5G Big Data Research Articles

Research on key technologies for connected vehicle autonomous driving based on 5G big data

Abstract In recent years, with the improvement of computers, automation, and communication technologies, autonomous driving has developed rapidly and has become a research hotspot in transportation. In order to optimize the existing autonomous driving scheme, this paper investigates the key technologies in 5G-based Telematics autonomous driving, mainly including the millimeter wave communication method and automatic obstacle avoidance strategy design, and tests and analyzes them through simulation experiments. In the simulation experiment, the synchronization rate of rear vehicle 1 of lane X 1 is 97.56%, that of rear vehicle X 2 is 98.43%, and that of rear vehicle X 3 is 97.82%, with an average synchronization rate of 97.94%. The synchronization rates of rear vehicle Y 1, Y 2 and Y 3 of lane 2 are 98.27%, 97.84%, and 96.89%, respectively, with an average synchronization rate of 97.67%. For the local observation latency in Telematics, the 5G Big Data-based scheme reduces 10.22% on average compared to the F-DDQL scheme and 9.76% on average compared to the IF-DDQL scheme. Regarding system latency, the 5G Big Data-based scheme reduces 8.67% and 9.21% on average compared to the other two schemes, respectively. The 5G Big Data-based Telematics autopilot can significantly improve the synchronization rate of vehicles and effectively reduce network latency. The research on the key technologies of 5G big data-based connected vehicle autonomous driving in this paper can overcome the shortcomings of traditional autonomous driving technology with unstable networking and help reduce the reliance on high-precision sensors, thus further improving autonomous driving performance.

Retraction Note: Mountain atmospheric characteristics based on 5G big data and Yunnan minority pattern design

With the constantly updated new technologies and application software and the 5G big data era that is gradually moving to the market, big data as a modern technological resource has gradually developed in terms of conversion conditions and methods, and it is more convenient to transform from abstraction to reality, which is a mountainous atmosphere detection zone. There are new opportunities and challenges. Therefore, in the context of 5G big data, discussing how to improve the ability of mountain atmospheric observation has certain theoretical value and practical significance. The atmospheric characteristics of the mountain refer to the heat (warming) generated by the uplifted land. The altitude of the mountain/plateau changes the heat distribution pattern of the mountain and its surrounding area, and raises the internal temperature of the mountain to be higher than the surrounding open air temperature at the same altitude. Horizontal pattern is observed, thus forming a vertical pattern in which the inside of the natural area is higher than the outside. The quantification of mountain effects is the key to solving the problem of no belts in vertical mountainous areas. The country must promote its legacy and make it widely known. A basic element of modern pattern design is the pattern design of Yunnan ethnic minorities, which is a medium for expressing cultural heritage. This part of the pattern design of ethnic minorities includes profound ancient cultural and esthetic characteristics, rich in national colors. Relying on the application of Yunnan ethnic minority folk art patterns in contemporary art design, it demonstrates leading the ethnic cultural personality decoration trend, promoting the diversification of contemporary design styles, fully reflecting the natural customs and human factors and other aspects, and discussing the Yunnan ethnic folk art pattern spiritual essence. Based on the actual demands of contemporary pattern design, analyzing the actual application of Yunnan ethnic and folk art patterns plays an important role in the development of the field of Chinese art design.

Retraction Note to: Research on urban environmental pollution intervention and elderly nursing satisfaction based on 5G big data

In recent years, as China has entered the fast lane of economic development, air pollution in many places is more serious. As the main source of pollution, large particulate matter has caused haze in many places, which has also attracted the attention of the state and relevant researchers. The government also began to control the air pollution. With the increasing degree of governance, through the network monitoring of many cities in our country, we can find that the pollution of PM2.5 has been effectively controlled. This paper mainly analyzes the governance of urban environmental pollution and the nursing situation of the elderly. In the human administration industry, various hotspots for big data analysis crisis facility records, clinical records of patients, delayed consequences of clinical appraisals, and contraptions are a bit of a network of servers. Geriatric care intervention is moreover making an essential piece of big data appropriate to geriatric care intervention. This data requires proper organization and examination to derive meaningful information. The intervention satisfaction based to offer significant responses for improving general prosperity, human administration providers are should have been outfitted with a reasonable system to make and analyze geriatric care intervention methodically.

RETRACTED ARTICLE: Research on urban environmental pollution intervention and elderly nursing satisfaction based on 5G big data

In recent years, as China has entered the fast lane of economic development, air pollution in many places is more serious. As the main source of pollution, large particulate matter has caused haze in many places, which has also attracted the attention of the state and relevant researchers. The government also began to control the air pollution. With the increasing degree of governance, through the network monitoring of many cities in our country, we can find that the pollution of PM2.5 has been effectively controlled. This paper mainly analyzes the governance of urban environmental pollution and the nursing situation of the elderly. In the human administration industry, various hotspots for big data analysis crisis facility records, clinical records of patients, delayed consequences of clinical appraisals, and contraptions are a bit of a network of servers. Geriatric care intervention is moreover making an essential piece of big data appropriate to geriatric care intervention. This data requires proper organization and examination to derive meaningful information. The intervention satisfaction based to offer significant responses for improving general prosperity, human administration providers are should have been outfitted with a reasonable system to make and analyze geriatric care intervention methodically.

RETRACTED ARTICLE: Mountain atmospheric characteristics based on 5G big data and Yunnan minority pattern design

With the constantly updated new technologies and application software and the 5G big data era that is gradually moving to the market, big data as a modern technological resource has gradually developed in terms of conversion conditions and methods, and it is more convenient to transform from abstraction to reality, which is a mountainous atmosphere detection zone. There are new opportunities and challenges. Therefore, in the context of 5G big data, discussing how to improve the ability of mountain atmospheric observation has certain theoretical value and practical significance. The atmospheric characteristics of the mountain refer to the heat (warming) generated by the uplifted land. The altitude of the mountain/plateau changes the heat distribution pattern of the mountain and its surrounding area, and raises the internal temperature of the mountain to be higher than the surrounding open air temperature at the same altitude. Horizontal pattern is observed, thus forming a vertical pattern in which the inside of the natural area is higher than the outside. The quantification of mountain effects is the key to solving the problem of no belts in vertical mountainous areas. The country must promote its legacy and make it widely known. A basic element of modern pattern design is the pattern design of Yunnan ethnic minorities, which is a medium for expressing cultural heritage. This part of the pattern design of ethnic minorities includes profound ancient cultural and esthetic characteristics, rich in national colors. Relying on the application of Yunnan ethnic minority folk art patterns in contemporary art design, it demonstrates leading the ethnic cultural personality decoration trend, promoting the diversification of contemporary design styles, fully reflecting the natural customs and human factors and other aspects, and discussing the Yunnan ethnic folk art pattern spiritual essence. Based on the actual demands of contemporary pattern design, analyzing the actual application of Yunnan ethnic and folk art patterns plays an important role in the development of the field of Chinese art design.

Enterprise human resource management system monitoring based on embedded system and 5G big data platform

Enterprise human resource management system monitoring based on embedded system and 5G big data platform