Harmony Is Most Valuable——the Cultural Implications of a Community with a Shared Future for Mankind

The distinguished tradition of Chinese culture,i.e.,the belief that harmony is most valuable,contains the cultural genes constituting a community with a shared future for mankind.Xi Jinping’s thoughts about a community with a shared future for mankind consciously carries on and promotes the Chinese nation’s cultural tradition that harmony is most valuable,advocates the cultural contents of peace,harmony,concord,kindness and pleasantness.It integrates the theory and practice of a community with a shared future for mankind with the traditional Chinese cultural concept that harmony is most valuable which is an important value orientation for contemporary human society to deal with human,ethnic and international relations.

Embracing a path of harmonious coexistence between humans and rivers River Ethics:The Flow of Harmony

Since time immemorial,humans have made their homes alongside waterways,and mighty rivers have been the cradles of human civilization.However,as society has evolved at an ever-accelerating pace,our relationship with these life-giving streams has shifted dramatically,from one of reverence to exploitation.Now,the profound water crisis has compelled humanity to reexamine its connection with rivers.

Application of Harmony and Integrity Culture in Tourism Project Planning—A Case Study of Lumingling Scenic Area

Significance of tourism project planning in the transformation of tourism resources to tourist products was analyzed,it was proposed that culture is the soul of tourism project planning,harmony and integrity culture is the essence of Chinese cultures.Connotations and types of harmony and integrity culture were elaborated,such as harmony and integrity of human and nature,harmony and integrity of the society,harmony and integrity of the ego.On this basis,relationship between harmony and integrity and tourism projects was expounded,harmony and integrity culture was stressed as the source of tourism projects,and tourism projects as optimal carriers of demonstrating and inheriting harmony and integrity culture.Lumingling Scenic Area in south Jingxing County,Shijiazhuang City of Hebei Province was taken for an example to analyze the application of harmony and integrity culture in concrete planning of tourist projects from the perspectives of functional orientation,theme orientation and functional division.

A global harmony search algorithm for finding optimal capacitor location and size in distribution networks

Shunt capacitors are broadly applied in distribution systems to scale down power losses, improve voltage profile and boost system capacity. The amount of capacitors added and location of deployment in the system highly determine the advantage of compensation. A novel global harmony search(GHS) algorithm in parallel with the backward/ forward sweep power flow technique and radial harmonic power flow was used to investigate the optimal placement and sizing of capacitors in radial distribution networks for minimizing power loss and total cost by taking account load unbalancing, mutual coupling and harmonics. The optimal capacitor placement outcomes show that the GHS algorithm can reduce total power losses up to 60 k W and leads to more than 18% of cost saving. The results also demonstrate that the GHS algorithm is more effective in minimization of power loss and total costs compared with genetic algorithm(GA), particle swarm optimization(PSO) and harmony search(HS) algorithm. Moreover, the proposed algorithm converges within 800 iterations and is faster in terms of computational time and gives better performance in finding optimal capacitor location and size compared with other optimization techniques.

Sensor Layout of Hoisting Machinery Vibration Monitoring Based on Harmony Genetic Search Algorithm

With the construction of automated docks,health monitoring technology as a parallel safety assurance technology for unmanned hoisting machinery has become a hot spot in the development of the industry.Hoisting machinery has a huge structure and numerous welded joints.The complexity and nonlinearity of the welded structure itself makes the structural failure parts random and difficult to arrange for monitoring sensors.In order to solve the problem of effectiveness and stability of the sensor arrangement method for monitoring the structure of hoisting machinery.Using the global and local search capabilities enhanced by the complementary search mechanism,a structural vibration monitoring sensor placement algorithm based on the harmony genetic algorithm is proposed.Firstly,the model is established for modal analysis to obtain the displacement matrix of each mode.Secondly,the optimal parameter combination is established through parameter comparison,and the random search mechanism is used to quickly search in the modal matrix to obtain the preliminary solution,and then the preliminary solution is genetically summed The mutation operation obtains the optimized solution,and the optimal solution is retained through repeated iterations to realize the decision of the vibration sensor layout of the crane structure monitoring.Combining the comparison test of harmony genetic algorithm,harmony search algorithm and genet-ic algorithm,the fitness of harmony genetic algorithm in X,Y and Z directions were 0.0045,0.0084 and 0.0058,respectively,which were all optimal.And the average probability of deviating from the optimal path is 1.10%,19.34%,and 54.43%,which are also optimal.Harmony genetic algorithm has the advantages of simplicity,fastness and strong global search ability,and can obtain better fitness value and better search stability.

