The popular cryptosystemtechnology with a realistic way to a highly secure and a smaller encryption bit size is known as Hyper Elliptical Curve Cryptography (HECC). The key-agreement issue is a significant drawback i...
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Detection of geo-environmental problems below pavements is a challenge. Although samples can be obtained by coring through the pavement, this can only be performed at a small number of select locations to provide acce...
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This paper concerns the problem of two-dimensional (2-D) angle (azimuth and elevation) estimation for uncorrelated far-field sources using the proposed sparse rectangular array of antennas, which is constructed by app...
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The Indian real estate sector is pivotal in the nation's economic growth. The purpose of this study is to identify and evaluate the effects of implementing the Real Estate (Regulation and Development) Act in the C...
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The Tennessee Eastman process (TEP) is a widely studied industrial benchmark for testing fault detection and diagnosis techniques, given its complexity and the need for reliable fault detection systems in chemical pla...
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ISBN:
(数字)9798331508227
ISBN:
(纸本)9798331508234
The Tennessee Eastman process (TEP) is a widely studied industrial benchmark for testing fault detection and diagnosis techniques, given its complexity and the need for reliable fault detection systems in chemical plants. This paper proposes a comprehensive application of exploratory data analysis (EDA) techniques to the TEP dataset to enhance process fault detection and improve understanding of the dataset's features. The proposed methodology involves plotting time series data to capture temporal dynamics and applying Shewhart control charts to monitor process variability. Additionally, deviation atlases are used to detect anomalies across all features, dendrograms are employed to identify hierarchical clusters, and correlation heatmaps visualize interdependencies between process variables. By applying these EDA techniques, patterns and relationships that were less apparent in the raw dataset became identifiable, contributing to a more thorough fault diagnosis. The findings highlight the value of EDA in uncovering hidden insights, which could aid in the development of more robust fault detection algorithms for real-world industrial applications.
Lung cancer that is made up of small cells is called small cell lung cancer (SCLC). Smoking tobacco in any form-cigarettes, cigars, or pipes-is by far the most significant risk factor for developing lung cancer, thoug...
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In this paper the design and installation of a water level control system based on PLCs is the main work. Numerous water-saving systems are in place to deliver water from the dam (A wall that holds back water). Thus, ...
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ISBN:
(数字)9798350385205
ISBN:
(纸本)9798350385212
In this paper the design and installation of a water level control system based on PLCs is the main work. Numerous water-saving systems are in place to deliver water from the dam (A wall that holds back water). Thus, it is crucial to open and close the dam gate in order to conserve water. The proposed system achieved a shutter opening/closing time of 10 seconds. Additionally, the PLC-based controller exhibited a response time of ${1 0}$ milliseconds to control signals, ensuring rapid and efficient shutter movement. The goal of the dam automation system with a PLC (programming logic controller) base is to control the water level in the dam reservoir area. Dam gates are controlled by both manual and programmable logic controller (PLC) systems. The PLC is used to regulate the releasing and shutting of dam gates in order to save water resources for irrigation and to operate the dam gate efficiently based on the water level. It also aids in warning nearby residents about impending flooding. A collection of level sensors, a PLC, relays, and a DC motor make up this system. A series of level sensors are used to measure the water level and provide an input signal to a PLC. PLC uses data from level sensors to manage the dam’s gate. To open and close the gate, a dc motor is driven by relays in both forward and backward directions. This autonomous system’s operation will be entirely dependent on the PLC’s ladder diagram programming technique.
Over past few decades due to hectic schedule and careless behavior of human much of disease has arises in form of life killer. Among several Heart diseases is one of the most leading destroyer diseases around the glob...
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In order to improve the energy efficiency and computational capacity of our data processing systems, bioinspired, or neuromorphic, computing draws inspiration from how the brain computes. Emulation of natural systems,...
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Atherosclerotic disease on peripheral arteries, commonly known as peripheral artery disease represents accumulation of cholesterol in peripheral arteries. It causes the formation of different types of depositions call...
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