Yang Feng

Non-anthropocentrism currently facing difficulties mainly to natural persons, who naturalized, the false discourse of universal Deviation and environmental practices as the main characterization, simply because the lack of a clear perspective of social criticism. As a non-anthropocentric about the same time the rise of a green ideas, eco-Marxism always the dominant position of the human, face justice between people, emphasizing changes in unreasonable economic, political fall-sequence, and focus on specific and critical humanity as a whole is not so abstract. The purport of this unique social criticism in many levels to bring some non-anthropocentric inspiration and reference, and deepen the current environmental philosophy. The plights for Non-anthropocentrism are mainly as following: the humanized nature and the naturalized human, the delusion of word universality and the partial environment practice, which are attributed to lack of a clear viewpoint of social criticism. Ecological Marxism as a green thought rose and developed at almost the same time with non-anthropocentrism, it respects the principal position of the human beings all the time, envisages the justice between man and man, seeks to reform of the unreasonable economic and political orders and so on. The perspectives of Ecological Marxism can be reference for non-anthropocentrism as well as to deepen the studies of environmental philosophy

© 2016 Elsevier B.V.The evaporative-cooling roof is a popular passive energy conservation technique. This article presents a novel approach for modelling and analysing the influence of evaporation on roof thermal performance. A multivariate nonlinear model was developed for the prediction of the evaporation rate from porous tile. A computer program was then developed based on the one-dimensional roof unsteady heat transfer theory. Finally, the computer program and hourly weather data of Guangzhou, China, were used to analyse the impacts of evaporation and slope orientation on roof thermal performance. Evaporation beginning at 11:00 can reduce the external surface temperatures of a horizontal roof and 30°-inclined east-sloping and west-sloping roofs by up to 11.3, 10.7, and 9.8 °C, respectively, from those of a non-evaporative roof. This, in turn, can reduce the peak-hour internal surface heat flux. Additionally, with the horizontal roof, the reduction in the peak-hour heat flux can be doubled if the evaporative layer is frequently replenished with water.

This paper describes the discussion, appear as a special emphasis on individual differences, the value of freedom and the so-called post-modern pluralistic society, generally regarded as the traditional, rational, and overall harmony of values, the pursuit of liberalization under the individual is deconstructed as The value of the consumer market continued rheology, more differences show a confusion of values, panic nothing to convert the type of insecurity. Thinking about how to address the value of individual freedom caused by differences in rheological social chaos, and the only response can not simply traditional to community interests and security in mind, and forced the development of legal norms or system, forced to promote some of the ethical norms or principles, forcing the crowd of citizens to comply. So how do we face the confusion of values ​​rheological society? Perhaps by the famous British Jewish sociologist, philosopher, was also studied contemporary Western modernity and post modernity's most famous theorist Bowman , and the ethics of dialogue and promote optimism of the modern thinkers of critical theory Habermas on the ethics of life under the post-modern ideas and discussion, can we point out a post-modern social life in the safety of the road. The main point of this article will analysis the characteristics of postmodernism. According to the explanations and statement. We can find out the postmodernism emphasizes particularly on individualism, liberty and multiple values ​​of society. Traditionally the regards of the values ​​of universal rational, the whole harmony were depatched from the pursuit of individual liberty. And become the flooding tides of value consuming market. For the reasons above, postmodern society presents a type of disorders and a sense of unsecurity. To consider about how to solve the society chaos caused by the individual liberty, simply reversed to traditional considerations of coexistent benefits and security by setting lawful regulations, improving regiment systems, or propagendizing some moral ethics forcing the civic citizens to obey are not enough. Then, how do we face the value disorders in postmodern society? Maybe, through Zygmunt Bauman and Jürgen Haberma's Postmodern Narrative About Ethical Life will be a good solution?

The indispensability argument for abstract mathematical entities has been an important issue in the philosophy of mathematics. The argument relies on several assumptions. Some objections have been made against these assumptions, but there are several serious defects in these objections. Ameliorating these defects leads to a new anti-realistic philosophy of mathematics, mainly: first, in mathematical applications, what really exist and can be used as tools are not abstract mathematical entities, but our inner representations that we create in imagining abstract mathematical entities; second, the thoughts that we create in imagining infinite mathematical entities are bounded by external conditions.

