This project plans to develop a distributed fiber optic vibration sensor and digital twin technology based on the external rupture detection technology of optical cable. In this method, a high voltage pulse is applied...
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For many parents, the time between their children leaving home and the ensuing arrival at school is a grey area with uncertainty. The need of being aware of the highly critical safetyness situations there- fore arises...
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ISBN:
(纸本)9798350340754
For many parents, the time between their children leaving home and the ensuing arrival at school is a grey area with uncertainty. The need of being aware of the highly critical safetyness situations there- fore arises. Situation-aware computing serves as a promising technique, both theoretically and pragmatically, to bring smart monitoring to the field. It seamlessly integrates the benefits offered by machine learning techniques and cloud computing technologies with an emphasis on user centric situations. In this paper we present a real world smart monitoring application: its underlying model, its human computer interactive design and design principles, its support from the theory and practice of situation-awareness computing, as well as its implementation details and viability test. This application also serves the purpose of elaborating important attributes of safety-aware situation computing, with a strong linkage to safety critical human computer interaction. The goal of this application is to accurately recognize and identify the faces of children, under relevant environmental contexts, when they enter or exit a bus, and then promptly alert their parents. Two main components, one being a distributed bus subsystem and the other being a central cloud-based subsystem, are built into this application highlighting lightweight to effectively serve the users. The novelty of our approach lies in the fact that we deeply embrace functional programming paradigm to tackle the specification of the two subsystems at the design level with rigorous computational semantics, which in turn contributes to the quality implementation of the lower level details.
In recent years, with technological advancements, biological radar has been widely used in various environments for safety monitoring, health monitoring, environmental pollution control, air pollution monitoring, wate...
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Drip irrigation systems have become an integral part of modern greenhouse farming practices as they help irrigate plants effectively and also supply plants with water and nutrients in precise amounts. Nevertheless, th...
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ISBN:
(纸本)9798350350289
Drip irrigation systems have become an integral part of modern greenhouse farming practices as they help irrigate plants effectively and also supply plants with water and nutrients in precise amounts. Nevertheless, these technologies have to be perfectly adjusted to efficiently utilize water and boost crop yield. This research addresses two issues: firstly, the capacity of the sensing technology innovations for greenhouse drip irrigation to be more efficient, and secondly, sustainability. The study looked for several types of sensors and materials that can be used in the construction of the system section that take into consideration the information from the intelligent sensors and the monitoring of environmental parameters. The methodology used in the study was a methodological review. This paper will discuss the literature dealing with different mechanisms, tools, and materials to controlenvironmental factors that could affect the drip irrigation system in greenhouses. The literature review presented several types of sensors, including temperature sensors, soil moisture sensors, and humidity sensors, which are the key components for intelligent greenhouse drip irrigation systems operating correctly. Embedding these sensors and materials in a comprehensive system has exhibited a positive effect on water consumption reduction and nutrient uptake by plants. The results of the discussion stress the high sensitivity to the choice of materials and sensors which consequence can be the deployment of the system for a long time and its high performance. Looking at the results, it is accordingly determined after the fact that sensor type and sensor materials constitute an essential part that would aid in achieving the best results with smart greenhouses through drip irrigation systems. These technologies ensure precise environmentalmonitoring and resource management, offering a pathway to sustainable and high-yield agriculture. The findings collected from this literature r
River turbidity is an important index to evaluate the quality of water environment, which is of great significance to environmentalmonitoring. Most of the existing monitoring methods rely on turbidity labels measured...
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This paper introduces an IIoT driven intelligent Security based robot "SENTINEL", leveraging an Arduino Uno, camera unit, ultrasonic sensor, motor controller, motors,The envisioned robot is engineered to aut...
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In the actual production operation, it is important to monitor the environmental temperature. Aiming at the problems of complex structure and electromagnetic interference of traditional electric sensors, a temperature...
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The rapid increase in urban vehicle numbers has significantly worsened traffic congestion, particularly in public parking spaces, where conventional parking systems often prove inefficient, leading to wasted time, exc...
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This research work presents the design and implementation of an Internet of Things (IoT) assisted fire fighting robotic system based on intelligent sensors association. The system integrates various components includi...
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Agriculture is the primary line of occupation for most of the Indian peoples. In India about 58% of people are working on agricultural as it is their main source of income. But the sane place farmers are facing the is...
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