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The article offers information on the White Paper on International Economy & Trade 2015 which discusses the earning capacity of businesses in Japan. Topics included in the report are the changes in the external account and global economic trends in the country, how to strengthen the competitiveness of the country, and international economic policy. Several charts are also presented.

By applying institutional theory in retail and COVID-19 settings, this paper investigates the impact of legitimacy dimensions on customer loyalty, considering the moderating effect of the perceived COVID-19 threat. The data collected by a consumer survey in Japan and Croatia were analysed using Structural Equation Modelling. The results from both samples reveal that moral and cognitive legitimacy are critical loyalty drivers. The perceived COVID-19 threat moderated the relationship between cognitive legitimacy and loyalty. The study also reveals some differences between the countries. The impact of pragmatic legitimacy is significant only in Croatia, while perceived threat negatively moderates the relationship between moral legitimacy and loyalty only in Japan. The study provides recommendations for managers on how to gain loyalty through actions supporting legitimacy. [ABSTRACT FROM AUTHOR]

The history of the research on the SC (sudden commencement) of magnetic storms before World War II is studied in this paper. Since geomagnetic research activities before World War II are still not yet fully known, this paper aims to reveal some historical facts related to SC investigation at that time. The first conclusion of this paper is the possible first discoverer of the simultaneity of SC at distant locations. We show that a Portuguese scientist had already pointed it out 16 years earlier than believed. The second conclusion is the role and activities of Aikitu Tanakadate as the reporter of the SC investigation committee of STME (Section of Terrestrial Magnetism and Electricity) and IATME (International Association of Terrestrial Magnetism and Electricity) in the IGGU (International Geodetic and Geophysical Union) or IUGG (International Union of Geodesy and Geophysics). Very little was known about his activities as the reporter of this committee. Our investigation at the Tanakadate Aikitu Memorial Science Museum disclosed how he acted and what he thought of SC, based on his frequent letters to and from other scientists. The third conclusion concerns SC research carried out by Japanese scientists during the period of the Second International Polar Year (1932–1933). Not only Tanakadate but also many other Japanese scientists participated in SC research during this international project. This formed a traditional basis of SC investigation in Japan, prompting a number of Japanese scientists to study SC after World War II. [ABSTRACT FROM AUTHOR]

The evaluation of the failure probability is essential in the reliability‐centered and risk‐based maintenance of power transformers. The breakage of the pressboard in disc‐type transformers is one of the critical factors determining the lifetimes of power transformers. In this paper, a hierarchical method for evaluating the probability of pressboard failure, which is the breakage of the pressboard, in power transformers that considers the axial displacement of the winding is introduced. In the method, the diagnosis of the axial displacement is classified into three distinct classes. In class 1, no diagnosis is implemented, and the probability of failure is evaluated with the maximum possible axial displacement. In class 2, the diagnosis determines whether the winding is axially displaced. When the winding is diagnosed to be displaced, the probability of failure is evaluated with the maximum possible axial displacement. In class 3, the axial displacement is diagnosed quantitatively, and the probability of failure is then evaluated using the diagnosis result. Examples of the evaluated probabilities of pressboard failure are introduced, and the extension of the evaluated lifetimes of power transformers via the diagnosis of winding axial displacement is demonstrated. © 2021 Institute of Electrical Engineers of Japan. Published by Wiley Periodicals LLC. [ABSTRACT FROM AUTHOR]

Over the years attempts have been made to standardize sign languages. This form of language planning has been tackled by a variety of agents, most notably teachers of Deaf students, social workers, government agencies, and occasionally groups of Deaf people themselves. Their efforts have most often involved the development of sign language books with lists of signs in alphabetical order (as distinct from sign language principles) and more recently as CDROMs, DVDs, or websites. With regard to the all-important question about language standardization, Karin Hoyer asks, "Who is behind the effort?" and goes on to say that "standardization actions (often with the aim of reducing lexical variation) have frequently been undertaken with the strong support of the hearing-run education system--from outside, often without any support from the language users themselves" (2012, 32). Today, sign language planning is still carried out largely by hearing professionals; thus, that standardization still needs to be examined in relation to "language ownership" (Eichmann 2009).

