abifedun
Ifedapo Abdullahi Salami is an avid young researcher with a humongous interest in Electronic Sensors and Wireless Microprocessors for IoT applications.
Dunife R&D ConsultancyKL, Malaysia
Pinned Repositories
Accelerometer-Based-Structural-Health-Monitoring-System-on-the-Go-Developing-Monitoring-Systems
An in-depth development of a structural health monitoring (SHM) system using an accelerometer. An extension of the analysis was designed to be incorporated into LabView. Then, the data were sent via the web to a smartphone acting as the remote server.
Evaluation-of-SISO-OFDM-and-MIMO-OFDM-Channel-s-Performance-using-Experiment-Set-Up-and-Simulations
Flood-Disaster-Warning-System-on-the-go
This project consists of two parts; the measurements of water inflow rate and water level from the flood monitoring system and using part of the data to train a Machine Learning Algorithm in Azure Machine Learning. The programming code in Arduino Integrated Development Environment is uploaded here as well as the Machine Learning package used.
Capacitive-Electrode-Sensor-Design-and-Testing
The design and development of the capacitive water level sensor is showcased in this project. The functional programming code that enables the Arduino microprocessor to work with this sensor is included in this repository. The testing is done and it is found that water level at each finger electrodes of the water level sensor is attached to a wire hich is connected to a digital pin of the Arduino. The analog readings measured from the finger electrodes are then calibrated for ease of computation in the microcontroller.
gr-foo
Some GNU Radio blocks that I use.
Miniaturized-turbine-flow-sensor-Design-and-simulation
The design and development of a turbine flow sensor is showcased in this project. The turbine flow sensor works by measuring the speed of the water current flowing against it.
Miniaturized-Water-Flow-and-Level-Monitoring-System-for-Flood-Disaster-Early-Warning
This project entails the programming code and other user programming codes involved in the development of the flood disaster early warning system
Note-Currency-Recognizer
Note currency recognizer device helps visually impaired people to know the value of money they have in their hand via automated voice.
abifedun's Repositories
abifedun/Miniaturized-turbine-flow-sensor-Design-and-simulation
The design and development of a turbine flow sensor is showcased in this project. The turbine flow sensor works by measuring the speed of the water current flowing against it.
abifedun/Accelerometer-Based-Structural-Health-Monitoring-System-on-the-Go-Developing-Monitoring-Systems
An in-depth development of a structural health monitoring (SHM) system using an accelerometer. An extension of the analysis was designed to be incorporated into LabView. Then, the data were sent via the web to a smartphone acting as the remote server.
abifedun/Evaluation-of-SISO-OFDM-and-MIMO-OFDM-Channel-s-Performance-using-Experiment-Set-Up-and-Simulations
abifedun/Miniaturized-Water-Flow-and-Level-Monitoring-System-for-Flood-Disaster-Early-Warning
This project entails the programming code and other user programming codes involved in the development of the flood disaster early warning system
abifedun/Note-Currency-Recognizer
Note currency recognizer device helps visually impaired people to know the value of money they have in their hand via automated voice.
abifedun/Flood-Disaster-Warning-System-on-the-go
This project consists of two parts; the measurements of water inflow rate and water level from the flood monitoring system and using part of the data to train a Machine Learning Algorithm in Azure Machine Learning. The programming code in Arduino Integrated Development Environment is uploaded here as well as the Machine Learning package used.
abifedun/Capacitive-Electrode-Sensor-Design-and-Testing
The design and development of the capacitive water level sensor is showcased in this project. The functional programming code that enables the Arduino microprocessor to work with this sensor is included in this repository. The testing is done and it is found that water level at each finger electrodes of the water level sensor is attached to a wire hich is connected to a digital pin of the Arduino. The analog readings measured from the finger electrodes are then calibrated for ease of computation in the microcontroller.
abifedun/gr-foo
Some GNU Radio blocks that I use.