A device that can eavesdrop on acoustic signals generated by the animals. Presented at ICFOSS Swathanthra Fifth International Free Software Conference, Kerala
18 - 20 December 2014, Hotel Hycinth by Sparsa, Trivandrum by Rineez Ahmed N
To design a device that can eavesdrop on acoustic signals generated by the animals.
System that is capable to record human audible acoustic
signals generated by the animals
from any remote area at customizable timings and duration
without any manual intervention.
The Recordings are formatted and stored properly with their
timestamps and are uploaded to storage servers.
3. Let’s start with a look on biodiversity and
overview on monitoring system
1.
INTRODUCTION
Livares Technologies
4. INTRODUCTION
◈ Meaning of biological diversity
◈ Measuring biodiversity
◈ The physics of sound
◈ Sound and animals
◈ Bioacoustics based approach
Livares Technologies
5. Let’s have a lookup on our Biodiversity
Monitoring Project (BMP)
2.
OUR SYSTEM
Livares Technologies
6. Biodiversity Monitoring Project (BMP)
Idea : To design a device that can
eavesdrop on acoustic signals generated
by the animals
Livares Technologies
7. Let’s have a look on the components used
for open source implementation
3.
Components
Livares Technologies
9. Software Components
◈ Raspbian (Raspberry Pi®)
◈ Arduino programming language
(Microcontroller)
◈ Java (BMP Implementation)
BMP - An Open Source Implementation
Livares Technologies
10. Dig out the architecture and working
procedures of our system
3.
How it works ?
Livares Technologies
11. What the System is ?
System that is capable to record human audible acoustic
signals generated by the animals
from any remote area at customizable timings and duration
without any manual intervention.
The Recordings are formatted and stored properly with their
timestamps and are uploaded to storage servers.
Livares Technologies
Biodiversity Monitoring Project
13. How it Works ?
◈ 24x7 Active microcontroller switching circuit powers the
recording system on customized time defined by user.
◈ recording system on power up does the following
❖ Tries to Connect internet via usb modem
❖ Sync the real time from microcontroller / internet
starts recording and resumes the pending upload in
parallel with (if internet) for the user defined time
❖ after recording completion format it , attempt to
upload it
❖ Steps to Power off
Biodiversity Monitoring Project
Livares Technologies
14. ◈ Based on ATMega328.
◈ Programmed to provide power for recording system only
at scheduled timings.
◈ Uses DS1307 as an RTC as well as a storage for
scheduled power up timings.
◈ Communicates with the recording system , updates real
time from internet , stores user timings to DS1307
Microcontroller switching circuit (MSC)
Livares Technologies
15. ◈ Based on Raspberry Pi with a java application
◈ Records acoustic signals , connects to internet via usb
modem, updates real time of MSC ,updates the new
timing schedules from internet if available
◈ Uploads the recorded sound with time stamp to the
storage servers as mp3 - via ftp/sftp
◈ After Completion of recording request MSC to power off
the system then makes a safe turnoff of rasbian
Recording System
Livares Technologies
16. ◈ Java application establish serial
communication with the microcontroller
switching unit and Raspberry Pi.
◈ Application logs all activities for future
investigation and maintenance.
◈ Establishes SFTP with storage server and
updates user timing schedules from internet
servers.
Recording System
Livares Technologies
18. Have a look over the features of our
system
4.
Features
Livares Technologies
19. Features
Compact
The System is
compact box sized
with measurements
18x15.5x3.5
Low Power
Consumption
Recording system is
powered only when
required
Customizable
Recording time ,
duration,sound
amplification etc are
customizable
Weather Proof
The system is
packed in a
weatherproof box
Portable
The system is highly
portable and
remotely manageable
Maintenance
Higher support and
tracking of logs
20. Acoustic emissions of animals contains species-specific and
individual information exploitable to listeners, monitoring it
constantly and deeply will reveal visually inaccessible habitats
that may open the key to the secrets of Biodiversity.
5. Conclusion
Livares Technologies
21. 1. ACEVEDO, M.A. & VILLANUEVA-RIVERA, L.J. 2006. Using
automated digital
recording systems as effective tools for the monitoring of
birds and amphibians.
Wildlife Society Bulletin 34: 211-214.
2. http://www.amibio-project.eu/
3. http://sueur.jerome.perso.neuf.fr/WebPage_PapersPDF/
Sueuretal_AAA_2014.pdf
6. Reference
Livares Technologies