Harmony search optimization applied to reservoir engineering assisted history matching

Based on the analysis of characteristics and advantages of HSO(harmony search optimization) algorithm, HSO was used in reservoir engineering assisted history matching of Kareem reservoir in Amal field in the Gulf of Suez, Egypt. HSO algorithm has the following advantages:(1) The good balance between exploration and exploitation techniques during searching for optimal solutions makes the HSO algorithm robust and efficient.(2) The diversity of generated solutions is more effectively controlled by two components, making it suitable for highly non-linear problems in reservoir engineering history matching.(3) The integration between the three components(harmony memory values, pitch adjusting and randomization) of the HSO helps in finding unbiased solutions.(4) The implementation process of the HSO algorithm is much easier. The HSO algorithm and two other commonly used algorithms(genetic and particle swarm optimization algorithms) were used in three reservoir engineering history match questions of different complex degrees, which are two material balance history matches of different scales and one reservoir history matching. The results were compared, which proves the superiority and validity of HSO. The results of Kareem reservoir history matching show that using the HSO algorithm as the optimization method in the assisted history matching workflow improves the simulation quality and saves solution time significantly.

Several pragmatic techniques for harmony of English teaching

A few problems affecting harmonious English teaching exist in both linguistic and non-linguistic aspects at present. Several pragmatic techniques, including individuality, flexibility, the concept of ＂One for all, and all for one＂ are suggested on a trial basis in this paper.

Harmony SE在民用飞机设计中的应用

随着民用飞机技术精细化和产品复杂性的提高,民用飞机设计已从传统的基于文档的系统工程转变为基于模型的系统工程,系统表达也从以文档为中心转变为以模型为中心。为进一步提高民用飞机设计中系统建模的模型质量与正确性,进而缩短设计的开发周期与成本,探究以模型驱动及验证为主导的系统工程方法在民用飞机设计领域的适用性,建立民用飞机设计的系统工程框架,用以支持民用飞机的可靠设计与高效交付。以Harmony SE建模方法为切入点,介绍其工作流程和建模思想;分析民用飞机在系统工程实践中出现的突出问题,说明Harmony SE方法在民用飞机系统工程领域的适用性,建立民用飞机设计的系统工程实践体系;以油箱增压组件为研究对象,应用实践体系开展组件级系统工程实践。结果表明,文中所提出的民用飞机设计系统工程体系和方法能够正确合理地分配设计需求并建立完整的系统模型,有助于提升现阶段民用飞机设计的效率与准确性。

Hybrid Discrete Harmony Search Algorithm for Flow Shop Scheduling with Limited Buffers

The flow shop scheduling problem with limited buffers( LBFSP) widely exists in manufacturing systems. A hybrid discrete harmony search algorithm is proposed for the problem to minimize total flow time. The algorithm presents a novel discrete improvisation and a differential evolution scheme with the jobpermutation-based representation. Moreover,the discrete harmony search is hybridized with the problem-dependent local search based on insert neighborhood to balance the global exploration and local exploitation. In addition, an orthogonal experiment design is employed to provide a receipt for turning the adjustable parameters of the algorithm. Comparisons based on the Taillard benchmarks indicate the superiority of the proposed algorithm in terms of effectiveness and efficiency.

