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Digital Twin Predict and Decide
Yunlu Technology Digital Twin Platform relies on internationally advanced mechanical simulation skills.
Accompany with edge computing and AI, it interprets data, studies from data makes decisions, stays close to mathematics, and enhances data's value.
Yunlu Technology Digital Twin Platform relies on internationally advanced mechanical simulation skills.
Accompany with edge computing and AI,
it interprets data, studies from data makes decisions,
stays close to mathematics, and enhances data's value.

Solutions

Intelligent Transportation Construction
Smart Operation & Maintenance for Transport
Urban Infrastructure Safety

Partners

Profoundly combine Mechanical Simulation and Artificial Intelligence

Work with Huawei's ModelArts AI module, connecting mechanical simulation with AI by real-time stream computing. It greatly increases the efficiency of inverse analysis of mechanics. Coordinate with Huawei's ALtas module, it can distribute mechanical computing, allow Edge Computing and Cloud services to work cohesively. Hence, it provides a solid foundation for Digital Twin.

Multiple academic cooperation with Tsinghua University and the University of Macau

Yunlu Technology signed a strategic cooperation agreement with Tsinghua University and the University of Macau. We work with the Department of Civil Engineering, Tsinghua University, in analysis of soil-fluid synergistic effect and soil-structure synergic effect, and inversing of soil mechanics parameters. We also cooperate with the State Key Laboratory for Smart City (University of Macau) in several basic-science researches such as urban waterlogging, river basin management, atmospheric pollution monitoring.

Distributed In-Stream Big Data Processing

Yunlu Technology contributed to China Earthquake Administration's Expansion Planning and participated in the research and development of SeisFLINK, a real-time In-Stream Processing platform, for earthquakes based on big data. SeisFLINK is used for seismic monitoring and quick report. It significantly increases the computing power and shortens the time consumption from 2 minutes to 1 second.

Independently developed a life-cycle management system for rail infrastructure

Yunlu Technology independently developed a rail infrastructure monitor platform that can track and predict rail infrastructure's status. This platform allows Smart Rail to manage the rail life-cycle digitally including smart manufacture and smart operation & maintenance. It provides personalized solutions and comprehensive and reliable data service for rail design, construction, management, and maintenance.

Independently invented a life-cycle management system for road infrastructure

Yunlu Technology independently invented a transport infrastructure monitor platform that can track and predict road infrastructure's status. This platform allows Smart Road to manage the road's life-cycle digitally including managing bridges, tunnels, slope side, roadbed, road water-logging, and environment protection. It provides personalized solutions and comprehensive and reliable data service for the department of road administration.

Yunlu

For a safer,better life
Yunlu technology holds independent, world-leading core technology – analyzing multi-physical coupled fields including structures, fluid, electromagnetism, heat transfer, and other multi-physics coupling simulation and super-large-scale parallel computing. To provide customers with intelligent products, platforms and services, Yunlu builds a software ecosystem with this technology as the core.) General numerical simulation cloud platform "Yufei" which is integrated with FEM, DEM, FVM, LBM, SPH, etc, has unique boundaries, constitutive structures and units, using flexibility, resource integration, collaborative development to connect application requirements. The digital twin platform “Yuxi” combined multi-physical-field simulation and AI as its core technology, combined with 5G, IOT and edge-cloud collaboration to predict and make decisions in the physical world. It has already been integrated into infrastructure construction and operation, urban security and emergency response, environmental security and governance, carbon neutrality, etc.
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