Digital twin technology application of port control monitoring system
Using digital twin technology, one of the top 10 strategic technology trends in the future, realistic simulation and simulation of the actual operation situation of the terminal through digital twin model-based port terminal control monitoring, prediction information, etc. We offer a variety of service levels.
Linkage of port control monitoring technology and digital twin technology
Digital twin is the creation of a digital environment of virtual reality identical to the physical world. A dynamic model where 1 piece of data provides N knowledge and solutions and supports real-time feedback for optimization of physical assets. A key element of port control monitoring technology using digital twins is a 3D-based digital control system that continuously collects data from port terminals and visualizes integrated big data information. It collects sensor measurement data from the operation data of the port terminal and sensors attached to equipment and structures, and builds an IoT platform to continuously update and manage the data. By applying the collected data to a 3D-based digital control system, the same environment as a real-time terminal is configured, By performing simulations through AI-based fault diagnosis, CAE (Computer-Aided Engineering), and predictive simulation, Based on the simulation model, it predicts performance, derives problems, and improves operational efficiency. In addition, it provides optimized management information through key data input of the target environment for user convenience.
The 3D visualization module that provides the realistic 3d modeling production technology and rendering engine optimization environment of Samwoo Immersion and the analysis processing function of real-time location and status information of port equipment/workers applying the IoT-based standard data platform from the port IoT device It composes a terminal digital twin including port structures and equipment through the large-capacity data visualization processing module with Real-time terminal data is applied to the 3D-based visualization screen to provide real-time location and status information of port equipment/workers, the port's main task of container loading/unloading/equipment/loading operation status, port safety status, and further production prediction information. It shows the control monitoring information in an integrated way.
Terminal layout with digital twin function applied
Terminal Equipment Status Information
Terminal Equipment Location Information
Device container location information according to job update
Real-time operation and analysis, schedule information
Danger alarm information
Production Forecast Information
The port monitoring system to which the digital twin function is applied recommends and supports the optimal operation model, acquires large-capacity data to support real-time and predictive models, and supports user-friendly UI/UX for real-time safety risk management, predictive inspection and management. It has the effect of reducing equipment downtime and predicting and increasing operating efficiency.
On-site demonstration of IOT-based intelligent port logistics technology development products for customers
BPT Sinseondae Busan Port Terminal Site Construction
Digital Twin Metaverse R&D Business Agreement(MOU) Pusan National University·Pukyong National University BK21 Education Research Center and Samwoo Immersion Co., Ltd. Digital twin Metaverse R&D business agreement signed
Related articles:
[unrealengine 22.05.17.] Samwoo Immersion established an efficient port logistics management system with digital twin
Busan Port is Korea's largest trading port, and the monitoring system of Busan Port, the center of shipping and logistics, was operated inefficiently as the systems for operation, safety, and prediction were separated from each other. Accordingly, Busan Port needed an integrated control system to increase port operation efficiency, and Samwoo, a company specializing in XR solutions in industry We have collaborated with Samwoo Immersion Co., Ltd. As a result, a digital twin-based VARLOS Terminal Monitoring System using Unreal Engine was built.
[CAD&Graphics 22.06.02. ] Samwoo Immersion’s VARLOS Port Monitoring System - Case Study Busan Port is the largest trading port in Korea and is the center of shipping and logistics. However, the monitoring system of Busan Port has been operated inefficiently as the systems for operation, safety, and prediction are separated from each other. Accordingly, Busan Port needed an integrated control system to increase port operation efficiency, and Samwoo Immersion, a company specializing in XR solutions in the industry collaborated with As a result, a digital twin-based VARLOS Terminal Monitoring System using Unreal Engine was built.
