Serverless applications are based on Function-as-a-Service (FaaS) platforms where serverless functions interact with other cloud-specific services. The integration of these components is crucial for the application’s...
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Low power consumption is one of the most crucial aspects of Very Large Scale Integration (VLSI) circuit design. Approximate computing is a novel processing paradigm in low power VLSI architecture. Designing a roughly ...
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Effective traffic management is a crucial element of urban infrastructure, influencing road safety, traffic efficiency, and environmental sustainability. In the contemporary landscape, Field-Programmable Gate Array (F...
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This study focuses on the highly complex and strange dynamical behavior of electric drives. The operation can be broadly classified as periodic, subharmonic or chaotic by studying their behavior through chaos and stab...
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The air conditioning system is a stochastic, non-stationary, multi-connected, nonlinear industrial system. Using traditional management methods for such an object do not provide the required quality of regulation, as ...
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Aquarium keeping has evolved significantly with the integration of technology and our enduring fascination for aquatic life. This study explores the development, features, and applications of Smart Aquatics, a smart a...
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ISBN:
(纸本)9798350351774;9798350351767
Aquarium keeping has evolved significantly with the integration of technology and our enduring fascination for aquatic life. This study explores the development, features, and applications of Smart Aquatics, a smart aquarium system designed specifically for Discus enthusiasts. Tailored to meet the specific needs of Discus Fish, the system incorporates IoT technology, providing aquarists with unprecedented control over key parameters, real-time monitoring, and anomaly detection using machine learning algorithms like the Isolation Forest. A thorough user evaluation using the PSSUQ confirms the high acceptability, usability, and positive user experience of Smart Aquatics. These findings highlight the system's effectiveness in meeting aquarists' needs and advancing intelligent aquarium management. Smart Aquatics represents a shift in how technology and aquatic care intersect, enriching ornamental fishkeeping and paving the way for innovation in understanding and caring for diverse aquatic ecosystems.
Real-time data acquisition and monitoring of seismic bracings can help to maintain their effectiveness during service life and to improve the seismic resistance and disaster mitigation effects when strong earthquakes ...
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ISBN:
(纸本)9798350388084;9798350388077
Real-time data acquisition and monitoring of seismic bracings can help to maintain their effectiveness during service life and to improve the seismic resistance and disaster mitigation effects when strong earthquakes occur. In order to monitor real-time states of the seismic bracing, an intelligent monitoring system based on wireless transmission technology was designed. The system used CC2530 Zigbee module to establish a ZigBee wireless LAN, and combined MEMS vibration sensors and strain gauges. Meanwhile, the system used ESP32 to upload the measurement data to OneNET cloud platform through MQTT wireless communication protocol. The function of data visualization was designed so as to realize real-time monitoring of seismic bracing states. The experimental results showed that the proposed wireless monitoring system can reliably execute real-time data collection, storage, display, and hazard warning to guarantee the effectiveness of seismic bracings.
This study investigates the neural adaptive quantized consensus tracking control of high-order power-chained (the system powers are odd positive integers rather than one) nonlinear multi-agent networks with switched d...
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ISBN:
(纸本)9798350322514
This study investigates the neural adaptive quantized consensus tracking control of high-order power-chained (the system powers are odd positive integers rather than one) nonlinear multi-agent networks with switched dynamics using a specified-time convergence protocol. Based on the newly designed specified-time performance function (STPF), a novel tan-type high-power asymmetric barrier Lyapunov function is devised, such that the consensus tracking error of each follower agent constrained in the pre-assigned performance bounds within a specified-time. The input quantization is considered to release the communication burdens, by utilizing a variable-separable lemma which extracts the quantized signals in a "linear-like" manner ingeniously. The neural adaptive controller is constructed by combining adding-one-power-integrator scheme, RBFNNs based approximators, and proposed STPF method. It is strictly proved that the local consensus tracking error of each agent eventually converges to a small compact set, while all the closed-loop signals remain bounded. In addition, comparative simulations are performed to validate the superiorities of the obtained theoretical findings.
This study proposes a novel image analysis model to detect the presence of infections in tomato crops. In order to categorize the disease, the tomato leaf images scraped from the Plant Village dataset, a convolutional...
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In order to further improve the comfort of the lighting environment in crew cabins, this paper details the design and implementation of a ship's light environment control system. The ship light environment control...
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