This paper presents a self-triggered distributed for-mation control method for multiple unmanned surface vehicles (USVs) with limited communication resources in GPS-denied environments. Initially, we configure a veloc...
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DC-DC converter with auxiliary current module (ACM) is usually taken to interface the dynamic loads that have large disturbances and even power steps, such as pulsed power loads. Instantaneous voltage disturbance occu...
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Unmanned Underwater Vehicle (UUV) research typically seeks to understand the physical performance and control aspects of the underwater vessel operated in a dynamic environment. Commonly, UUV operations involve highly...
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ISBN:
(纸本)9798350323139
Unmanned Underwater Vehicle (UUV) research typically seeks to understand the physical performance and control aspects of the underwater vessel operated in a dynamic environment. Commonly, UUV operations involve highly orchestrated coordination to conduct surveys, maintenance, and repair missions. With the vast selection of UUV products in the market, the disparity in the standard user interface is evident. Despite the high-risk and critical operations faced by the UUV operators, very little focus has been dedicated to reviewing the human-UUV interface aspect of the operations of UUV. In this review, an area of Human Machine Interaction (HMI), within the perspective of UUV designs is discussed.
Mission-critical applications such as industrial control processes are evolving towards a new development paradigm by offloading their heavy computations to the edge of the emerging Fifth Generation Wireless Specifica...
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ISBN:
(纸本)9781665495240
Mission-critical applications such as industrial control processes are evolving towards a new development paradigm by offloading their heavy computations to the edge of the emerging Fifth Generation Wireless Specifications (5G) network. In this manner, the applications can gain the economical and efficiency benefits of cloud computing, as well as reliable communication from the 5G network. However, the limited access to a configurable infrastructure of the 5G network and its edge computing infrastructure has restrained academic researchers from experimenting and validating their mission-critical application design under reasonable communication and computation scenarios. In this paper, we present a configurable mid-band 5G Stand-Alone (SA) deployment and demonstrate a control process that is running over the edge of the 5G network. We show in this paper a complete system setup for control over the Edge (CoE) of the 5G network, and validate the feasibility of deploying similar mission-critical applications over the edge of 5G network.
This paper investigates dynamic voltage restorers (DVRs) as a solution to voltage-based power quality issues. A control algorithm based on a Multilayer Gamma Filter is proposed to compensate for voltage sag, voltage s...
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One of the main problems in process discovery is obtaining correctness workflow when analysing a Large Event-Log with high concurrent control flow, complex short loops, and uncertainty. T+ is a novel method to constru...
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It is a challenging task to convert a facial sketch into a photo image. There are numerous techniques for changing a face photograph into a sketch. But there hasn't been much research done on the conversion of fac...
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In the recent decade, human gait detection has evolved as a subfield of biometric authentication that uses a person's motion, time, and clothes to determine who they are. It also works well as a video surveillance...
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IIR Filters have been utilized widely in the domain of signal processing. Among the existing kinds of IIR filters, the Bessel digital filters are linear filters with maximum flat group delay in the passband. Bessel fi...
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The human gait cycle undergoes discernible alterations upon the onset of neurodegenerative diseases (NDD) such as Parkinson's, Huntington's, and Amyotrophic lateral sclerosis. Each specific neurodegenerative d...
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