Traffic congestion is a common problem in many countries, especially in big cities. At present, China’s urban road traffic accidents occur frequently, the occurrence frequency is high, the accident causes traffic congestion, and accidents cause traffic congestion and vice versa. The occurrence of traffic accidents usually leads to the reduction of road traffic capacity and the formation of traffic bottlenecks, causing the traffic congestion. In this paper, the formation and propagation of traffic congestion are simulated by using the improved medium traffic model, and the control strategy of congestion dissipation is studied. From the point of view of quantitative traffic congestion, the paper provides the fact that the simulation platform of urban traffic integration is constructed, and a feasible data analysis, learning, and parameter calibration method based on RBF neural network is proposed, which is used to determine the corresponding decision support system. The simulation results prove that the control strategy proposed in this paper is effective and feasible. According to the temporal and spatial evolution of the paper, we can see that the network has been improved on the whole.

Virtual anime endorsement has been prevalent as an advertising strategy, and many companies invest massive amounts of money into virtual endorsements. While previous studies have found that endorser-product congruence is related to consumer brand attitude and purchase intention, it is not known whether moderate incongruence between a virtual anime endorser and a product has a positive influence on brand attitude and purchase intention. This study developed a 1 × 2 experiment to investigate the influences of virtual anime endorser–product congruence and moderate the endorser–product incongruence on consumer brand attitude and purchase intention. Product involvement played a key moderating role in the relationships of virtual anime endorser–product congruence and the endorser–product incongruence with consumer attitudes. A total of 919 participants were recruited from animation-related venues and stores in Taiwan. The findings of this study validated the interaction effects of virtual anime endorser-product congruence and incongruence on these two consumer responses, i.e., brand attitude and purchase intention. This study further investigated the moderating effect of product involvement in the relationships of virtual anime endorser–product congruence and moderate the endorser–product incongruence with consumer responses. The findings of this study provide a valuable reference regarding endorsers and product patterns through which enterprises can maximize their value.

This paper mainly studies the communication performance of visible light communication link in fire smoke environment. Compared with the previous studies, this study no longer only considers a single wavelength and considers the influence of smoke and background light noise. Firstly, the variation of background light noise caused by sunlight during a day was analyzed, then signal-to-noise ratio and bit error rate of the visible light communication link in fire smoke environment with different visibility were calculated, and finally, the variation of received power with the angle β between the LED optical axis and the communication link was analyzed. The results show that, during a day from 07:00 to 18:30, background light noise first increases and then decreases, BER changes in the same trend and reaches the maximum at about 13:00, while SNR changes in the opposite trend and reaches the minimum at about 13:00. When visibility is 100 m, the maximum difference of SNR between 7:00 and 13:00 is about 19 dB, and the maximum difference of BER is about 5.3E-10. At 7:00, the maximum difference of SNR is about 13 dB between the visibility of 1 m and the visibility of 100 m, and the maximum difference of BER is about 1.44E − 11, and received power decreases with the increase of β. In addition, SNR increases with visibility of fire smoke environment, and BER changes in the opposite trend. Lastly, in order to enhance the performance of visible light communication in fire smoke environment, this paper gives the transmitting power scheme.

Dynamic vision sensor is a kind of bioinspired sensor. It has the characteristics of fast response, large dynamic range, and asynchronous output event stream. These characteristics make it have advantages that traditional image sensors do not have in the field of tracking. The output form of the dynamic vision sensor is asynchronous event stream, and the object information needs to be provided by the relevant event cluster. This article proposes a method based on the event correlation index to obtain the object’s position, contour, and other information and is compatible with traditional tracking methods. Experiments show that this method can obtain the position information of the moving object and its continuous motion trajectory and analyze the influence of the parameters on the tracking effect. This method will have broad application prospects in security, transportation, etc.

In this paper, a seven-parameter BRDF model with double-peak characteristic, which could fit double-peak data, was adopted to fit the BRDF of Mars simulation soil. At the same time, the three-dimensional figure of the original data of the sample and the three-dimensional curve of the fitted curve were given. The results proved that the model worked well for this type of data. In addition, the experimental data of four kinds of earth sand samples with different roughness were also fitted and analyzed. It was found that the model still had a good fitting effect on such data. At last, the Mars simulation soil and the four kinds of earth sand samples with different roughness were compared horizontally and vertically. Moreover, the double-peak characteristics and other properties of the Mars simulation soil and the earth sand were analyzed under the same and different roughness.