The purpose of this study is to explore the privacy information antistealing control method of medical system based on cloud computing.

In this article, a monitoring area coverage algorithm based on the nodes position control is proposed to solve the coverage problem of WSNs. By calculating the positions between nodes, the motion scheme of nodes can be obtained so that the nodes gradually disperse and cover more monitoring areas.

In this paper, through the simulation of the two most representative non-orthogonal multiple access technologies of SCMA and NOMA, the impact of interference and power distribution on the system performance simulation is analyzed. This article briefly analyzes the SCMA system model and key technologies, and on this basis, introduces the SCMA system simulation platform.

Furthermore, the paper simulates and analyzes the effect of adaptive modulation coding on SCMA system performance improvement and the influence of intra-cell interference on useful signals.

Multipath Transport Control Protocol (MTCP)-based infrastructure for 5G networks handle all the coming data and provide fast reliable data handling. The proposed MTCP based infrastructure for 5G networks handles all the coming data and provide fast and reliable data handling. The experiment results indicated that the proposed infrastructure is minimizing the convergence time in case of any failure in the main path.

This article comprehensively introduces the hardware equipment of panoramic technology and the technical requirements of panoramic image acquisition in the field of practical application, and combines the actual cases to systematically produce panoramic image stitching, panoramic image generation, and virtual roaming campus construction; three-dimensional panoramic technology is a brand-new form of viewing images, discussing and studying the artistic expression of three-dimensional panoramic images, and researching its innovative application in visual communication art.

This article first conducts the overall design of the PV remote monitoring system.

This paper designs a network coverage control algorithm based on multiobjective genetic algorithm optimization considering the coverage and energy consumption of wireless network.

This paper analyzes the 5G-oriented non-orthogonal multiple access technology, and designs and implements a non-orthogonal multiple access technology simulation platform laboratory based on 5G technology.

This paper presents a cross-layer cooperative control model, which can control the real time and reliability of network power data communication through stack protocol layer.

In this paper, the design of reliable communication network is solved by genetic algorithm.

This research investigates the power of the Internet of things and the traditional network security risk index.

The catenary line voltage traveling wave signal of each mode is concentrated in the low frequency part.

This research takes several problems in the field of information security processing in the basic structure of information communication network.

A preliminary scheme of applying machine learning to cyberspace security is proposed.

In this paper, binocular stereo vision system is used to collect multiple pairs of facial information images.

This paper briefly describes the technical characteristics and development process of virtual reality and the role of virtual reality technology in intelligent teaching of fine arts and painting. This paper describes the development status of art painting education in China, the necessity of research, and development of teaching assistant system. The concept of displacement sensor, the basic steps of wavelet denoising, information fusion decision-making method, 3D modeling technology, and 3D scene model optimization are summarized.

The main research of this paper is as follows: (1) research background, significance and current situation of 3D virtual virtual reality (VR) technology, (2) application analysis of environmental art design and virtual reality technology, and (3) improvement measures of modern environmental art design

At present, 5G technology is advancing by leaps and bounds, and virtual reality technology is also booming. The visual design creation system based on intelligent human–computer cooperation is a system that can help visual communication designers complete high-quality, high-efficiency, and high-volume design output with the aid of artificial intelligence technology, which has always been a research hotspot. In this paper, 5G virtual reality technology is applied to the intelligent human–computer cooperation visual design creation system, and its architecture is studied. In addition, this paper tests the visual design and creation system based on 5G virtual reality under the intelligent man–machine cooperation, starting from the system response time, visual design completion time, and visual presentation effect, and compares with other intelligent human–computer cooperation visual design and creation systems, so as to highlight the advantages of this system. The main methods and techniques used in this paper are as follows: (1) Data access and analysis—in this paper, 5G virtual reality is described by consulting materials. (2) Based on 5G virtual reality, intelligent human–computer cooperation visual design creation system architecture versatility—this paper analyzes the generality of visual design creation system architecture based on 5G virtual reality. (3) The architecture of visual design and creation system based on 5G virtual reality and intelligent man–machine cooperation is constructed. (4) System testing—taking packaging design as an example, this paper tests the system from two aspects of system function realization and system performance. In the performance test, this paper studies the system response time, visual design completion time, and visual presentation effect.