Research on Tourism Brand Building in Shapingba District from the Perspective of Cultural and Tourism Integration:A Case Study of Sunac Cultural Tourism City

From the perspective of cultural and tourism integration,this paper uses Sunac Cultural Tourism City in Chongqing’s Shapingba District as a case study to explore its tourism brand-building model and provide corresponding suggestions.First,relevant literature was reviewed to understand the theoretical foundations of cultural and tourism integration,cultural tourism brands,and brand building.Then,authoritative data was collected from official websites to conduct an in-depth analysis of the area’s cultural and tourism resources.This study introduces an overview of the cultural and tourism resources in Shapingba District and analyzes the development status and brand-building situation of Sunac Cultural Tourism City.Using the SWOT analysis method and based on the theoretical foundation,this paper comprehensively evaluates the advantages,disadvantages,opportunities,and threats in the brand building of Sunac Cultural Tourism City.The aim is to offer effective suggestions for tourism brand building in the Shapingba District,thereby promoting the integration and development of the cultural and tourism industries.This research holds both theoretical and practical significance for promoting tourism brand-building and the integration of cultural and tourism industries in the Shapingba District.

A semantic vector map-based approach for aircraft positioning in GNSS/GPS denied large-scale environment

Accurate positioning is one of the essential requirements for numerous applications of remote sensing data,especially in the event of a noisy or unreliable satellite signal.Toward this end,we present a novel framework for aircraft geo-localization in a large range that only requires a downward-facing monocular camera,an altimeter,a compass,and an open-source Vector Map(VMAP).The algorithm combines the matching and particle filter methods.Shape vector and correlation between two building contour vectors are defined,and a coarse-to-fine building vector matching(CFBVM)method is proposed in the matching stage,for which the original matching results are described by the Gaussian mixture model(GMM).Subsequently,an improved resampling strategy is designed to reduce computing expenses with a huge number of initial particles,and a credibility indicator is designed to avoid location mistakes in the particle filter stage.An experimental evaluation of the approach based on flight data is provided.On a flight at a height of 0.2 km over a flight distance of 2 km,the aircraft is geo-localized in a reference map of 11,025 km~2using 0.09 km~2aerial images without any prior information.The absolute localization error is less than 10 m.

Application of water loop variable refrigerant flow air-conditioning system in large-scale buildings in northern China

A water loop variable refrigerant flow（WLVRF）air-conditioning system is designed to be applied in large-scale buildings in northern China.The system is energy saving and it is an integrated system consisting of a variable refrigerant flow（VRF）air-conditioning unit,a water loop and an air source heat pump.The water loop transports energy among different regions in the buildings instead of refrigerant pipes,decreasing the scale of the VRF air-conditioning unit and improving the performance.Previous models for refrigerants and building loads are cited in this investigation.Mathematical models of major equipment and other elements of the system are established using the lumped parameter method based on the DATAFIT software and the MATLAB software.The performance of the WLVRF system is simulated.The initial investments and the running costs are calculated based on the results of market research.Finally,a contrast is carried out between the WLVRF system and the traditional VRF system.The results show that the WLVRF system has a better working condition and lower running costs than the traditional VRF system.

Digital Application Objectives and Benefit Analysis of BIM Technology in Large-Scale Comprehensive Development Projects

This paper discusses the digital application and benefit analysis of building information model(BIM)technology in the large-scale comprehensive development project of the Guangxi headquarters base.The project covers a total area of 92,100 square meters,with a total construction area of 379,700 square meters,including a variety of architectural forms.Through three-dimensional modeling and simulation analysis,BIM technology significantly enhances the design quality and efficiency,shortens the design cycle by about 20%,and promotes the collaboration and integration of project management,improving the management efficiency by about 25%.During the construction phase,the collision detection and four-dimensional visual management functions of BIM technology have improved construction efficiency by about 15%and saved the cost by about 10%.In addition,BIM technology has promoted green building and sustainable development,achieved the dual improvement of technical and economic indicators and social and economic benefits,set an example for enterprises in digital transformation,and opened up new market businesses.

Urban Public Spaces and Design of Historical and Cultural Buildings——Series II of Urban Public Space Design

This paper summarized concept and role of urban public space, highlighted its role in emotional exchange, cultural exchange, and business communication, and the significance of showing inside image of the city in terms of morality and residents' quality. Combining with design of historical and cultural buildings, the paper explored the forms of historical and cultural buildings in urban public spaces from the perspectives of administration square, religious square, cultural square and commercial street, so as to design "human-concerned" urban public spaces that meet human needs and reflect personality of the city.

