-crowd and calculating scores
using temperature sensors

Hostel Security Camera Project Using OpenCV

  • 1.
    ABSTRACT Hostel Surveillance CameraProject • Night Vision. • Image Capture & Video Recording at 1080p on Ethernet cable. • Unlimited recording on system available. • 480p recording on wifi. Technical Specifications: - RaspberryPi B+ : To control ADDY and provide signals to GPIO for its I/P & O/P. Processor-Broadcom BCM2835 ARMv6, Chipset-HD multimedia app processor, 512MB SDRAM @400MHz, Storage-MicroSD, 4xUSB Ports, 1.8A@5V, 40GPIO Pins.
  • 2.
    NoIR Camera Module: Tocapture images/videos at low light. 5mp, 1080p, 16:9 HD resolution Web Interface to view camera
  • 3.
    Next Phase Development:Image Processing Face Recognition and Counting Persons going/incoming!! Currently, I am working on OpenCV module for image recognition and database connection to make more interactive surveillance camera. What it will do?  Count persons per frame.  Sends notification for face recognition.  Sets Alarm when unusual activities detected.  Motion detection like over-crowd and calculating scores using temperature sensors