Busan Headquarters : (48732) 10th floor, 244, Jungang-daero, Dong-gu, Busan (Choryang-dong, Heungkuk Life Insurance Busan office building) Seoul IX Development Center : (04323) Room 812(Fast Five Seoul Station Branch), 366, Hangang-daero, Yongsan-gu, Seoul, Republic of Korea
TEL : 1600-1663 ｜ FAX : 051-977-0302 ｜ MAIL : info@samwooim.com
Digital twin for smart monitoring
Digital twin technology application of port control monitoring system
Using digital twin technology, one of the top 10 strategic technology trends in the future, realistic simulation and simulation of the actual operation situation of the terminal through digital twin model-based port terminal control monitoring, prediction information, etc. We offer a variety of service levels.
Digital twin is the creation of a digital environment of virtual reality identical to the physical world. A dynamic model where 1 piece of data provides N knowledge and solutions and supports real-time feedback for optimization of physical assets. A key element of port control monitoring technology using digital twins is a 3D-based digital control system that continuously collects data from port terminals and visualizes integrated big data information. It collects sensor measurement data from the operation data of the port terminal and sensors attached to equipment and structures, and builds an IoT platform to continuously update and manage the data. By applying the collected data to a 3D-based digital control system, the same environment as a real-time terminal is configured, By performing simulations through AI-based fault diagnosis, CAE (Computer-Aided Engineering), and predictive simulation, Based on the simulation model, it predicts performance, derives problems, and improves operational efficiency. In addition, it provides optimized management information through key data input of the target environment for user convenience.
The 3D visualization module that provides the realistic 3d modeling production technology and rendering engine optimization environment of Samwoo Immersion and the analysis processing function of real-time location and status information of port equipment/workers applying the IoT-based standard data platform from the port IoT device It composes a terminal digital twin including port structures and equipment through the large-capacity data visualization processing module with Real-time terminal data is applied to the 3D-based visualization screen to provide real-time location and status information of port equipment/workers, the port's main task of container loading/unloading/equipment/loading operation status, port safety status, and further production prediction information. It shows the control monitoring information in an integrated way.
The port monitoring system to which the digital twin function is applied recommends and supports the optimal operation model, acquires large-capacity data to support real-time and predictive models, and supports user-friendly UI/UX for real-time safety risk management, predictive inspection and management. It has the effect of reducing equipment downtime and predicting and increasing operating efficiency.
On-site demonstration of IOT-based intelligent port logistics technology development products for customers
BPT Sinseondae Busan Port Terminal Site Construction
Digital Twin Metaverse R&D Business Agreement(MOU)
Pusan National University·Pukyong National University BK21 Education Research Center and Samwoo Immersion Co., Ltd. Digital twin Metaverse R&D business agreement signed
Related articles:
[unrealengine 22.05.17.] Samwoo Immersion established an efficient port logistics management system with digital twin
Busan Port is Korea's largest trading port, and the monitoring system of Busan Port, the center of shipping and logistics, was operated inefficiently as the systems for operation, safety, and prediction were separated from each other. Accordingly, Busan Port needed an integrated control system to increase port operation efficiency, and Samwoo, a company specializing in XR solutions in industry We have collaborated with Samwoo Immersion Co., Ltd. As a result, a digital twin-based VARLOS Terminal Monitoring System using Unreal Engine was built.
(Omitted below)
Source: https://www.unrealengine.com/ko/spotlights/samwoo-imersion-completes-an-efficient-port-logistics-with-digital-twins
[CAD&Graphics 22.06.02. ] Samwoo Immersion’s VARLOS Port Monitoring System - Case Study
Busan Port is the largest trading port in Korea and is the center of shipping and logistics. However, the monitoring system of Busan Port has been operated inefficiently as the systems for operation, safety, and prediction are separated from each other. Accordingly, Busan Port needed an integrated control system to increase port operation efficiency, and Samwoo Immersion, a company specializing in XR solutions in the industry collaborated with As a result, a digital twin-based VARLOS Terminal Monitoring System using Unreal Engine was built.
(Omitted below)
Source: https://cadgraphics.co.kr/newsview.php?pages=news&sub=news01&catecode=2&num=70993