Nothing can be easily transformed into a complex network of frequent interactions, such as interpersonal networks, transportation networks, logistics networks, and even ecosystems. In the early years, computers were also indirectly interacted with by the storage media. After one-on-one and local area network development, the computer gradually evolved into an indispensable Internet in our current life.
Nothing can be easily transformed into a complex network of frequent interactions, such as interpersonal networks, transportation networks, logistics networks, and even ecosystems. In the early years, computers were also indirectly interacted with by the storage media. After one-on-one and local area network development, the computer gradually evolved into an indispensable Internet in our current life.
Nowadays, there is no longer only a computer interacting with each other on the Internet. Apart from all kinds of mobile devices, everything is not eagerly expected to be connected to the Internet, and thus the Internet of Things (the object is connected to the horizon). Things, IoT). For a time, the Internet of Things has become a star of tomorrow in all fields of the world, and is expected to be infinitely hopeful. In the future, we will see more things joining the ranks of the Internet of Things, such as all kinds of home appliances in the home environment, vehicles going out, wearing all kinds of wearable devices on the body, important water and electricity, gas meters and other basics. People's livelihood facilities, even popular eye-catching robots or aerial cameras, and even street lights or monitors on both sides of the road, do not have the ability to connect and communicate with other things.
Up to now, any thing that has the ability to connect to the Internet and even communicate with each other will be labeled as "smart". This is why today we will hear or see a bunch of smart homes, smart factories, smart buildings, smart transportation... . s reason. These smart applications are not based on IoT technology, and the connectivity of things in the Internet of Things must be provided through the Internet of Things subsystem M2M (Machine to Machine).
Through M2M technology, various machines can communicate with the remote application architecture through the network, thereby monitoring the machine itself and the surrounding environment. Behind M2M, rely on the strong matching and support of various embedded systems, programming, wired/wireless networks and application software, so that the device sensing layer (Device) and the link transmission layer (ConnecTIon) under the Internet of Things And DCM three-tier architecture such as management application layer (Management) to play a comprehensive role.
Recently, a new vocabulary called IoMT (Internet of Mobile Things) has appeared on the Internet. In fact, the term is just a kind of packaging based on Microsoft's own strategy, because the "species" involved in the Internet of Things is too much. Huge, so Microsoft IoMT will focus on mobile-enabled things, such as robots, drones, wearables and vehicles, on the one hand based on their mostly mature networking capabilities and standards, so they can get rid of Other connectivity issues (such as standards, cost, quality, power consumption, availability, etc.) that are currently faced by other networked things.
With the popularity of the Internet of Things, technologies such as analog technology, communications, data capture, embedded application development, programming, programmable logic, and wireless communications have been more systematically integrated in the past. In turn, it meets the needs of various smart applications.
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