The Mathematics of Harmony. Proclus’ Hypothesis and New View on Euclid’s Elements and History of Mathematics Starting since Euclid

We are discussing one of the most unlikely hypotheses in the history of mathematics—Proclus’ hypothesis, which overturns a traditional view on Euclid’s Elements and the history of mathematics, starting since Euclid. According to Proclus, the main goal of Euclid, when writing the Elements, was to build a complete geometric theory of Platonic solids (Book XIII), associated in the ancient philosophy (Pythagoras, Plato) with the Universe harmony. To construct this theory, Euclid introduced in Book II the problem of dividing a segment into extreme and mean ratio (the “golden section”). It follows from Proclus’ hypothesis that Euclid’s Elements are the first attempt to create the “Mathematical Theory of the Universe Harmony”, based on Platonic solids and the “golden section”.

Harmony公司Phakisa金矿井下采用冰降温技术

在深度为2.5km的井下,岩体温度高达50℃条件下,降温对于井下作业非常重要,但成本相应也很高。Gareth Evans博士针对此情况,作了关于Harmony公司在南非Phakisa金矿所采用的深井降温技术报告。

Pursuing a World of Ecological Harmony An Ecofeminist Study of Willa Cather＇s Pioneer Works

Willa Cather （1873-1947） is one of the greatest women writers in the history of American literature, whose reputation centers on her novels about celebrating pioneer immigrants on Nebraska prairie and the American southwest. For long Willa Cather＇s pioneer works have gained great critical acclaim and have been interpreted from different perspectives such as mythicism, romanticism, and feminism. This paper, interpreting Willa C ather＇ s classical pioneer works of the three periods from the 1920s to the 1930s-My A ntonia （ 1918）, A Lost Lady （1923）, and ＂Neighbor Rosicky＂ （1930）, is devoted to making a full exploration into the evolution of her ecological thoughts from an ecofeminist perspective. In Willa Cather＇s three pioneer works of different creative stages, she deliberately constructs three eco-worlds as a standard of ecological harmony. In her three eco-worlds, Willa Cather not only investigates the relationship between man and nature, but also involves androcentrism, patriarchy, and other ecofeminist topics. Willa Cather＇s ecological views have undergone changes in her representation of three successive phrases. To interpret Willa Cather＇s pioneer works from the perspective of ecofeminism can provide a deeper comprehension about her works and her ecological thoughts for the world.

Relativistic Approximations for Quantization and Harmony in the Schrödinger Equation, and Why Mechanics Is Quantized

The initial purpose is to add two physical origins for the outstandingly clear mathematical description that Dirac has left in his Principles of Quantum Mechanics. The first is the “internal motion” in the wave function of the electron that is now expressed through dispersion dynamics;the second is the physical origin for mathematical quantization. Bohr’s model for the hydrogen atom was “the greatest single step in the development of the theory of atomic structure.” It leads to the Schrodinger equation which is non-relativistic, but which conveniently equates together momentum and electrostatic potential in a representation containing mixed powers. Firstly, we show how the equation is expansible to approximate relativistic form by applying solutions for the dilation of time in special relativity, and for the contraction of space. The adaptation is to invariant “harmonic events” that are digitally quantized. Secondly, the internal motion of the electron is described by a stable wave packet that implies wave-particle duality. The duality includes uncertainty that is precisely described with some variance from Heisenberg’s axiomatic limit. Harmonic orbital wave functions are self-constructive. This is the physical origin of quantization.

EASTERN WISDOM:HARMONY IN DIVERSITY Asia’s solutions for Asia’s future

The present recovery of Asia at large has caused great changes in the world landscape. Asia accounts for about 60 percent of the world’s population and approximately 30 percent of global gross domestic product (GDP). Asia has contributed more than 50 percent to world economic growth for years and become perhaps the most important engine of world economic growth. Clearly, Asia still has great potential for development.

