As an engineer, are you obsessed with the cool future technologies in science fiction movies? Especially for those portable equipment full of future technological sense, I am deeply impressed by the super-strong mechanical armor in Aliens, Iron Man and The Matrix. The smart clothing and movie "Star Trek" in "Creating Wars" "The badge communication equipment"; "Ministry Report" somatosensory gloves; the 007 series of films in the hand of the omnipotent smart watch...

Without exception, these classic sci-fi movies have made wearable smart devices an important element in enhancing the sense of film technology. In fact, the portable and portable “wearing” of powerful electronic products has always been the goal of science and technology workers. Today, dreams have gradually come into reality - VR devices will bring the head-mounted display in the popular "Back to the Future" into the homes of ordinary people; smart watches / bracelets have reached tens of millions of annual shipments (of course, Functionally, we still need to continue to catch up with the "Bonde", haha~)......

"In the future, when you are ready to go out, your smart wearable product can tell you the UV intensity outside, the air quality, the amount of exercise you are suitable for today; when you are going home, the smart product you wear will activate the home air conditioner and set it to You are suitable for temperature, and adjust the indoor lighting to the appropriate brightness and color..." Recently, at the 6th EEVIA China ICT Media Forum and 2017 Industry and Technology Outlook Media Seminar hosted by EEVIA, ADI Asia Pacific Healthcare Industry Marketing Manager Wang Sheng and everyone are thinking about the future of wearable smart products. "In fact, ADI and many industry chain companies in the industry are working hard in this direction. The ultimate form of smart wearable products in the future will be an important interface for artificial intelligence. Achieve true, non-inductive data collection, processing and control, and further change people's daily behavior."

Dialogue with China's electronic technology media and industry engineers, Wang Shengke's three-stage development trend of wearable products is impressive.

ADI looks smart wearable, medical health is the key

According to the latest survey data, China Mobile's healthcare market will reach 18.43 billion in 2018, and wearable products will be one of the major market segments. “The sports health monitoring function is the key to the rapid growth of the wearable industry.” According to Wang Sheng, “According to the data released by BDC, more than 80% of consumers believe that one of the important functions of wearable technology is to make health care more Convenience, 71% of Americans believe that wearable technology can help them improve their health and fitness.” Looking at the industry, the wearables industry is almost driven by sports health needs, including in almost all wearable devices. Rings, watches, smart shoes, coats, health functions are indispensable.

“The Medical Business Unit is an important BU for ADI. We put the emerging market application of wearables into the medical BU. One of the core drivers of insight into the market for wearable applications is medical health functions and applications. In the field of wear, ADI will make a big fuss about medical functions.” Wang Sheng pointed out that “sports health monitoring function is the key to the rapid growth of the wearable industry.” According to Wang Sheng’s industry observation, sports and health functions are in wearable products. There are endless streams in the middle, millions of domestic wearable devices with tens of millions of shipments, and various sports and health functions are the most basic default functions. “Wearable health signs include blood pressure, blood oxygen, exercise, body fat, body temperature, specific scenes, respiratory rate, athlete status, and respiratory monitoring. More and more indicators enrich the collection of signs. To collect and process specific metrics in wearable devices, you need to implement the latest sensors, analog mixed-signal processing, and corresponding digital processing algorithms."

The widespread use of the vital sign monitoring function has contributed to the growth of the wearable device market.

Three-stage theory, the ultimate model will be integrated into artificial intelligence

Focusing on sports and health monitoring functions, Wang Sheng believes that there are three important stages in the development and evolution of wearable device product forms:

In the first phase, the device has basic health and motion monitoring capabilities. “In the first phase, ADI did functions such as heart rate monitoring and motion detection, but now it is how to derivate more technologies, enable the device to achieve more function collection at the same time, and improve the user's overall experience.” Wang Sheng said . Indeed, after years of development, the first phase has been unable to meet the user's more functional needs for equipment. For example, people will further want to know what changes will occur in a body running one kilometer and running five kilometers. After a period of exercise, in addition to changes in the number of steps, what changes have occurred in other more comprehensive physical indicators such as heart rate, blood pressure, and body fat? This will be the next stage to be perfected.

In the second phase, the user's own health data will be more comprehensively collected and attached with environmental data. The combination of environmental data and physiological signs data can generate more useful data and judgments and feedback to users. This is an inevitable trend. In fact, many companies have begun to pre-research these products and technologies. The second phase will further improve the usability of wearables and the stickiness to users by virtue of these developments.

For the third phase, ADI believes that increasing support for smart homes, smart cars and artificial intelligence is bound to be the trend of future application development. "I believe that the ultimate form of wearable devices will be an important interface for artificial intelligence, building a bridge between people and surrounding devices to achieve a more intelligent connection, so that truly non-inductive acquisition, processing and control can be realized and further changed. "People's daily behavior." Wang Sheng said, "For example, when we wear a wristband with ambient temperature acquisition function to enter a new scene, and suddenly detect a significant temperature change, then the wearable device may generate an air conditioner to open or ventilate. Smart Home Management Directive. A similar application scenario will be ubiquitous for this non-inductive smart wearable product that incorporates artificial intelligence and supports smart homes and smart cars.

The three-stage theory dominates the development trend of the wearable smart industry.

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