AloT English full name Artificial Intelligence of Things, Chinese called "artificial intelligence Internet of Things", as the name suggests, artificial intelligence (Artificial Intelligence). AI) and the Internet of Things (IoT) are combined.
In AloT's technology, the relationship between artificial intelligence (AI) and the Internet of Things (IoT) is like the human brain and senses, using the senses to collect information around them and then convey it to the brain to respond. Therefore, the combination of artificial intelligence (AI) and the Internet of Things (IoT) can achieve greater efficiency, enhance data management and analysis, and improve human-machine interaction.
· AloT common technologies and devices, embedded systems and sensors. Most of the traditional IoT data collection methods use sensors equipped with embedded systems, and upload the data to the cloud through the network for calculation. Today's embedded systems are gradually becoming miniaturized, intelligent, and introduced into sensors. When embedded devices are also endowed with AI capabilities, they can be processed instantly by sensors. The data received by the sensor does not have to be sent back to the cloud for calculation, but can be processed instantly at the edge node, which is called "edge computing", even in places where there is no network.
Cloud computing and analysis cloud services are indispensable in traditional IoT, which can be divided into three service models: "infrastructure" platform and "software". With the increase of sensors, the amount of data collected is also increasing, and the data analysis tools used in the past have gradually become unable to cope with the speed of data growth and limited human resources, so there is a strong need for integration with AI.
With the power of AI, it is possible to reuse the accumulated big data, analyze it, and transform it to maximize the benefits. In order to quickly obtain computing results in big data, it is usually necessary to use computers such as workstations or servers that specialize in handling high workloads, so as to support the performance 5G communication technology required for high-speed computing. "High speed", "large connection" and "low latency" are the three characteristics of 5G.
Among them, "low latency" is one of the keys to the popularity of AloT, which means that the receiving end of the data can immediately receive the request from the transmission end and react immediately.