The problem of designing UWB pulses which meet specific spectrum requirements is usually
treated by filtering common pulses such as Gaussian doublets, modified Hermite …

Prolific growth of sensors and sensor technology has resulted various applications in
sensing, monitoring, assessment and control operations. Owing to the large number of …

With the proliferation of wireless sensor networks, the high-density of sensing data is
imposing a significant challenge on spectrum management to share the existing bandwidth …

Spectrum-efficient, high-density, and high-speed data transmission are essential to store
and exchange sensitive information through Internet of Things (IoT) networks. However, the …

Biometric observation using portable and wearable sensors is transforming health
monitoring since patients can now have their conditions frequently checked outside the …

With technological advances in the field of communication, the need for reliable high-speed
data transfer is increasing. The deployment of large number of wireless sensors for remote …

Telehealth is gaining popularity for remote monitoring of patients especially in rural areas.
Stethoscopes are widely used by healthcare professionals to listen to internal sounds of the …

The prevalence of sensors and sensor networks has resulted in the Internet of Things (IoT),
transforming modern lifestyles. However, resource-constrained IoT edge devices require …

Analog pulse-based data telemetry is a novel technology that improves data transmission
rate for spectrum efficient secure communication in high-volume wireless sensor …

This paper presents a randomized pulse-based data encoding scheme that enables high-
speed and low-cost secure wireless communication. For high-speed wireless …