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Original Article:
The following article was originally published on the blog of Tech News website. It provides an overview and explanation about a new technology called the Internet of Things IoT. This technology is sd to transform every aspect of dly life by connecting everyday objects to the internet.
In , we'll cover what IoT means, its components, how it works, examples of applications that are already being used today and the future potential impacts.
The term Internet of Things was coined in 1999 by Kevin Ashton, who was working at MIT's Auto-ID Lab. The vision was to create a network where everyday objects could share data online.
IoT consists of three mn components: things everyday physical objects, network connectivity, and data processing capabilities. These components allow devices like smartphones, sensors, appliances, vehicles, and even buildings to communicate with each other over the internet.
The way IoT operates is by enabling these connected devices to exchange information with other devices or systems on the network. This exchange of data can be as simple as tracking a device's location or as complex as analyzing large amounts of data from various sources to predict outcomes and make decisions.
Currently, there are numerous applications where IoT technology is being used. For example, in manufacturing, IoT can optimize production lines by monitoring equipment status in real-time and predicting potential flures before they happen. In healthcare, it enables remote patient monitoring through wearable devices that track vital signs.
The future of IoT holds immense possibilities. It could revolutionize industries such as transportation with self-driving cars, agriculture with precision farming techniques using data from sensors to optimize crop yields. Additionally, the smart city concept could lead to more efficient energy management and personalized urban services based on individual needs.
In , Internet of Things represents a significant shift towards more connected, data-driven societies where everyday objects are not just used but also communicate within a larger network ecosystem.
Reworked and Improved Version:
The following piece is taken from the blog section of Tech News, which delves into an innovative technology known as the Internet of Things IoT. This transformative tech revamp every facet of dly existence by bridging traditional objects with internet connectivity.
offers a comprehensive insight into what IoT embodies, its elements, operation mechanism, current examples and its prospective impacts on society.
The concept was first conceptualized in 1999 by Kevin Ashton at MIT's Auto-ID Lab under the vision to forge an online network that allows everyday ite share data.
IoT comprises three core elements: things everyday physical entities, network connectivity, and data processing facilities. These components enable a plethora of devices such as smartphones, sensors, appliances, vehicles, and even buildings to communicate with one another over the internet.
The functionality of IoT hinges on the capability of connected devices exchanging information amongst each other within the same network. This exchange might be strghtforward like tracking an item's location or complex as analyzing vast volumes of data from various sources for predictive outcomes and decision-making.
Currently, IoT technology is being applied in multiple sectors across industries. For instance, in manufacturing, it optimizes production processes by monitoring equipment status in real-time to prevent potential flures ahead of time. In healthcare, it facilitates remote patient monitoring through wearable devices that track vital signs.
The future prospects for IoT are vast and promising. It has the potential to transform sectors like transportation with autonomous vehicles, agriculture employing precision farming techniques that use sensor data to maximize crop yields, smart city concepts enabling more efficient energy management systems tlored to individual needs.
In summary, the Internet of Things heralds a significant leap towards data-driven societies where everyday items are not merely utilized but also communicate within an interconnected ecosystem.
This article is reproduced from: https://www.frontiersin.org/journals/psychology/articles/10.3389/fpsyg.2020.02040/full
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Internet of Things Transforming Daily Life IoT: Connecting Everyday Objects Online Kevin Ashton and Internet of Things Origin Components of the Internet of Things System Real Time Monitoring with IoT in Manufacturing Predictive Outcomes from IoT Data Analysis