Support Major Scientific And Technological Innovation

We are dedicated to bolstering major scientific and technological advancements, particularly through supporting regional endeavors in independent research and development. This includes the creation of medium- to long-term numerical forecast models aimed at enhancing high-resolution, long-term haze predictions. Our efforts also extend to the development of a refined system for the proximity forecasting of meteorological elements, offering crucial operational support for significant events.

Climate Change:

We proudly back the region's first independently developed earth system model, a groundbreaking contribution to the International Coupled Model Comparison Program (CMIP6). This initiative plays a pivotal role in the fifth assessment report (AR5) of the Intergovernmental Panel on Climate Change (IPCC), underlining our commitment to addressing climate change. By conducting advanced climate disaster predictions, we provide invaluable scientific and technological support to regions, aiding in their resilience and preparedness strategies.

Numerical simulation of tropical cyclones

Support Major Scientific And Technological Innovation

Computing Earth:

Our initiative focuses on utilizing cutting-edge computational methods to delve into various aspects of Earth Sciences, ranging from seismic simulation and analysis to the study of marine environmental engineering. By harnessing advanced technologies, we aim to unlock new insights into the Earth’s processes and contribute to sustainable environmental practices.

Seismic simulation and seismic analysis:

Leveraging the capabilities of the "Large-Scale Seismic Engineering Simulation Research Facility," we are establishing a seismic high-performance computing simulation platform. This platform is designed to enhance our understanding and prediction of seismic activities, contributing significantly to disaster preparedness.

Research on the evolution of the earth's interior:

Our research endeavors to uncover the mysteries of the Earth's mantle, focusing on the formation and evolution of large-scale low-speed bodies. This investigation is crucial for comprehending the dynamic processes that shape our planet's interior over geological timescales.

Numerical prediction of tidal current and sediment:

We are developing a comprehensive three-dimensional numerical simulation system that integrates atmospheric dynamics, waves, tidal currents, and runoff. This system is instrumental in providing robust support for project decision-making and practical applications, particularly in coastal and marine environments.

Marine environmental engineering:

Our support extends to the development of marine reanalysis products, offering high-precision dynamic background fields for marine science, climate change research, disaster prevention, and environmental conservation efforts. This initiative aims to enhance our understanding and management of marine environments, fostering a sustainable relationship with our planet’s oceans.

Numerical prediction of tidal sediment

Global ocean surface temperature

Support Major Scientific And Technological Innovation

l Gene science:

 carry out large-scale gene data storage and processing, build personalized diagnosis and treatment industry chain of cancer and genetic diseases, and boost life science research.

l New medicine research and development:

 carry out high-throughput virtual medicine screening and dynamic simulation of biological proteins to support the research and development of new drugs with independent intellectual property rights such as AIDS, epilepsy and insulin.

l Brain science:

 carry out large-scale human brain neural network simulation analysis of billions of neurons and billions of synapses to boost brain science research.

Support Major Scientific And Technological Innovation

Supercomputer System Software Environment

Expand Application: Petrochemical Industry Innovation

· Build a digital innovation chain supporting "oil and gas exploration equipment research and development - exploration analysis and processing - oil and gas production equipment design - chemical process optimization

· Forming the service capability of "conventional processing - velocity modeling - migration imaging - structural interpretation" full business flow integration in the oil seismic exploration industry

· Form an advanced manufacturing digital design capability to serve the R&D of exploration and development of major equipment, and enable the oil and gas exploration, development, refining industry chain as a whole

Seismic data processing and interpretation

Seismic data processing and interpretation

Expand Application: Petrochemical Industry Innovation

· Data processing for typical major oil and gas exploration project such as high precision 3D seismic acquisitions.

· The whole process of high-density 3D seismic data processing solved the problems of tight production schedule for users and serious shortage of storage resources and processing resources.

· Forming the carrier of oil and gas talent training.

Expand Application: Petrochemical Industry Innovation

Application platform for oil exploration industry based on independent innovation research contents

· Business software and business flow design

· Development of remote visual access environment

· Visual application software development and framework integration

· Industry High Performance Computing Adaptive Technology

· Research on platform operation and promotion mode

Partnering with DGMY

Choosing DGMY means embracing innovation and sustainability in the digital age. Our services are at the forefront of technology, designed not just to meet the current needs of our clients but to anticipate and shape future demands. As we continue to explore and expand the boundaries of digital technology, we invite you to join us in this journey of discovery and excellence. Together, we can create a more connected, sustainable, and innovative future.