Research on the Relationship between Job Satisfaction and Harmony in Human Relations among New Female Generation

In the area of knowledge economy, the new generation of cmployccs is becoming the main force in the talent market. And the new female generation has more distinctive features as a special group. How to effectively manage the new generation employees and have them work weU has been the urgent problem that the manager should be solved. Based on previous studies, the thesis discusses the related factors that would affect the new female generation employee＇ s wok satisfaction with related research method. So that to make contributions to the permanent performance of enterprise.

Order and Harmony Curatorial Notes of 'Splendid Central Axis of Beijing' Exhibition

Founded in Yuan Dynasty,formed and perfected from Ming and Qing Dynasties to modern times,the Central Axis of Beijing has a history of more than 750 years.It is the longest and best be-preserved traditional capital axis in China.It is composed of a series of buildings,historical landmarks,historical roads,bridges and ruins,forming an orderly urban space complex.

Bright Moon Rising on Mid-Autumn Night Peace, Concord and Harmony Shared by People

From September 16 to October 6,Network of International C ulturalink Entities,overseas China Cultural Centers and China Tourism Offices jointly held the global brand event 2021 Mid-Autumn Festival:A Moonmoment to Remember,which presented the Chinese Mid-Autumn cultural connotation and contemporary development in a multidime nsional,multi-perspective,dynamic and stereoscopic way,and conveyed Chinese people's love for family and nation,and the concept of building a community with a shared future for man kind.

Parameter Optimization of Tuned Mass Damper Inerter via Adaptive Harmony Search

Dynamic impacts such as wind and earthquakes cause loss of life and economic damage.To ensure safety against these effects,various measures have been taken from past to present and solutions have been developed using different technologies.Tall buildings are more susceptible to vibrations such as wind and earthquakes.Therefore,vibration control has become an important issue in civil engineering.This study optimizes tuned mass damper inerter(TMDI)using far-fault ground motion records.This study derives the optimum parameters of TMDI using the Adaptive Harmony Search algorithm.Structure displacement and total acceleration against earthquake load are analyzed to assess the performance of the TMDI system.The effect of the inerter when connected to different floors is observed,and the results are compared to the conventional tuned mass damper(TMD).It is indicated that the case of connecting the inerter force to the 5th floor gives better results.As a result,TMD and TMDI systems reduce the displacement by 21.87%and 25.45%,respectively,and the total acceleration by 25.45%and 19.59%,respectively.These percentage reductions indicated that the structure resilience against dynamic loads can be increased using control systems.

Towards A World of Harmony:A Historical Chinese Conception of the World Order

I.Introduction On April 22,2005,at the Summit of Asian and African Leaders in Jakarta,Indonesia,Chinese President Hu Jingtao proposed that Asian and African countries should“promote friendly co-existence of various different civilizations,equal conversation,development and prosperity and jointly to build up a harmonious world.”It was the first time the term"harmonious world" presented to international community.

Pattern of disharmony between the heart and kidney: Theoretical basis, identification and treatment

'Harmony between the heart and kidney' refers to the physiological relationship between these two zang organs in Chinese medicine,while 'disharmony between the heart and kidney' (also called disharmony between fire and water) refers to the pathological state.The pattern of disharmony between the heart and kidney is widely observed in patients with insomnia,anxiety disorder and menopausal syndrome,etc..In order to gain a full and systematical understanding of this pattern,from the perspective of ancient Chinese philosophy and zang-fu theory in Chinese medicine,we systematically reviewed and discussed the functions and physiological characteristics of the heart and kidney,the origin and development of theories relating to heart-kidney relationship,the pathogenesis and identification of the pattern,as well as the commonly used classical formulas for its treatment,including Coptis and DonkeyHide Gelatin Decoction (Huánglián (E)jiāo Tāng) and Grand Communication Pill (Jiāotài Wán).Two examples of clinical modifications of these formulas in the treatment of insomnia and menopausal syndrome are provided in this article.It should be noted that in clinical practice,these formulas should be used flexibly,and modified in accordance to the condition of the patient.