This paper reconsiders the concept of "inclusion" by examining conceptions of "totality/wholeness," while exploring conflicts and dilemmas among various actors across the boundaries between the formal and non-formal in the Japanese public education system. Referencing the process surrounding the enactment of the new law on securing educational opportunities, the notion of "diversity" is examined as it pertains to the conflict between "publicness" in formal schools, which includes ideas related to diversity and heterogeneity (otherness), and "freedom to educate" in non-formal education. Analysis suggests that it is undesirable to establish a definitive boundary between the two; instead, maintaining a form of tentative, intersectional, and responsive boundary would result in more eff ective understanding of the diverse needs of people who feel marginalized. Based on this, the author explores a theoretical model which withstands such questions of inclusion. From the perspective of the "included party," which has its own heterogeneous values in relation to mainstream value systems, the author proposes a "responsive wholeness" model in contrast to a "concentric totality" model in order to reexamine the idea of inclusion. Finally, the paper outlines suggestions for reexamining "inclusion" grounded in this model. [ABSTRACT FROM AUTHOR]

In recent years, the object‐tracking algorithm based on Siamese network has gradually become the mainstream algorithm in the field of object tracking due to its characteristics of balancing speed and accuracy. The majority of Siamese‐based trackers only use the first frame extraction template for subsequent tracking in order to prevent the introduction of noise. However, merely with a single initial template employed, it is difficult to achieve the best performance of the tracker in the face of complex tracking environments such as occlusion, motion blur, and non‐rigid deformation. Therefore, the present paper proposes a new multi‐template fusion module based on graph attention network (G‐M module), which consists of two parts: a graph‐attention‐network‐based feature‐embedding module (G module) and a multi‐template fusion module (M module). It can greatly reduce the background noise introduced by template updating while improving the tracker's ability to adapt to changes in object appearance. In addition, in order to maximize the value of G‐M module, the present paper also puts forward a two‐stage template update threshold judgment mechanism. The Pearson correlation coefficient (PCCs) is introduced and combined with APCE and the maximum response value (F‐max) to filter out reliable templates for updating. In this paper, the proposed method is applied to the SiamFC and SiamFC++ trackers. Extensive experiments on mainstream data sets, such as OTB2015, VOT2016, and GOT‐10 k, show that the proposed method can effectively update the tracking template and improve the tracker performance. © 2022 Institute of Electrical Engineers of Japan. Published by Wiley Periodicals LLC. [ABSTRACT FROM AUTHOR]

The present study demonstrates how the environmentally weighted material consumption (EMC) indicator can be used to assess the resource efficiency of bioeconomy policies by calculating thirteen categories of environmental impacts associated with the production and the use of 146 biomass resources in Japan. The total environmental impact, expressed in the Japanese life cycle database in Japanese yen (JPY), decreased from 2,444 × 109 JPY in 1990 to 1,870 × 109 JPY in 2010. Supply chain related emissions (upstream) represented more than 98% of the impacts for all years. Land use, resource consumption, global warming, and urban air pollution were the main impact categories accounting respectively for 45%, 32%, 14% and 8% of the impacts. Ten products were found responsible for more than half of the impacts: rice, raw milk, beef cattle, painted printing paper, broiler, rolls of newsprint, hen egg, squares, common plywood and lumbers. Improvement of the production processes, reduction of consumed amounts and dietary change were identified as potential strategies for reducing the environmental impacts of these materials. Still, finding the best policy option may require the development of a life cycle assessment database able to differentiate organic and conventional agriculture and to better represent the production and environmental specificities of importing countries. • Environmentally weighted material consumption as an indicator of bioeconomy. • Detailed analysis of 146 biomass materials' environmental impacts. • Land use and resource consumption are the main impact categories. • Ten products are responsible for 50% of the total impacts. • Yield increase, diet shift, and paper recycling can reduce biomass related impacts. [ABSTRACT FROM AUTHOR]

Graphical symbols intended to indicate priority facilities and priority seating for those with limited mobility were tested in Japan, Australia and the United Kingdom using the ISO 9186-1:2007 comprehension test. Screen presentation was used in some circumstances, paper booklet presentation in others. Results from the three countries demonstrate a high level of agreement and also that the two methods of administration had no detectable influence on results. The need to have clear agreement on response scoring to obtain international scoring consistency was shown. The use of testing as an aid to symbol redesign is discussed. [ABSTRACT FROM AUTHOR]

