Recent Projects
Digital Image Colorimery System
Volt and Current Measurement and Control unit for LoRa IoT
Digital Image Colorimery System
A Chemical Engineering Research laboratory commissioned the Digital Image Colorimery System at a tertiary institution to monitor changes in electrode surface during electrochemical processes by in-situ digital video recording.
The use case for the project was to demonstrate the relationship between an electrochemical process taking place, and the evolution of standard RED, GREEN and BLUE (sRGB) intensity channels extracted from the digital images.
The system enables researchers to take an image of an electrochemical process in real-time over a period of time. The images are subsequently analysed to determine the absorbancy of the specific solution under investigation.
Due to the availability of a huge selection of relevant libraries, notably OpenCV, PIL and Matplotlib, the system was developed in Python.
Language: Python
Platform: Desktop, Windows
Mobile Site Survey Application
Volt and Current Measurement and Control unit for LoRa IoT
Digital Image Colorimery System
The Mobile Site Survey Application was developed for a cellular service provider that has extensive infrastructure distributed over large geographical areas.
The use case for the development was to enable field technicians to do a comprehensive, guided, questionnaire-based survey of a site with regards to the physical, electrical and transmission infrastructure and assets at that particular site.
The data is uploaded to a central database where it is centrally analysed for asset management and maintenance scheduling purposes.
Language: Magic XPA
Platform: Desktop, Mobile, Windows, Android
Volt and Current Measurement and Control unit for LoRa IoT
Volt and Current Measurement and Control unit for LoRa IoT
Volt and Current Measurement and Control unit for LoRa IoT
The Volt and Current Measurement and Control unit for LoRa IoT was developed for a startup specialising in long-range, low power, wide area network Internet-of-Things solutions.
The project’s main purpose is to measure, monitor, and control potential differences and currents of remote equipment. The measurements and control commands are transmitted over Long Range Radio (LoRa) network to an internet-based monitor and control system.
IDE Systems developed the embedded software for deployment on Atmel processors to perform the above functions accurately.
Language: C++
Platform: Atmel