GPR Applications for NDT Investigations on the Cultural Heritage Monumental Buildings of Florence (Italy)

Florence (Italy) is a worldwide well-known cultural historical city, with many outstanding monumental buildings visited every year by about 20M people, since 1982 the historical city center is under the UNESCO Patronage. Conservation of monumental buildings is subject to the principles of integrity and authenticity, in Italy recalled by the Ministry for Cultural Heritage 2011 rule, which defines the procedure for their seismic vulnerability evaluation. For that, the knowledge of the masonry structure is in need, and in lack of historical documentation on the design, only non destructive tests (NDT), or very low destructive tests, can be run on the masonry for acquiring this knowledge on its structure and consistence. For this purpose, we are largely using specific ground penetrating radar (GPR) technology, which is resulting highly performing in defining masonry structure and consistence. This paper summarizes selected case histories regarding the main Florentine historical monumental buildings: Palazzo Vecchio, Brunelleschi’s Cupola, Giotto’s Bell-Tower, and San Giovanni Baptistery. The correct interpretation of the GPR data requires knowledge about the masonry techniques of the age of construction, and local verification with micro drill-holes with video inspections, sonic and ultrasonic tests, in defining historical monumental buildings masonry structure and competence, static and dynamic behavior parameters and seismic vulnerability.

Study on Dominant Expression of Regional Culture of the Qinling Mountains in Local Residential Buildings

Regional culture of the Qinling Mountains shows distinct features since it was born in the local outstanding ecological environment, study on local architecture is significant for the dominant expression of regional culture, protection of local environment, and echoing with the theme of ecological civilization construction. This paper, on the basis of the mutual infl uence and evolution of regional culture and style of local residential buildings, explored the reasons for the weakening of local architectural style, and specified the signifi cance of promoting local style of the living environment. By studying the infl uence of local natural environment and humanistic environment on architectural style along the northern foot of the Qinling Mountains, the paper explored the expression of regional culture in residential buildings, with Xian Garden(Xi'an Yuanzi) as an example, and aimed at giving useful help to the dominant expression of regional culture in modern residential buildings.

Personal Reflection on Cultural Building Blocks

By reflecting back on the culture in which I was raised, I identify different building blocks of culture and the ways they played out, in order to apply them in my future life and make life better.

To Build Tourism Through Culture and Remain Invincible Senior Cultural Tourism Expert Li Liangyi from Singapore

From May 15 to June 30, the 34 overseas China Cultural Centers and 19 overseas tourism offices have held various cultural and tourism exchange activities.

"Angel's Love"Chinese Goddess Nuwa Culture——Large-scale Activities for Public Interests

Initiated by Chinese Red Cross Foundation and sponsored by American .General Business Association, Chinese Nuwa （a goddess-creator of the Chinese nation） Culture Large-scale Activities for Public Interests undertaken by Beijing Absolute Challenge International Advertising Co., Ltd. has recently commenced in an all-round way. A grand ceremony will be held at Nuwa Plaza in Shexian County, Hebei Province on Septemper 24, 2007.

Doctors Bridging Borders Chinese doctors working in Africa build cultural bridges

BEFORE Chinese medical teams were sent to Africa, to most Africans. China was a remote country that they had barely heard of. But through seeing and being treated by Chinese doctors Africans began to learn about China and its people.

Building Services Equipment and Effective Maintenance Culture:The Experts Standpoint

Effective management and maintenance of building equipment can yield more sustainable delivery of building services systems with buildings/facilities.Buildings generally provide habitation,security,comfort and indeed habitat for social and recreational activities.All over the world,buildings/facilities play very vital role in the economic development of any nation.Building equipment is classified as refrigerator,pump,lift and escalator systems,HVAC(heat ventilation and air-conditioning)systems,extractor fans as well as water and firefighting equipment among others.In this paper,the roles of maintenance culture within building equipment were examined in pursuit of achieving effective services delivery.More often than not,maintenance of building equipment option is sometimes played down but with emphasis on achieving optimum performance without recourse to striking a balance between the above indices.The paper also examines immediate and remote causes associated with maintenance management practices within building infrastructure systems(equipment)in this investigation.Experts’opinions were sought for their understanding,barriers and commitment of sustainability agenda in pursuit of building equipment maintenance ethics and the way forward.The achievable outcomes from this study demonstrate that optimum services delivery of building equipment relied on efficient management and maintenance culture options as best practices.