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Oral communication skills are essential for engineers today and, as they are included in accreditation criteria of educational programmes, their teaching and evaluation deserve attention. However, concrete aspects as to what should be taught and evaluated in relation to oral communication skills have not been sufficiently established. In this paper, a method to aid the efficient teaching of oral presentation skills is proposed, from the presentation structure level to word and sentence level choices, through the use of JECPRESE, The Japanese-English Corpus of Presentations in Science and Engineering. As of June 2012, the corpus is composed of transcriptions of 74 presentations delivered in Japanese by students graduating from the Master's programme of various engineering departments and 31 presentations delivered in English, 16 by experienced researchers at an international conference on chemistry, and 15 by undergraduate engineering students of a mid-sized American university. The utterances were classified according to the specific moves (sections of the speech that express specific speaker intent) appearing in the presentations and frequently used words/expressions to express these moves were identified. (Contains 1 figure and 1 table.)

This study looks at the state of collaboration in scientific research between universities and industries in Japan by measuring the level of coauthorship of academic publications. The analysis is based on data retrieved from the databases of the National Citation Report for Japan, which was produced by Thomson Scientific (ISI) and included papers published from 1981 to 2003, and the Citation Database for Japanese Papers, which was produced by the National Institute of Informatics, Japan, and included papers published from 1995 to 2004. It is revealed that there is a large 'perception gap' between industries and universities concerning their collaborations. The situation, trends and characteristics of industry-university collaborations are investigated and discussed from international and national perspectives. The disciplinary and regional differences in such collaborations are also discussed. [ABSTRACT FROM AUTHOR]

This paper will examine how Japanese education policy was articulated discursively from 1996 to 2010 in the semi-annual speeches of prime ministers to the Diet. It will identify three distinct discourses within these policy statements: a progressive discourse emphasizing the rights of individuals; a neo-liberal discourse of social independence and multi-tracked schooling; and a moral conservative discourse of patriotism and social conformism. In the 1990s, progressive and neo-liberal discourses held sway. Discursively, they were centred on key phrases such as "kosei jushi" ("respect for individuality") and "sozosei" (creativity), which were employed in a strategically ambiguous way to satisfy both progressive and neo-liberal demands. In the 2000s, however, right-wing politicians began to push a moral conservative agenda, which emphasized not the rights of individuals but their subservience to the wider needs of society and state. With neo-liberalism backed by powerful business interests, policymakers had to find a way to reconcile these two conflicting viewpoints discursively. They did this by binding the concept of individuality to traditional notions of Japanese identity and national citizenship, creating a hybrid discourse that attempted to blur the fundamental difference in ideologies. (Contains 1 table.)

The purpose of the study is to identify the patterns of change in higher education institutions. It examines the contexts of the changing quality assurance mechanisms used by the different types of higher education institutions in England, Japan, and New York State between 2001 and 2007. The paper argues that there were no clear patterns of institutional change in terms of speed, intensity, extensiveness, momentum, trajectory, and consequence between centralized and decentralized institutions and public and private institutions. The study suggests three points for explanation why institutional types do not shape certain patterns of institutional change. The first point is that institutional change heavily relies on agents' interactions. The second point is that the ideas of centralized or decentralized and private or public per se are becoming ambiguous in the market or market-like systems. The third point is that the relationship between the central authorities and the institutions is far more significant than the types of institutions in the formation of particular patterns of institutional change. (Contains 1 figure and 9 notes.)

Objective: Scientific productivity is relevant to support clinical activity, improve therapeutic strategies, and understand the pathophysiological mechanisms of neurological disorders. We performed an updated bibliometric research to assess the country-specific relationship between neurological scientific production and socio-economic variables of dedicated resources. Methods: Neurological scientific productivity of 168 countries, from 1996 to 2019, was obtained using the SCImago online website. Data on gross domestic product (GDP), percentage of GDP spent in research and development, and number of researchers per million people were obtained using the World Bank Group website. Results: The USA was the first country in terms of documents produced (260,030), followed by Germany (69,841), Japan (65,200), the UK (60,914), and Italy (50,017). Except for Japan, all the most productive countries had an increase in scientific productivity in the last 12 years. In 2019, the USA still ranked first in the number of neurological papers published, followed by Germany, the UK, Italy, and Japan. Among the most productive countries, Canada and Japan did not increase the percentage of GDP spent in research over time. Except for Canada and Japan, all the most productive countries increased the number of researchers in the last years. Conclusions: Our analysis provided novel evidence of the adequacy of the scientific return on country-specific investment of local dedicated resources. [ABSTRACT FROM AUTHOR]

