Breakthrough in Energy-Efficient Sensor Networks
Our latest research achieves 40% improvement in battery life for wireless sensor nodes through novel sleep scheduling algorithms.
WANDS is a leading research group pioneering breakthrough technologies in wireless sensor networks, IoT systems, and distributed computing. We transform how the world senses, connects, and responds to environmental changes.
Pioneering innovations across multiple domains of wireless sensing and distributed computing
Next-generation protocols for energy-efficient, self-organizing sensor networks with advanced mesh topologies and adaptive routing algorithms.
Distributed intelligence at the network edge, enabling real-time processing and decision-making for time-critical applications.
Advanced cryptographic protocols and privacy-preserving techniques for secure data transmission in distributed sensing environments.
Essential tools for wireless network planning, optimization, and performance analysis
Calculate optimal data transmission rates for wireless sensor networks and IoT deployments. Essential for determining bandwidth requirements in distributed sensing systems.
Estimate cloud infrastructure costs for wireless sensor data processing and storage. Critical for planning large-scale IoT deployments and edge computing solutions.
Determine power requirements for wireless sensor nodes and edge computing devices. Optimize energy consumption for long-term autonomous operation in remote deployments.
Convert between kilohertz and megahertz for wireless communication planning. Essential for spectrum analysis and interference mitigation in sensor networks.
Our latest research achieves 40% improvement in battery life for wireless sensor nodes through novel sleep scheduling algorithms.
WANDS research on distributed edge computing receives recognition at IEEE International Conference on Distributed Computing.
Collaboration with leading tech companies to deploy smart city sensing infrastructure across Singapore.
Collaborate with leading researchers and industry partners to shape the future of wireless sensing technologies.