Applications

Applications Architecture

Architecture

Earthquake is one of the unpredictable natural disasters. Building collapses caused by earthquakes occur one after another. Even if there is no immediate danger after the earthquake, it may cause permanent damage to the building. It is impossible to know the real state of the building only through human detection. Through the Internet of Things and sensing applications, it can give the building a tree-like vitality, instantly know the health status of the building, and rely on the accumulated data for analysis to provide people with a better living environment.

Application areas

Introduction

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Application areas

Machine Perception

Using Sensors to Open the Extended Foundation of Wisdom - Haptics

Allow the machine to convert raw data into higher-level information, and then have a better performance in grasping and manipulating objects. Using tactile sensors to simulate biological skin receptors, it can receive mechanical stimulation. The signal is continuously learned through the machine, and finally the event represented by each signal is completely identified.

5G Edge Computing

IoT wireless and independent computing

5G provides high network speed and can transmit a huge amount of information, whether it is AIoT high-definition video or AR, etc., will benefit from 5G. The low-latency transmission allows the system to have sufficient time to transmit the information to the cloud, and process it. After processing and analysis, the decision is sent back. In addition, 5G can reduce the loss rate and error rate of packets, thereby improving the stability and avoiding problems in the production line due to the network, resulting in losses in the process.

Introduction

Architecture should be our safe haven

Building is a shelter for people, but no matter how strong a building is, it will be damaged one day. Therefore, there is a saying in the earthquake engineering field: "Earthquakes don't kill people, but buildings do." Because earthquakes can discuss the earthquake hazards of the current environment through historical records, geological and engineering earthquake perspectives, and achieve the effect of disaster prevention and mitigation. It is undeniable that many tragedies have occurred, most of which are due to the poor earthquake resistance of buildings, such as old buildings or cutting corners.

In past earthquake cases, it can be known that different building materials have different characteristics, advantages and disadvantages. In fact, as long as it is properly designed, any structure can have good earthquake resistance. However, taking Taiwan as an example, many buildings will change their structure due to commercial considerations, resulting in the problem of "weak layers". In addition, some builders have poor construction quality. Or the oversight is inaccurate, often causing the house to collapse when an earthquake occurs.

Giving the building vitality can make us live with peace of mind

How to know if a building has been damaged by earthquakes or other factors? Through the application of the Internet of Things and sensors, we can know the health status of the building in real time, and collect data when the building is changed, which can be analyzed later. Coupled with the inspection and maintenance plan, the tragedy caused by the collapse of the house can be reduced, and a safe living environment can be obtained.

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