Fusion and symbiosis

Our project champions the fusion of the physical and digital worlds, creating a seamless real-time synchronization within subsets of the real world. Here, both natural occurrences and engineered manifestations of objects, alongside the cognitive processes that perceive them, are mirrored as synchronized events on our planet.

This initiative posits that within any given subset of the real world, the movements of objects—whether interpreted through natural or engineering lenses, or conceptualized through human thought—can be cohesively represented in a unified digital flow. This is achieved through the innovative use of digital twins, which serve as the nexus for this comprehensive integration.

At the heart of this endeavor is the ambition to actualize Industry 4.0's potential. By harmonizing physical objects, their natural and engineered representations, human cognitive interpretations, and their digital twin counterparts, we're not just bridging gaps between domains but also fostering a productive symbiosis between them. This approach not only enhances our understanding and interaction with the world around us but also paves the way for groundbreaking developments in how we model, predict, and interact with real-world phenomena

Intelligent closed-loop: the realization method of fusion and symbiosis

This method is instrumental in driving the Industry 4.0 upgrade and transformation across a myriad of terrestrial events. By harnessing the power of spatio-temporal fusion, we are able to construct a sophisticated model that not only interprets and reacts to the world in real-time but also anticipates and adapts to changes, ensuring a seamless blend of digital and physical realities. This approach marks a significant leap forward in our capacity to manage and evolve with the complexities of natural and engineered phenomena on Earth.

Four-dimensional space-time Intelligent platform for Earth events

This platform captures Earth's dynamic events, from natural processes to human activities, across all digital industry sectors. It integrates Earth's three-dimensional spatial coordinates with the Beidou time system, transforming traditional static maps into a four-dimensional "live map" that reflects the ongoing flow of Earth events.

Our intelliigent platform combines perception, decision-making, control, service, and a closed loop with autonomous machine thinking and actions. This serves as an advanced artificial intelligence framework, designed to navigate and manage the complexities of our world's events more effectively.

l Earth events: a collection of natural movement processes, including human activities (excluding the mass and energy conversion movement): covering all industries in the digital field of new infrastructure.

l Four-dimensional space-time: the earth space-time system composed of the three-dimensional earth-earth coordinate system and the Beidou time system is the internal correlation of the unity of earth events: the traditional two-dimensional three-dimensional static map creates the four-dimensional "living map".

l Wisdom platform: wisdom platform = {perception, decision-making, control, service, closed loop | machine autonomous thinking, behavior}: artificial intelligence replacement.

Application case: all video streams are integrated into the same four-dimensional living map —— a map of the world

Six video streams ingested by six cameras

Screen shots of the four-dimensional space-time living map work

Spatial accuracy: cm level time accuracy: 25 times / second 0

Application case: All event details are intact microscopically

1.all video streams are integrated into the same four-dimensional living map

The six video streams on the left are synchronously converted into a four-dimensional space-time map generated by the fusion of the four-dimensional space-time image collection and the three-dimensional real scene map.

2. Sewage outlet identification and location

The robot automatically patrols along the river bank, and once it identifies the sewage outlet, it immediately determines its three-dimensional geodetic coordinates, focusing on synchronously transmitting the sewage outlet coordinates and remote sensing images to the database and the river length system management platform, and sending people to deal with it.

3.Identification and positioning of vessels

The robot finds that a cargo ship passes by, and its three-dimensional geodetic coordinates are immediately dynamically displayed in the four-dimensional space-time, and the robot automatically tracks it. Four-dimensional space-time can obtain 2 million three-dimensional geodetic coordinate points in the screen within 50 milliseconds (that is, 20 frames/second). The blue area in the upper left corner shows the coordinates of the center point of the cargo ship, and the numbers on the right are the coordinates of the other 60,000 points on the cargo ship.

Once the robot finds illegal buildings in the green line and the construction gray line, it immediately sends its coordinates and images to the relevant management departments for processing.

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.