Jan 19, 2021 · A low-delay energy-efficient (LDEE) lung WNSN topology model is proposed. In this model, the total network delay and energy consumption of iWNSNs are taken as ...
Jul 15, 2021 · The model can meet the necessary conditions of lung signal transmission, and has the characteristics of low network delay, high throughput, and ...
The development of nano-biosensors and terahertz technology can meet the requirements of high-speed and reliable transmission of lung medical data to ...
Apr 25, 2024 · Topological Optimization of Lung Wireless Nanosensor Network. IEEE ... Bounds on lifetime of cluster-based ultra-wide band wireless sensor network ...
Apr 7, 2024 · This paper presents a new level set-based framework for robust shape and topology optimization against geometric uncertainties. We first propose ...
Topological Optimization of Lung Wireless Nanosensor Network. by Juan Xu, Hongmin Huang, Jiali Kan, Yan Zhang, Yongfa Hong. The early detection and prevention ...
Topological Optimization of Lung Wireless Nanosensor Network · Juan XuHongmin ... Characterizing terahertz channels for monitoring human lungs with wireless ...
Topological Optimization of Lung Wireless Nanosensor Network · Juan Xu,Hongmin Huang,Jiali Kan,Yan Zhang,Yongfa Hong · IEEE Internet of Things Journal（2021）.
Recent advances in Nano-Science and Technology have provided opportunity to develop sensor nodes below 100 nm using various types of novel materials.
In this paper, we design and analyse a WNSN for monitoring human lung cells. We find that respiration, i.e., the periodic inhalation and exhalation of oxygen ...
Missing: Topological | Show results with:Topological