The Internet of Things (IoT) has rapidly expanded for a wide range of applications towards a
smart future world by connecting everything. As a result, new challenges emerge in meeting …

Wireless implantable bioelectronics and accurate in vivo characterization of path loss
require efficient and robust in-body antennas. Loading electric antennas with the effective …

Automated systems based on wearable sensors for livestock monitoring are becoming
increasingly popular. Specifically, wireless in-body sensors could yield relevant data, such …

Ships are the most important means of transportation for maintaining the marine economy in
most countries. Coastal patrol is an important task of the state to prevent smuggling and …

Modeling forest propagation loss over a vast area is challenging, particularly for the hilly
terrain regions where canopy obstacle depth varies with region. To consider such vegetation …

In this paper, for the first time, the in-to-out-body path loss between a capsule antenna
placed inside the cows' rumen and a distant gateway was characterized at 868 MHz …

Ruminal indwelling wireless sensor node is a promising device that combines telemetry and
biosensing techniques. However, lack of adequate numerical tools and mathematical …

A miniaturized dual-band implantable patch antenna for cows is designed. Its size is 9.4
mm× 9.3 mm× 0.635 mm. The dual-band miniaturization is realized by opening a curved …

Fundamental in-body limitations on achievable radiation efficiency could provide decision-
making assistance to engineers working on antennas for implantable bioelectronics. In this …

Miniature wireless implantable bioelectronics provide powerful capabilities for biotelemetry,
therapeutics, and neural interfacing. These technologies rely on antennas to communicate …