A multi-sensor monitoring system has been developed for real-Time monitoring and analysis of indoor wireless communication environments. The system uses commodity hardware and open-source software platforms, which are...
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With the rapid growth of mm-wave wireless technologies, phased arrays are essential to meet the stringent link-budget requirements under path losses. However, antenna array inter-element coupling distorts each antenna...
In this paper, a 40V 0.15μm Bipolar-CMOS-DMOS (BCD) platform with high sensitivity Hall device and low noise CMOS device is proposed. The lateral Hall device (LHD) with a current-related sensitivity (SI) of 378V/AT a...
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This paper is a survey of Industry 4.0 compliant solutions for Occupational Safety and Health (OSH) management. Occupational diseases and accidents in the workplace form a significant drain on human and financial capi...
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ISBN:
(纸本)9781665496070
This paper is a survey of Industry 4.0 compliant solutions for Occupational Safety and Health (OSH) management. Occupational diseases and accidents in the workplace form a significant drain on human and financial capital. By reviewing the state-of-the-art research on the development and applications of new emerging tools and concepts for OSH management, monitoring and decision-making systems, the potential of the fourth industrial revolution to occupational-related safety and health management issues are reviewed and based on that, the recommended scope of future work is defined.
This paper proposes a low-profile and sustainable novel misalignment-resilient wireless power transfer, harvesting, and sensing system (WPT-HSS) to operate at 433 MHz. The resonators used in the WPT-HSS were slot Yagi...
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The proceedings contain 80 papers. The topics discussed include: enhancing line-of-sight guidance to improve path following for marine surface vessels;deep reinforcement learning for path-following control of an auton...
The proceedings contain 80 papers. The topics discussed include: enhancing line-of-sight guidance to improve path following for marine surface vessels;deep reinforcement learning for path-following control of an autonomous surface vehicle using domain randomization;spatiotemporal elastic bands for motion planning in highly dynamic environments;model based navigation for a twin thruster autonomous surface catamaran;joint sensor and actuator fault diagnosis for autonomous ships;hydraulic volumetric soft everting vine robot steering mechanism for underwater exploration;kinematic task-priority path following for articulated marine vehicles;experimental study of a preliminary height controller for a small autonomous hydrofoil craft;low-cost sensortechnologies for underwater vehicle navigation in aquaculture net pens;towards online data-driven discovery of autonomous ship models for digital twins;and torque reconstruction for maritime powertrains using trend filtering.
Owing to the popularity and miniaturization for the embedded systems, many types of sensors are integrated with the embedded systems as the smart sensors by the electronic manufacturers, and thus the uses can apply th...
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With the advent of time sensitive innovative applications under the Internet of Things and Industry 4.0 landscape, timing accuracy requirements have become crucial. Many current areas, like telecommunications, smart g...
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Physiological sensors are commonly applied for user state monitoring and consequent machine behavior adaptation in applications such as rehabilitation and intelligent cars. While more accurate user state monitoring is...
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Due to the many benefits they provide, WSNs, or wireless sensor networks, are among the technology fields that are developing the fastest. WSNs have continuously expanded their scope of use since they were first devel...
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