Sensors and Controls @ DILC: Difference between revisions
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'''Pulse Sensor''' | '''Pulse Sensor''' | ||
* Emannuel Abalain | * Emannuel Abalain | ||
'''Proximity Sensor''' | |||
* Chris Manuel Garcia | |||
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Revision as of 00:43, 16 April 2014
Description
a cost-effective, robust, integrated multi-trigger security and alert system using off-the-shelf or recycled hardware and sensors and open-source software technologies for messaging, video streaming and recording, machine vision, video analytics, thermal and power monitoring and control. It provides multi-channel feedback (Twitter, Email, SMS, etc).
Trigger Events
- heat (aircon not working, fire)
- smoke (smoke detector linked to online alarm system)
- motion (person entering/leaving building or room)
- sound (fans, batteries failing, alarm of non-networked motion or thermal sensors)
- power outage
Output
- SMS
- video recording
- log recording
- alarm (sound, light)
- Tweet
- phone dialling
Specs
IP camera, POE (Power Over Ethernet), direct-to-NAS recording (AFP, SAMBA, or NFS), inputs for PIR sensors, Infra Red light for night vision, mechanical IR-Cut Filter Switch (basic surveillance functions incorporated into the camera; camera sends stream when preset event occurs; system send SMS/email), NAS (www.nas4free.org - ZSF file system 4 TB RAID Z2)
Smoke and Temp Module
This module monitors room temperature independent of on-board temperature sensors (also monitored) in our servers. It is especially useful in keeping optimal temperature for DILC's data center. Cooling the room too much is a waste of energy. Temperature readings are occasionally verified using 3rd-party thermal instruments.
Controller:
- Gizduino X (see manual)
Sensors:
Shields:
- ethernet. See also Arduino Ethernet Shield
Web-Available Aircon Control
- components
- Arduino micro
- CD-R King Universal Remote Control
Motion Detection and Video Monitoring Module
- combination of mid-, low-end; recycled, old, new cams
- redundant off-site recordings (continuous and motion-activated events) and picture snapshots
- motion sensors compensate for "blind spots"
Proximity Sensor via Ultrasonic Sonar Module
This is an Arduino micro-based Proximity Sensor through the integration of Ultrasonic Sonar module. With this, one can easily monitor if there's someone near or around a specific area, say, room, door, gate.
I. OBJECTIVES
- To make an Arduino based Proximity sensor via Ultrasonic Sonar module
- To simulate effectiveness by varying distances
II. MATERIALS & COMPONENTS
- Arduino micro
- Ultrasonic Sonar Module (US-100)
- Jumper wires
- 8 (Light Emitting Diodes) LEDs
- 8 220K ohms Resistors
- Printed Circuit Board (PCB)
- Buzzer
III. PROCEDURES
IV. SIMULATION
V. OTHER PHOTOS
VI. REFERENCES
Power Monitoring Module
- uses embedded sensors to monitor temperature and power outage and recovery
- redundant power-failure alert system
NAS Module
Messaging Module
- USB Dongle. See Gammu compatible devices
- Gammu
- Php Mailer
Webapps and Dashboard Module
- Framework Choices: Twisted, Nodejs or alternatives
- to incorporate streams of data from sensors embedded in equipment
Developers
Temperature Sensor Dashboard
- Karen Calado
- Harell Juanico
Temp/Smoke Sensor
- Rowel Cababat
- Joven Baluyot
- Carlito Graza
- Erickson Sombillo
Video Monitoring
- Bonifacio Badilla
- Zandro Paul Abadiac
Raspberry Pi FM Transmitter
- Jhon Mark Sorio
AC Remote Sensor
- Elijah Lingbanan
- Emannuel Abalain
Pulse Sensor
- Emannuel Abalain
Proximity Sensor
- Chris Manuel Garcia
Readings
Power Monitoring
Sensors
Video
- Vision Software
- cctv lens calculator - not just any cam please!
- Avtech Products - benchmark projects with prices here.
- iSpy
- Open Platform Video Surveillance System
- ZoneMinder
- OpenCV
- Scene
- wxCam
- Motion. See also this discussion
SMS
See Also