IoT space behind wearable medical
If you have a watch with ECG monitoring function, blood pressure is measured 3 times a day. Once an abnormality occurs, the doctor may ask for another test or give you a shot directly through the watch. What are you most worried about in the face of such a watch? First of all, can you control the watch? For example: whether the data can be accurately and timely collected, sent to the doctor and then prepared to transfer the operation instructions back and so on.
IoT space behind wearable medical
Wearable medical flooring requires a small, flexible and controllable terminal, while at the same time being inseparable from the huge space behind it. The operating system, gateway, and controller are the three key roles for the perfect collaboration between the IoT space and the wearable medical device , where the operating system is used to control the wearable product; the gateway implements sensor and information system communication; and the controller is for mass terminals. Conduct unified management.
Let me talk about the operating system first. Wearable medical health products have special requirements for the operating system: small size, light weight, long battery life and so on. Huawei's LiteOS has "0" configuration, self-discovery and self-organizing network capabilities, allowing the IoT terminal using it to automatically access the network. Compared to other IoT operating systems in the industry, LiteOS is one-fourth the size of similar systems; power consumption is one-fifth that of similar systems; the response rate in parts per million is 20% higher than comparable systems. LiteOS provides a unified development platform and is an open source system. Partners in the wearable health field can quickly build their own IoT products and jointly build an IoT ecosystem for specific wearable healthcare product applications.
The OS is the user-device interaction interface. To reach the fully connected world, the transmission under the OS also needs a network connected to the physical world. To manage and control this network requires another medium, the gateway. Huawei AR series of IoT gateway products support the most abundant IoT interfaces (more than 17 types) and rich industry protocols, and can dynamically load protocols from agile controllers as needed to implement docking and conversion of new and proprietary protocols. Requirements for various scenarios. At the same time, in addition to the protocol conversion function, the Agile IoT Gateway has local intelligence functions to locally process and make decisions on the IoT traffic to improve local survivability and corresponding speed.
If every elderly person uses wearable blood pressure monitoring equipment, there are 1000 devices for 1000 elderly people in a community and 10,000 devices for 10 communities... There may be millions of devices in a region, network resources, Computational resources, applications, and various management issues are on the rise, making people unable to parry. As an IoT platform, the agile controller manages IoT terminals, gateways, computing resources, applications and data in a unified manner, and quickly interfaces with various industry applications through standard northbound interfaces. It adopts an open software architecture, supports distributed deployment based on virtualization, and has seamless expansion capabilities. It can support tens of millions of IoT terminal management and control, and meet the management requirements of massive IoT terminals.
Calling "Big White": Huawei plays the sound of music
Future wearable medical and health equipment will never be just a fashionable accessory. It may monitor your health at any time like "Big White" and even give you a shot according to the doctor's instructions. From a technical perspective, doctors not only need to collect health data collected by sensors on wearable devices through the Internet of Things, but also do something through the IoT to control wearable devices. These seemingly simple applications require a set of cross-networks. Internet of Things solutions for the world, the sensing world and the electronic world.
Huawei predicts that by 2025, the number of IoT connections will reach 100 billion, and the newly deployed sensors will reach 2 million per hour. Today's networks based on "interconnected" needs are clearly unable to meet demand. On May 20th, at the Huawei Network Conference, the new Agile Network 3.0 was launched. Huawei will use the Agile IoT solution to build an IoT infrastructure with “not as much as possible†to realize intelligence in production, manufacturing, logistics and other fields. Turn. The solution includes the Internet of Things operating system LiteOS, agile IoT gateway and agile controller. For the first time, the SDN architecture is introduced into the Internet of Things to make the Internet more intelligent.
In addition, in the enterprise-oriented strategy, Huawei has been working together with upstream and downstream partners to create IoT industry solutions to create a Business-Driven ICT Infrastructure (BDII). HNC, the president of Huawei Enterprise BG, said in a recent meeting: "BDII needs closer business collaboration and more tacit joint innovation between Huawei and its partners. Huawei actively participates in the industry alliance and standards organization of the Internet of Things. And actively set up innovative research centers, open laboratories, development communities, and work together to promote the development of the industry."
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Hebei Dingli Medical Apparatus and Instrument Co., LTD , https://www.dinglimed.com