People

Current Teaching Module

Current Teaching Module

• Principles of Computer Systems
• Computer and Communication Network
• Microcomputer Engineering
• Network Security
• Network Design and Analysis
• Artificial Intelligence
• Data Networks
• Research Methodology

Short Course

• Python Programming
• AI Modelling and Analytics
• Microcontroller for Automation

FYP Student Project

• Implement a prototype of a low interaction wireless honeypot systems.
• Secured Education Portal: CMS, IMS, and ISS.
• Automated Home Appliance Systems.
• Smart SMS Student Systems.Smart Home System
• Child Health Mentoring Systems
• Hydro-solar power generator analysis for drainage and waterways systems
• Smart Water Irrigation System
• Self Balancing Robot
• Sound Directed Robots
• Autnomous Maze Solving Robot
• Personalised voice control home automation systems
• Identity detection and tracking systems
• Autonomous Robot Foraging

Specialized Area

Research Interest

• Artificial Intelligence in

• • Robotics
  • Agriculture
  • Health
  • Automation

• Wireless Communication and 5G Networks
• Cyber Physical Systems and IoT
• Dependable Wireless Sensor Systems
• Autonomous System
• Smart Systems

MRES and PhD Supervision

• Design and implementation of directional audio processing algorithms on fixed point DSP platform – Muhammad Khairuddin Bin Othman (Completed)
• Investigating the Effects of Dimensionality Reduction and Implementation of a Novel Feature Engineering Framework Towards Low Dimensional Medical Datasets – Muhammad Amirul Fahmiin bin Abdullah (Completed)
• Adaptive Synchronization For Applications In Body Sensor Network Dk Norhafizah Pg Haji Muhammad (Completed)

Qualifications

• PhD in Computer Science (York)
• MSc in Engineering (Sheffield)
• BSc in Computer Science (Keele)
• PGCTE (UBD)

Career or Professional Bodies/Awards

• FULBRIGHT US-ASEAN Visiting Scholar Award
• Argifood Research Thrusts
• Member of Centre for Transport Research, Centre for Research on Agri-Food Science and Technology (CrAFT) CRAFT

Publication

PUBLICATION

• Precision Analysis of Bresenhams Algorithm on Low-power Intelligent Seeding System
• Evaluating the effectiveness of wrapper feature selection methods with artificial neural network classifier for diabetes prediction
• Visual-Based Positioning and Pose Estimation
• Detecting diseases in Chilli Plants Using K-Means Segmented Support Vector Machine
• Run time analysis of an Audio Graphic Equalizer for portable industrial directional sound systems in industrial usage
• Signature-based morse code encoding for a LED-based optical layer 2 data communication
• Non-intrusive wearable health monitoring systems for emotion detection
• Multi-modal transmission strategies with obstacle avoidance for healthcare applications
• Microcontroller based driver alertness detection systems to detect drowsiness
• A rule-based smart automated fertilization and irrigation systems
• SmartMATES for medication adherence using non-intrusive wearable sensors
• Toward stable soil control system for sustainable water irrigation system in agriculture
• Real-Time adaptive medium access control protocol to improve transmission efficiency in body sensor networks
• Activities based transmission protocol for healthcare applications
• Extending optimistic transmission protocol for other movement patterns
• Optimistic medium access control using gait analysis in Body Sensor Networks
• An Opportunistic Transmission Protocol for Body Sensor Networks using RSSI and on-board accelerometer
• A self-adaptive fault-tolerant systems for a dependable Wireless Sensor Networks
• Validation of performance data using experimental verification process in wireless sensor network
• Immune-inspired self healing in wireless sensor networks
• Google Scholar Link
• Scopus Link