Since the Japanese government put forward the concept of Society 5.0 in January 2016, smart society has aroused extensive discussion in the international academic circle. However, this concept has been hardly discussed or cited in China. What is the root cause of this observation? Based on this question, this paper systematically reviews the existing literature on smart society both domestically and internationally. It provides a reverse critique of the misguided viewpoints supporting Society 5.0 from the perspectives of concept, motivation, elements, and goals. It also conducts a comprehensive analysis of the existing critical arguments against Society 5.0 in academia, considering theories, motivations, elements, and consequences, providing a forward critique. The paper further analyzes failed cases of smart society implementation, offering practical critique. By considering three perspectives, it identifies and categorizes the critical arguments against Society 5.0, forming three arrays of critique. Additionally, the paper addresses the fundamental reasons for the criticism of Society 5.0 in China and proposes an alternative vision: Civilization 5.0 as the ideal society of the future. Civilization 5.0 encompasses three transformative changes: eco-lization, intellectualization, and inclusiveness. In this new civilization, society needs to embrace ecological transformation, intellectualization, and multi-decision-making. [ABSTRACT FROM AUTHOR]

This paper aims to show a possible path to address the introduction of intimate digital technologies through a phenomenological and postphenomenological perspective in relation to Japanese and Chinese contexts. Digital technologies are becoming intimate, and, in Japan and China, there are already many advanced digital technologies that provide digital companions for love relationships. Phenomenology has extensive research on how love relationships and intimacy shape the subjects. At the same time, postphenomenology provides a sound framework on how technologies shape the values and meanings we have. Thus, this paper introduces two digital technologies in Japan and China (Love Plus and XiaoIce chatbot), and it analyses according to the elements proposed by phenomenology and postphenomenology. In conclusion, this paper shows how digital companions like Love Plus and XiaoIce chatbot change who we are and the values and meanings we have according to the phenomenological and postphenomenological framework. These entities might not be human, but they shape who we are as human beings and the meanings and value we give to love. [ABSTRACT FROM AUTHOR]

When discussing Buddhism in practice, we should first note that the word practice has a multilayered meaning in Buddhism. For the purposes of this paper, I would like to simplify things considerably, and divide those multiple meanings into two groups. The first involves the training of one's mind and body. By engaging in such training, the practitioner is said to draw closer to Buddhist enlightenment. This practice takes various forms depending on the time and place, such as observing the precepts or engaging in meditation, and is referred to as 'benefiting the self' (jiri 自利). Second, there is the practice that consists of Buddhists' activities vis-à-vis society. Even Buddhists, whose fundamental orientation is towards leaving the secular world (shusseken 出世 間), have engaged in activities in society that have taken a variety of forms. There are records of Śākyamuni having given various pieces of advice to rulers during ancient times. We also find many records of later Buddhists engaging in missionary and charitable activities. This is referred to as 'benefiting others' (rita 利他). In particular, Mahayana Buddhism emphasizes the inseparability of 'benefiting the self' and 'benefiting others'. Although Buddhist practice is traditionally divided into two categories: self-interest and altruism, it would not be true to say, in fact, that 'benefiting others' has always been as much of a primary concern as 'benefiting the self.' Rather, it can be said that concern for others has always been a weakness of Buddhism, overshadowed by concerns with 'benefiting the self.' Thus, Mahayana Buddhism's emphasis on the importance of benefiting others, on the contrary, could be said to imply that this was a weakness of the Buddhism at the time of the Mahayana arose. My paper focuses on recent developments surrounding Buddhism and its practice in contemporary Japan, particularly the element of 'benefiting others.' The question of how Buddhists should contribute to society has continually and repeatedly appeared from the origins of Mahayana Buddhism to the present. Against this backdrop, an event occurred in Japan in recent years that marked a major turning point in the issue of Buddhist contributions to society. That event is the Great East Japan Earthquake of 2011. In this paper, I consider the issue of 'benefiting others' in Buddhism in light of the effects of the tragic earthquake disaster. [ABSTRACT FROM AUTHOR]

