The hottest Ericsson networked UAV scheme based on

Ericsson's distributed cloud based joint unmanned aerial vehicle solution was selected as the world's leading scientific and technological achievement of Internet

c114 news on November 13 (Li Ming) at the fifth World Internet Conference held in Wuzhen recently, Ericsson's distributed cloud based joint unmanned aerial vehicle solution was selected as the world's leading scientific and technological achievement of Internet

following last year's blindfolded driving, Ericsson's innovative solutions were once again selected as the world's leading scientific and technological achievements

it is understood that the existing UAV uses local wireless connection, has limited control range, and is limited by the ability of airborne hardware to perform complex processing tasks. Ericsson's joint UAV solution based on distributed cloud connects UAVs to cellular networks, and uses AI algorithms deployed on distributed cloud to make it more widely used

Ericsson's joint UAV solution based on distributed cloud has the following four advantages:

first, it can be applied to various industries. Through cellular network control, UAVs can be enabled to perform very complex tasks, unlock many different application cases, and achieve automatic execution. These capabilities are crucial to the digital transformation of many vertical industries

second, it is unique, combined with deep learning artificial intelligence algorithm, making it a green, environmental friendly, efficient and low-cost industrial IOT solution. By putting the complex deep learning computing power on the back-end server, the ability of IOT terminal equipment is greatly expanded, and the cost and power consumption of mobile terminals are saved

third, because many mobile terminals can share resource pools in the distributed cloud system, the computing power to handle complex tasks can be moved to the branch Victrex company. Victrex said that the performance of this material in the early 2014 was encouraging for the distributed cloud system, further improving the efficiency of computing resources. The distributed cloud system can increase or reduce the resource pool in proportion to the change of load. All connected mobile terminals are managed by Ericsson IOT accelerator system, which is designed for massive terminal and data management

fourth, one of the safety concerns about UAVs is the daily management of UAV flight activities. If the UAV can be operated through the cellular network, the management task will be more challenging. Ericsson's joint UAV solution based on distributed cloud requires that the UAV be registered in the Ericsson IOT Accelerator Center system before obtaining the flight license and further improving the performance connection through improved features in the future, so that it is easy to control the flight range and area of the UAV. This makes it easy to authorize the control of UAV activities, and solves this problem to a large extent. 1. The whole operation procedure

recently, Ericsson's joint UAV solution based on distributed cloud has also been jointly demonstrated with many operators around the world, from the earliest with China Mobile to telia in Sweden, vivo in Brazil, Chinatelecom, China Unicom, Pakistan Telecom, MTN in South Africa, etc. This not only verifies the feasibility of this scheme in different LTE networks, but also looks forward to the ability of 5g networks in the future

in addition to the joint UAV solution based on distributed cloud mentioned here, Ericsson has also spared no effort in the exploration of 5g use cases

in order to help operators fully tap the commercial potential of 5g, Ericsson has conducted research on more than 400 use cases in 10 vertical industries. Among these use cases, more than 200 5g hydraulic universal testing machines that will play an important role have been identified as the use cases of important types of testing machines; Through cluster analysis, nine use case groups are generated, covering almost 90% of potential 5g business opportunities. The nine use case groups include: enhanced video services, monitoring and tracking, real-time automation, intelligent monitoring, automatic robots, hazard and maintenance sensing, augmented reality, car coupling, and remote operation

as a leader in the global mobile communication technology and market, Ericsson has won the world's largest 5g commercial contracts. At present, Ericsson has won seven 5g commercial contracts. At the same time, it has signed a memorandum of understanding on cooperation with 40 5g network tests with the world's leading operators, and has fully cooperated with 22 industry partners, 45 universities and research institutions in the 5g field

looking forward to the future, 5g will become an important enabling technology to promote the digital transformation of the industry, which will help to realize immersive experience, autonomous driving, remote mechanical control, augmented reality and hybrid reality in the service scene, etc. 5g is a huge opportunity for the transformation of the whole industry chain, and will bring new driving forces for the digital transformation of vertical industries