Research videos
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The AI-Based Urban Earthquake Damage Prediction and Response Technology
Building Safer Future Cities with AI:
The AI-Based Urban Earthquake Damage Prediction and Response Technology!
In crowded urban areas, an earthquake can cause catastrophic damage.
Since predicting earthquakes is crucial, researchers are working on AI-based technologies to forecast the scale of earthquake damage and develop effective response strategies.
Regdate 2024/12/20
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The Smart Building Regulations Copilot System
The Smart Building Regulations Copilot System:
Presenting a solution that addresses architectural regulation challenges with ease.
When constructing a building, reviewing numerous regulations can feel overwhelming.
To alleviate this confusion and inconvenience, the Smart Building Regulations Copilot System was developed!
This technology is user-centered and based on laws and regulations, organizing and simplifying technical standards and architectural administrative procedures. By linking with parcel information, you can search for a location of your choice and receive regulatory information services and a checklist tailored to that site.
Additionally, by entering your questions in sentence form, you can receive responses grounded in the applicable laws and regulations.
Regdate 2024/12/10
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CEC: The Eco-Friendly Concrete Capturing CO₂
CEC: The Eco-Friendly Concrete Capturing Carbon Dioxide(CO₂)
The spotlight is on an exciting breakthrough: transforming carbon dioxide, one of the biggest greenhouse gases, into valuable resources! This innovative technology is now making waves by being applied to the enormous volumes of concrete produced globally.
It works by effectively absorbing and storing high concentrations of CO₂ directly within the concrete, ensuring it isn’t re-released. The result? Not only significant carbon reduction but also a boost in concrete durability.
Regdate 2024/12/06
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A groundbreaking innovation: the Fog-Adaptive Rear Lamp Luminous Intensity Adjustment Technology
A groundbreaking innovation: the Fog-Adaptive Rear Lamp Luminous Intensity Adjustment Technology, an upgraded solution for adaptive rear lamp!
On foggy roads, visibility is drastically reduced, making it difficult for drivers to anticipate road conditions. This often leads to frequent rear-end collisions.
To address this issue, the Fog-Adaptive Rear Lamp Luminous Intensity Adjustment Technology was developed!
This advanced technology automatically adjusts the luminous intensity of rear lamp based on fog density and distance, ensuring optimal visibility for safer driving.
Regdate 2024/12/04
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The PSRC through Bridge technology: for solving the challenges of replacing aging bridges
The PSRC through Bridge technology is for solving the challenges of replacing aging bridges.
Aging bridges in need of replacement have long posed significant challenges.
Traditional replacement technologies often fall short due to the structural limitations of older designs, leaving bridges vulnerable to natural disasters.
Enter the innovative 'PSRC through Bridge'—a groundbreaking solution that addresses these shortcomings. It’s particularly well-suited for replacing aging bridges in small to medium-sized river bridges.
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Optimized for the replacement of aging medium- and small-scale bridges, the PSRC through Bridge ensures both user safety and urban aesthetics.
Regdate 2024/11/26
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The Urban Underground Road Traffic Congestion Prediction Simulation
Urban Underground Road Traffic Congestion Prediction Simulation is for solving the chaos on the roads:
To reduce the inconvenience and safety risks caused by road congestion, we need traffic operations specifically designed for underground spaces.
That’s where TJCAP, the traffic congestion prediction algorithm, comes in.
This innovative algorithm enables proactive planning of road operation strategies to prevent congestion before it occurs.
An algorithm that predicts and manages traffic congestion in underground roads—paving the way for a future shaped by this groundbreaking technology!
Regdate 2024/11/20
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The Coastal Island Groundwater Management System with AI Predictions
Revolutionizing Groundwater Management! Now with AI Predictions:
Coastal Island Groundwater Management System
In coastal island regions where streams are not well-developed, managing groundwater levels is especially critical. A groundbreaking "KICT Coastal Groundwater Management System" has been developed to predict the risk of saltwater intrusion into groundwater resources, enabling preventive measures ahead of time!
This advanced technology leverages AI to accurately analyze water level fluctuations and predict short- to mid-term groundwater level declines. It also considers the unique water level patterns of each monitoring well, allowing for customized responses based on site-specific characteristics.
Regdate 2024/11/13
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The PCR plastic formwork: which can solve environmental and safety issues simultaneously
The PCR plastic formwork can solve environmental and safety issues simultaneously!
The disposal of waste plastics is a serious problem, both domestically and internationally.
In particular, Jeju Island faces even greater challenges due to its island characteristics, making recycling options virtually nonexistent.
To find effective waste management solutions,
Jeju has discovered the method of ‘resource recycling.’
❗Efforts for environmental protection have also extended to construction sites,
where discarded waste plastics have been recycled to create formwork.
Designed to fit the characteristics of Jeju,
this post- consumer recycled plastic, AKA, PCR plastic formwork is customized for various applications!
Regdate 2024/11/06
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The Smart Safety Helmet technology
The Detachable Smart Safety Helmet technology, designed to make construction sites safer using an ICT module.
The occupational fatal rate in South Korea has been 1.75 fatalities per 10,000 full-time equivalent workers in the past 5 years. A smart safety helmet was developed to encounter emergencies in the construction industry.
The ICT module allows safety managers to communicate with the workers and collect videos for safety monitoring in construction sites. It helps manage health and safety issues at construction sites.
Regdate 2024/10/30
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The Noise & Vibration Experience Simulator
How far do the effects of 'noise' and 'vibration' reach?
A simulation technology that helps you understand and experience their impact:
The Noise & Vibration Experience Simulator
Many people report damage caused by the noise and vibration from blasting operations at construction sites.
Concerns arise about whether something might break or collapse, and the uncertainty about the blast’s impact range can lead to anxiety.
Here comes technology to solve this problem!
With the 'Noise & Vibration Experience Simulator,' you can experience the actual noise and vibrations felt on-site.
This technology is based on BIM and VR, allowing users to visualize immersive 3D scenarios and providing a more vivid and realistic experience.
It helps make it easier for the general public to understand by applying these scenarios to real-life situations.
Regdate 2024/10/16
