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A scale of technologies that span a variety of front-end sensors/devices using lightweight protocols to remotely distribute data through fog computing edge devices to back-end processing systems in the Cloud. Learn more in: An Analysis of Industry 4.0
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The internet of things [IoT] is the system of physical gadgets, vehicles, home apparatuses, and different things installed with hardware, programming, sensors, actuators, and availability which empowers these things to associate and trade information, making open doors for more straightforward coordination of the physical world into pc based frameworks, bringing about proficiency upgrades, financial advantages and lessened human intercession. Learn more in: Applications of Wireless Sensor Networks in Healthcare
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The internet of things is the network of physical devices, vehicles, home appliances, and other items embedded with electronics, software, sensors, actuators, and connectivity which enables these things to connect, collect, and exchange data, creating opportunities for more direct integration of the physical world into computer-based systems, resulting in efficiency improvements, economic benefits, and reduced human exertion. Learn more in: Cloud-Based Design and Manufacturing
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Internet of things [IoT] is the arrangement of physical devices, vehicles, home mechanical assemblies and distinctive things introduced with equipment, programming, sensors, actuators, and accessibility which engages these things to partner and exchange data, making open entryways for more direct coordination of the physical world into pc based systems, achieving capability overhauls, money related points of interest and decreased human intervention. Learn more in: Miracles of Healthcare With Internet of Things
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The Internet of Things [IoT] is a system of interrelated computing devices, mechanical and digital machines, objects, animals, or people that are provided with unique identifiers [UIDs] and the ability to transfer data over a network without requiring human-to-human or human-to-computer interaction. Learn more in: Search and Rescue System Based on NB-IoT Wearable Device
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Internet of things concerns the interconnection of objects, used in everyday life, through the World Wide Web. By “things”, it is understood as objects used in daily activities such as residential furniture [refrigerator, stove, floor, ceiling, garbage can, dresser...]. Then, in the near future, the residential and business utensils will consist of miniaturized electronic devices with an internet access point. Learn more in: Limitation of COTS Antiviruses: Issues, Controversies, and Problems of COTS Antiviruses
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IoT refers to an architectural computing concept where every devices [smart phones, CCTV, sensors, household gadgets, TV, washing machine, microwave] have computational and communication capability and connected to the Internet to form a network of everything. Learn more in: Privacy in Cloud-Based Computing
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The internet of things refers to groups of digital devices, such as industrial sensors, that collect and transmit data over the Internet, this evokes a vision of a fully connected world, in which data and sensors transform everything from transport to energy management. This vision is already becoming a reality thanks to a low-cost network technology that can connect to all types of objects and, most importantly, thanks to standards that support ecosystems in which all applications, services, and systems work together. It consists only of sensors and other smart devices. Among its uses is the capture of operational data from remote sensors, allowing different objects, from cars to industrial machines or consumer goods such as shoes and clothes, to share data and information to complete certain tasks. Learn more in: An Overview of Narrowband Internet of Things [NB-IoT] in the Modern Era
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The internet of things [IoT] is the system of physical gadgets, vehicles, home apparatuses, and different things installed with hardware, programming, sensors, actuators, and availability which empowers these things to associate and trade information, making open doors for more straightforward coordination of the physical world into pc based frameworks, bringing about proficiency upgrades, financial advantages, and lessened human intercession. Learn more in: Deep Learning: An Application in Internet of Things
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The expression “Internet of Things” [IoT], coined back in 1999 by Kevin Ashton, one of cofounder of the Auto-ID Centre at the Massachusetts Institute of Technology, is becoming more and more used in main-stream computing. IoT means “devices or sensors connected world” where things i.e., the smart objects can communicate, monitor surroundings, and take necessary steps to complete certain tasks managed by some external agency or by the connected devices depending on the application context. IoT envisions an eco-system where smart and interconnected objects can sense surrounding changes, communicate with each other, process information and take active roles in decision making. Learn more in: A Review of the IoT-Based Pervasive Computing Architecture for Microservices in Manufacturing Supply Chain Management
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Internet of things. Small microcontrollers or microcomputers generally single-board small factor aimed at being teamed with devices to make a smart home or smart factory device that can be queried, probed, or controlled via LAN or WAN. The small computer may use ethernet/TCP-IP to be native internet or one of many other protocols via an IoT Hub that translated internet communications to other wireless management protocols. It is a loose term - more of a buzzword. Learn more in: Zipato: A Risk Assessment for Smart Homebuyers
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The term refers to the Internet of Things, representing a network of devices that are integrated and operate with the surrounding environment, enabling the communication with other systems or with each other to improve the offered value to customers. Learn more in: Security and Privacy Issues of Big Data