The proceedings contain 110 papers. The special focus in this conference is on Artificial Intelligence and data Engineering. The topics include: IoT-Based Nursery Management System;Shortest Path Discovery for Area Cov...
ISBN:
(纸本)9789811535130
The proceedings contain 110 papers. The special focus in this conference is on Artificial Intelligence and data Engineering. The topics include: IoT-Based Nursery Management System;Shortest Path Discovery for Area Coverage (SPDAC) Using Prediction-Based Clustering in WSN;smart Mirror Using Raspberry Pi for Intrusion Detection and Human Monitoring;A Home Security Camera System Based on Cloud and SNS;design, Calibration, and Experimental Study of Low-Cost Resistivity-Based Soil Moisture Sensor for Detecting Moisture at Different Depths of a Soil;an IoT-Based Predictive analytics for Estimation of Rainfall for Irrigation;smart Watering System Using MQTT Protocol in IoT;internet of Things (IoT) Enabling Technologies and Applications—A Study;evaluation of Standard Models of Content Placement in Cloud-Based Content Delivery Network;ioT-Based data Storage for Cloud computing Applications;character Recognition of Tulu Script Using Convolutional Neural Network;ioT-Based Heart Rate Monitoring System;Exploring the Performance of EEG Signal Classifiers for Alcoholism;type-2 Tetradecagonal Fuzzy Number;critical Path Problem Through Intuitionistic Triskaidecagonal Fuzzy Number Using Two Different Algorithms;genetic-Neuro-Fuzzy Controller for Indirect Vector-Controlled Induction Motor Drive;artificial Intelligence-Based Chatbot Framework with Authentication, Authorization, and Payment Features;disease Recognition in Sugarcane Crop Using Deep Learning;deep Learning-Based Car Damage Classification and Detection;sparse Reflectance Map-Based Fabric Characterization;a Generalized Model for Cardiovascular Disease Classification Using Machine Learning Techniques;a Risk Assessment Model for Patients Suffering from Coronary Heart Disease Using a Novel Feature Selection Algorithm and Learning Classifiers;Toward Artificial Social Intelligence: A Semi-supervised, Split Decoder Approach to EQ in a Conversational Agent;classification of Text Documents.
The combination of knowledge map and knowledge card enables users to not only read the text to obtain detailed explanation, but also perceive the relevance between knowledge ontology through visual graphics. The text ...
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Internet-of-Things and Blockchain technology are evolving all around today's modern world to solve many problems such as security, communications, data collection and analysis, etc. However, we also have some issu...
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Purpose-Forecasting techniques are used in the real-world system for better decision making. The main purpose of this research paper is to explore the techniques used by retail store chains for variety of products at ...
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With the explosive growth of data, more and more people choose to store data in the cloud. However, cloud data generally has a problem of data leakage, and the privacy of cloud data has become one of the main problems...
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With the rapid development of the fourth-generation technological revolution, the continuous emergence of new technologies has had a huge impact on the market, industry and individuals. The emerging technologies emerg...
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Hospital readmission is a crucial healthcare quality measure that helps in determining the level of quality of care that a hospital offers to a patient and has proven to be immensely expensive. It is estimated that mo...
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In this paper, a configurable intelligent biasing calibration methodology is presented for medical sensor applications. The proposed biasing calibration algorithm is applicable for single as well as an array of nanopo...
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ISBN:
(纸本)9781728160344
In this paper, a configurable intelligent biasing calibration methodology is presented for medical sensor applications. The proposed biasing calibration algorithm is applicable for single as well as an array of nanopore sensors in a medical device. This technique compensates the variation among different nanopore sensors by calibrating the gate biasing voltages and improves accuracy and enhances reliability. It also identifies the faulty nanopore sensors. The presented biasing calibration controller is fully synthesizable and it needs only 1.184 K gates for its implementation. It draws only 76.3 nA current from 1.2 V supply its power consumption is only 91.56 nW. The proposed intelligent biasing calibration controller is integrated into a medical sensing system and it is implemented in a 130 nm CMOS process.
The paper presents a model of intelligent pasture incorporating three main components: one static sensor network with group of sensors located on the pasture, one dynamic sensor network with sensors indicating the mov...
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With the explosive growth of Internet of Things data, the storage of large amounts of data has become a problem that plagues people. These IoT devices generally do not have powerful computing and storage capabilities....
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