As a strategic emerging industry, the low-altitude economy will become a new economic growth engine, information services are the key to promote the rapid and large-scale development of the low-altitude economy, and low-altitude intelligent networking is the cornerstone of promoting the high-quality development of low-altitude information services.
China Mobile has made every effort to build a low-altitude economic information infrastructure, and has built the world's largest 4G/5G network and a satellite-ground integrated high-precision positioning network, built an industry-leading laboratory test platform and the largest 4.9GHZ+ millimeter wave integrated test network, developed the industry-leading UAV intelligent management and control platform "China Mobile Lingyun", and innovatively built a low-altitude intelligent networking technology system of "integrated synaesthesia and intelligent management and guidance". Intelligent and precise navigation lays an important technical foundation.
This white paper outlines the development vision and technology development plan of China Mobile's low-altitude intelligent networking, and provides reference and guidance for the industry in network technology development, technology introduction planning and product solution design.
The copyright of this white paper belongs to China Mobile, and no unit or individual may copy or copy part or all of the content of this proposal without authorization.
This report is jointly authored by China Mobile Research Institute, China Mobile Chengdu Industry Research Institute, and China Mobile Shanghai Industry Research Institute. We would like to thank Huawei, ZTE, CITIC, Ericsson, Nokia, TD Tech, MTK, UNISOC and other companies for providing relevant materials and data support during the writing process.
Table of Contents of White Papers
1. The trend of low-altitude economic development
1.1. Diversity
1.2. Intelligent
1.3. Ecology
2. The demand for low-altitude information services
2.1. Low-altitude communications
2.2. Flight Navigation
2.3. Empty City Regulation
3. Current situation and challenges of low-altitude intelligent networking
3.1. Technical connotation
3.2. Development status
3.3. Facing challenges
4. Low-altitude intelligent networking technology system
4.1. End-to-end network architecture
4.2. Key communication technologies
4.2.1. New coverage for air-ground coordination
4.2.2. New mechanisms for interference control
4.2.3. Toggle enhancement new policy
4.2.4. New guarantee for flight control business
4..2.5 New authentication for trusted access
4.2.6. New management of cluster communication
4.3 Perception of key technologies
4.3.1. Flexible deployment of new architectures
4.3.2. Hybrid waveform new air interface
4.3.3. Super Angle New Hardware
4.3.4. New high-precision perception features
4.3.5. New synaesthesia collaboration networking
4.3.6. New model for perceptual evaluation
4.4. Key technologies for management and control
4.4.1. Digitized airspace base
4.4.2. Trusted Identity Authorization
4.4.3. Full lifecycle management...
4.4.4. Integrated scheduling of perception capabilities
4.4.5. Intelligent monitoring services
4.5. Key Navigation Technologies
4.5.1. High-precision positioning based on Beidou
4.5.2. Beidou short message fusion communication
4.5.3. Beidou timing time synchronization
4.5.4. Spatiotemporal digitized position base
4.5.5. Spatiotemporal big data
5. Summary and outlook
List of acronyms
bibliography
[See the end of the article for how to receive the report]
—
How to claim the full version
The report is 36 pages long
If you find this material helpful
I would like to get the full digital version of the content reference study
You can follow + comment + retweet
Then DM me: report