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Timed Animal Manipulation Data Logger (TAMDL)

use timers to trigger your devices

Authors: Loës P., Kempenaers B. (2019) DOI

Platform for animal observation and manipulation.

An efficient system to monitor animal behaviour in wildlife as well as in laboratory settings.

  • Compatible with different RFID systems and triggers
  • Low power consumption and specific data collection lead to long lasting collection periods
  • Applicable world-wide due to its compatibility with different types of radio clock receivers
  • High observation quality through low disturbance of the animals
  • Three user-defined power outputs that can individually be switched on or off at user-defined times

My image

  • Time Synchronization with atomic clock once a day to ensure optimal data quality
  • Current Control twice a day
  • Forecast for Battery-Change implemented
  • Energy Bypass so that Date and Time are maintained even when changing battery
  • Hyperterminal Output, to get real-time data to the computer/laptop
  • Low-Power Device
  • Measure Voltage and Current from your triggered devices

My image

Picture: Prototype "Activity Logger" with RFID-Reader

https://github.com/peterloes/TAMDL/blob/master/Getting_Started_Tutorial/1_poster_overview_2.pdf

Timed camera trap on nestbox top:

https://github.com/peterloes/TAMDL/blob/master/Getting_Started_Tutorial/1_poster_overview_1.pdf

Raw data on SD Card:

https://github.com/peterloes/TAMDL/blob/master/Getting_Started_Tutorial/6_rawdata_BOX0999.TXT

Configuration data on SD Card:

https://github.com/peterloes/TAMDL/blob/master/Software/CONFIG.TXT

Optional components:

https://github.com/peterloes/Light_Barrier

https://github.com/peterloes/Servo_Engine

https://github.com/peterloes/Linear_Engine

https://github.com/peterloes/Booter_RFID-MS_MOMO_TAMDL

https://github.com/peterloes/Clock_receiver_RFID-MS_MOMO_TAMDL

Manufacture:

https://github.com/peterloes/TAMDL/blob/master/Getting_Started_Tutorial/5_Supplier.txt

C is the Greenest Programming Language

To achieve its power and energy-efficiency features, EFM32 products utilize ultralow active and idle power, fast wakeup and processing times, and most important, the ability to intelligently interact with peripherals and sensors autonomously without waking up the CPU and consuming more power.