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Biological control of Verticillium wilt caused by Verticillium dahliae is a green and sustainable strategy. However, the antifungal activities of different amounts of biocontrol bacterial are still not understand. This study investigates the antifungal activity of different amount of Bacillus amyloliquefaciens FH1-RS1 and Bacillus cereus R19 against Verticillium dahliae V991 by dual culture plate. The results showed that both the fungal inhibition rate (FIR) and far fungal inhibition rate (FFIR) of B. amyloliquefaciens FH1-RS1 elevated with the increasing volume. The highest FIR (77.78%) and FFIR (58.33%) of B. amyloliquefaciens FH1-RS1 were both in 22 μL volume (7.2 × 108 CFU/mL). The highest FIR of B. cereus R19 was 48.15% in 12, 18 and 20 μL volume (1.2 × 108 CFU/mL). The highest FFIR of B. cereus R19 was 38.89% in 6 μL volume. This suggests that not all biocontrol bacteria have higher antifungal activity in higher amounts.

According to the requirements of military education policy in the new era, military equipment instructors must constantly strengthen the construction of teaching ability in order to provide professional equipment technical personnel for the new information war in the future. In view of how to comprehensively improve the teaching ability of military equipment instructors, this paper first analyses the main problems existing in the current teaching ability construction of equipment instructors in our Institute, and then puts forward some specific measures to strengthen the teaching ability construction of equipment instructors, which has certain guidance and reference for rapidly and efficiently improving the actual combat teaching ability of equipment instructors.

To solve the problem of mechanized blending and low-level cooperation in Blended Cooperative Learning, this paper proposes a Blended Cooperative Learning Model aiming to Deep Learning, which including the definition, key features and its framework. Through the application in the course of Radar Maintenance Engineering and Performance Parameters Measurement, our teaching practice shows that the students’ practical skills and scientific teamwork ability are significantly improved.

Advanced computing has become one of the most important technical fields in the 21st century. In the Internet of Things, artificial intelligence, autonomous driving, weather forecasting, aerospace, information research, life sciences, materials engineering and basic scientific research, industry informatization, and data Concentration and other aspects are of great significance and play a fundamental role in the progress of the entire society. This article will start with the introduction of the development process and basic concepts of advanced computing, focusing on the development status and standardization of advanced computing, and will give suggestions for the development of advanced computing in combination with the actual situation in my country.

This paper focuses on Hongcun in Anhui Province, using comments data of ctrip.com, ly.com and qunar.com as a samples, and makes a systematic analysis of Hongcun's tourism image through Python software. The study finds that the dimension of Hongcun image perception includes tourism attraction, tourism service, tourism environment and tourism atmosphere. The perception curve of tourism images of Hongcun presents the distribution characteristics of power functions, with obvious "long tail" distribution.Tourists have higher evaluation of Natural scenery and historical features,and lower evaluation for over-commercialization,single tourism items and disordered management in tourism-peak season. Accordingly, it is necessary to establish the concept of protective development and protect the authenticity of Hongcun . At the same time, it is necessary to enrich the cultural connotation of tourism products and enhance the experience of tourists.

This study takes the construction strategy of rural community space as the research object, combines the objectives of the rural revitalization strategy in the new era in China, and clarifies the goals and successful experiences of rural community space creation by analyzing relevant cases created by communities in Taiwan, China. Combining the multidisciplinary perspective, we will comprehensively sort out the current strategies for the construction of rural community space in China from the aspects of material space, industrial space and social space construction:1）The local superior resources should be fully utilized, and the multi-party cooperation strategy should be adopted to guide the villagers to participate in all stages of rural community construction, management and operation.2）We should build an interactive mechanism between rural community space construction and the healthy development of the local economy, so as to achieve sustainable development of rural communities.

Analyzing the factors that affect tourist satisfaction can guide the sustainable development of tourist destination to a certain extent. In order to study the influence of Landscape Gene on the tourist satisfaction, the model of the structural equation was constructed by constructing the identification system and constructing the model of the structural equation. The results show that the characteristics of the building and the characteristics of the folk custom are positively influenced. The characteristics of the faith have a negative effect on the satisfaction of the tourists, and the correlation coefficient is prominent. The characteristics of the environment have a negative impact on tourist satisfaction. The effect of the folkcustom character on tourist satisfaction is the most significant.

In this paper, the performance of 60GHz wireless communication system with SC and OFDM is studied, the models of OFDM 60GHz system and SC 60GHz frequency domain equalization (SC-FDE) system are established, and the bit error rate (BER) performance of OFDM 60GHz system and SC-FDE 60GHz system in 802.15.3c channels is compared. The simulation results show that SC-FDE 60GHz system has a slight advantage over OFDM system in line-of-sight (LOS) channels, while OFDM 60GHz system has a slight advantage over SC-FDE system in non-line-of-sight (NLOS) channels. For 60GHz system, OFDM 60GHz system has a slight advantage over SC-FDE system in overcoming multipath fading, but the performance of both is close whether in the LOS or NLOS case.