The practice of rural construction has been exploring and trying to adapt to the needs of rural development in various periods. In recent years, under the attention and promotion of the central policy, various social forces have joined the ranks of rural construction, and art intervention in rural construction has begun as a new method. Entering the public eye, it deeply intervenes in the construction and development of the countryside in a more gentle way, from the key point of interaction between the social and cultural orientation and the material needs of the countryside. However, most of the art interventions in rural construction practice only unilaterally use artistic techniques to beautify local areas or display works, without realizing the hidden artistic and cultural value of the village and ignoring the participation and role of the villagers in the whole process. After the construction is completed, once the foreign construction forces are withdrawn, the development of the village will stagnate. Therefore, mobilizing the main body of rural construction (original villagers) to participate in the joint construction of the village is an important link to solve the current problems of art intervening in the construction of rural settlements.

In this paper, a modern packaging model is constructed by combining three-dimensional digital image processing technology, which has achieved the effect of improving the quality of modern packaging design. In addition, this paper proposes a new target recognition and tracking scheme, which uses the method of servo motor to control the synchronous conveyor belt to monitor the moving objects in real time and proposes a decision analysis algorithm to avoid repeated identification of multiple moving targets. At the same time, the software structure and execution flow of the visual control system are designed, the level of each functional module of the software is divided, and the key technology of the software is studied. The experimental research shows that the 3D digital image processing technology is effective in improving modern packaging design methods and can improve the interactivity and user experience of modern packaging design.

With the fast develo China's science and technology, artificial intelligence and information technology have been used widely to enhance expression of human sentiments and the speed of information transmission, as well as to create digital media art. As a result of the advancements in digital media art, visual communication design (VCD) has undergone substantial transformations, and it is imperative that the designers responsible adapt VCD to these changes in order to enhance the design impact. This article examines the evolution and creativity of VCD in the context of digital media art, using AI as a backdrop. Initially the digital media art dataset is collected and the raw image data is preprocessed using normalization method. The preprocessed 2D data is converted to 3D using Selective Deep Generative Adversarial Network (SD-GAN). To enhance the quality of the visual design we use Particle Swarm Optimization (PSO) algorithm. The performance of the recommended system is analyzed and compared with conventional approaches to prove the efficacy of the proposed system.

In order to improve the effect of handicraft structure design, this study combines the dynamic simulation technology to build a handicraft structure design system and transmits data through dynamic simulation signals to improve the effectiveness of the interactive design of artworks. In order to provide a simpler and faster development process for interactive media applications, this study develops an interactive media art design system with a node-based visual programming model as the core processing logic. The digital Gaussian shaping method based on the programmable logic device can not only realize real-time Gaussian shaping of the nuclear pulse signal but also meet the needs of later function expansion, maintenance, and upgrade of the system. In addition, this study verifies the effectiveness of the handicraft structure design system based on dynamic simulation technology through the analysis of multiple sets of simulation data.

Development in the rural environment is a key pillar motivating international organizations' functions and operations. The development in this area falls under the 2030 Agenda of Sustainable Development of the UN. Rural development and factors such as culture might be utilized to achieve such agenda and improve populations living in conditions. The current study was literature systemic reviewing the evolution path and the impact mechanism on the issue of rural human settlement. Results in the current study showed that natural ecosystems, socioeconomic systems, facilities, and service systems all follow one of seven general evolution paths. Terrain and ecology, climate change and catastrophe, the agricultural and rural economy, population increase, and other factors all contribute to disruption. Policy, technology, and the habits of individual households inform the development of action plans. Every evolutionary outcome has both fragile and hardy features. The government and individual families took measures to lower vulnerability and increase resilience by concentrating on the actual problem of the rural human settlements system. Further, the study observed that the effects of rural human settlements on rural development occur in a systematic way. These changes, most obviously seen in the form of new and improved rural human settlement projects, have the potential to affect many facets of the human settlement system as a whole, making it cleaner, more practical, more harmonic, and generally more pleasant places to live. These benefits will have a multiplicative impact on the health, wealth, and happiness of rural residents; the efficiency, modernity, and prosperity of rural businesses; and the quality of life in rural areas. Rozwój w środowisku wiejskim jest kluczowym filarem motywującym funkcje i działanie organizacji międzynarodowych. Rozwój w tym obszarze wpisuje się w Agendę Zrównoważonego Rozwoju ONZ 2030. Rozwój obszarów wiejskich i czynniki takie jak kultura mogą zostać wykorzystane do osiągnięcia tego celu i poprawy warunków życia populacji. Niniejsze badanie miało charakter systemowego przeglądu literatury dotyczącej ścieżki ewolucji i mechanizmu oddziaływania na problematykę wiejskiego osadnictwa ludzkiego. Wyniki wykazały, że naturalne ekosystemy, systemy społeczno-gospodarcze, obiekty i systemy usług podążają jedną z siedmiu ogólnych ścieżek ewolucji. Teren i ekologia, zmiany klimatyczne i katastrofy, gospodarka rolna i wiejska, wzrost liczby ludności i inne czynniki przyczyniające się do zakłóceń. Polityka, technologia i zwyczaje poszczególnych gospodarstw domowych wpływają na rozwój planów działania. Każdy wynik ewolucji ma zarówno słabe, jak i silne cechy. Rząd i obywatele podjęli działania mające na celu zmniejszenie podatności na zagrożenia i zwiększenie odporności, koncentrując się na rzeczywistym problemie wiejskiego systemu osadnictwa ludzkiego. Ponadto zaobserwowano, że wpływ osiedli ludzkich na obszarach wiejskich na rozwój obszarów wiejskich występuje w sposób systematyczny. Zmiany te, najwyraźniej widoczne w postaci nowych i ulepszonych projektów osiedli ludzkich na obszarach wiejskich, mogą potencjalnie wpłynąć na wiele aspektów systemu osadnictwa ludzkiego jako całości, czyniąc go czystszym, bardziej praktycznym, bardziej harmonijnym i ogólnie przyjemniejszym miejscem do zamieszkania. Korzyści te będą miały zwielokrotniony wpływ na zdrowie, bogactwo i szczęście mieszkańców obszarów wiejskich; efektywność, nowoczesność i dobrobyt przedsiębiorstw wiejskich; i jakość życia na obszarach wiejskich.