Wal-Mart's Corporate Culture and the Suggestions for China's Retailing Industry in Culture-Building

With sales at a quarter of a trillion and over 1.3 million employees,Wal-Mart has been the biggest retailing success ever before.A lot of Wal-Mart’s success was attributed to the strong and pervasive culture at the company.China’s retailing industry should really learn something about corporate culture-building from this excellent enterprise,so that one day it would become a strong competitor both home and abroad in retailing industry.

Study on Fine Management of Construction Engineering Projects Based on BIM Technology:Taking the Construction of Group C Project of Zibo Cultural Center as an Example

The roof steel structure of group C project of Zibo cultural center is composed of steel truss,welded H-shaped steel and large-diameter steel pipe embedded parts.The construction of embedded parts of inclined cylinder overhanging steel structure is difficult.The stair square tube ladder beam requires precise angles and radians,complex processing,and construction site setting out is difficult.A three-dimensional visual building information model has been established for this projects which includes several aspects which are as follows:the development of the post anchor construction technology of large steel sleeve embedded parts with inclined cylinders based on Building Information Modeling(BIM)technology,multi discipline synthesis and collision optimization,the net height optimization of electromechanical pipelines,fine reinforcement management,BIM virtual construction template.Through this planning,14908 pipeline collisions,including 236 major collisions have been eliminated.BIM is used in handling and solving problems with the construction unit and the supervision company.This greatly improves the project work efficiency and saves meeting time.Through optimization of electromechanical line collision and secondary masonry layout,more than RMB 9 million has been saved in terms of personnel and materials,effectively reducing material losses,saving manpower,and significantly improving the implementation efficiency of the project.Based on the on-site simulation,the project planning scheme of the enterprise was adjusted,efficient work allocation with less idle time were ensured,and the correct utilization of project funds and time were ensured.The original extensive annual control and monthly control have been dynamically and accurately controlled to realize the dynamic understanding of the profits and losses of the project,and effectively reduce the occurrence of non-ideal situations.

Generating hourly electricity demand data for large-scale single-family buildings by a decomposition-recombination method

Household electricity demand has substantial impacts on local grid operation,energy storage and the energy per-formance of buildings.Hourly demand data at district or urban level helps stakeholders understand the demand patterns from a granular time scale and provides robust evidence in energy management.However,such type of data is often expensive and time-consuming to collect,process and integrate.Decisions built upon smart meter data have to deal with challenges of privacy and security in the whole process.Incomplete data due to confiden-tiality concerns or system failure can further increase the difficulty of modeling and optimization.In addition,methods using historical data to make predictions can largely vary depending on data quality,local building envi-ronment,and dynamic factors.Considering these challenges,this paper proposes a statistical method to generate hourly electricity demand data for large-scale single-family buildings by decomposing time series data and recom-bining them into synthetics.The proposed method used public data to capture seasonality and the distribution of residuals that fulfill statistical characteristics.A reference building was used to provide empirical parameter settings and validations for the studied buildings.An illustrative case in a city of Sweden using only annual total demand was presented for deploying the proposed method.The results showed that the proposed method can mimic reality well and represent a high level of similarity to the real data.The average monthly error for the best month reached 15.9%and the best one was below 10%among 11 tested months.Less than 0.6%improper synthetic values were found in the studied region.

建设社会主义文化强国与习近平文化思想的体系性学理性

党的二十届三中全会提出深化文化体制机制改革以加快建设社会主义文化强国的战略部署。建设社会主义文化强国是新时代中国共产党人新的文化使命之一,是进一步全面深化改革、推进中国式现代化的奋斗目标之一,是习近平文化思想的重要内容。习近平文化思想学理性回应和解答社会主义文化强国建设面临的历史性课题和重大时代课题,系统性回应社会主义文化强国建设面临的中国之问、世界之问、人民之问、时代之问,全面性部署社会主义文化强国建设的理论工作与实践工作,科学性指明社会主义文化强国建设的路线图和任务书,为中国共产党人担负起新时代新的文化使命提供了强大思想武器和科学行动指南。习近平文化思想的学理性是其体系性的内在基础,体系性是其学理性的外在表现,从理论与实践相结合的维度指导社会主义文化强国建设,标志中国共产党对社会主义文化建设规律的认识达到新高度,推动中国式现代化走向建设中华民族现代文明和创造人类文明新形态的高度。