This paper examines financial literacy in Japan using a recent dataset from 2022 and finds that financial literacy levels are low. Only 36% of the respondents could correctly answer the Big Three financial literacy questions, three well-known questions assessing the understanding of interest, inflation, and risk diversification. Also, significant demographic variation exists in the Japanese population: the young, women, and the less educated are those who struggle the most with these fundamental financial concepts. Additionally, we find that Japanese who know the basics about environmental, social, and corporate governance (ESG)-related principles are also those who show better financial literacy levels than those who do not know about ESG. Lastly, our results confirm that financial literacy matters: it is strongly and positively correlated with active investment behavior, which may affect wealth accumulation and financial wellbeing. [ABSTRACT FROM AUTHOR]

The purpose of this paper is to re-examine the impact of exchange rate changes on the trade balance of China and its major trading partners. In the past, many studies have been focussed on the linear effect of exchange rate change, but in this paper, a non-linear Autoregressive Distribution Lag (NARDL) model is proposed. Empirical results show that there are nonlinear and asymmetric effects on the trade balance of exchange rate. In particular, the effect of exchange rate appreciation on Sino-US trade balance is more significant than that of depreciation. A genuine devaluation of the domestic currency would improve the balance of the domestic trade. However, the opposite effect is found in the case of Sino-Japan and the Euro, and the depreciation of the currency will make the trade balance worse. These results provide a solid basis for understanding the relation of exchange rate variation and trade balance. In terms of economic reality, it is also a useful reference for adjusting exchange rate and commercial policy. [ABSTRACT FROM AUTHOR]

The article presents a research paper on the images of Japan that readers of U.S. newspapers may create and the images of the U.S. that readers of Japanese newspapers might develop. It states that citizens of both countries would unlikely to reach accommodation on mutual conflicts if the potential for the development of equivalent images does not exist in both the U.S. and Japanese newspapers. It discusses systematic content analysis and impressionistic description of news in selected newspapers from the U.S. and Japan. It adds that readers from both countries are likely to gain different mental images on U.S.-Japan political and economic relations.

From mathematical models of growth to computer simulations of pigmentation, the study of shell formation has given rise to an abundant number of models, working at various scales. Yet, attempts to combine those models have remained sparse, due to the challenge of combining categorically different approaches. In this paper, we propose a framework to streamline the process of combining the molecular and tissue scales of shell formation. We choose these levels as a proxy to link the genotype level, which is better described by molecular models, and the phenotype level, which is better described by tissue-level mechanics. We also show how to connect observations on shell populations to the approach, resulting in collections of molecular parameters that may be associated with different populations of real shell specimens. The approach is as follows: we use a Quality-Diversity algorithm, a type of black-box optimization algorithm, to explore the range of concentration profiles emerging as solutions of a molecular model, and that define growth patterns for the mechanical model. At the same time, the mechanical model is simulated over a wide range of growth patterns, resulting in a variety of spine shapes. While time-consuming, these steps only need to be performed once and then function as look-up tables. Actual pictures of shell spines can then be matched against the list of existing spine shapes, yielding a potential growth pattern which, in turn, gives us matching molecular parameters. The framework is modular, such that models can be easily swapped without changing the overall working of the method. As a demonstration of the approach, we solve specific molecular and mechanical models, adapted from available theoretical studies on molluscan shells, and apply the multiscale framework to evaluate the characteristics of spines from three distinct populations of Turbo sazae. Author summary: Connecting genotype to phenotype is a fundamental goal in developmental biology. While many studies examine this link in model organisms for which gene regulatory networks are well known, for non-model organisms, different techniques are required, and multiscale computational modeling offers a promising direction. In this paper, we develop a framework linking molecular-scale interactions to tissue-level growth and mechanics to organ-level characteristics in order to investigate spine formation in T. sazae, a species of mollusc that displays remarkable phenotypic plasticity in spine form. Our analysis uncovers a subtle but statistically significant difference in spine form between shell specimens collected from three different localities in Japan. Moreover, by tracing the difference in form through parametric differences in the multiscale framework, we provide mechanistic insight as to how environmental differences may translate to a change in form. The methodology we present may readily be extended to more detailed modeling of this system, and the conceptual framework is amenable for multiscale analysis in other systems. [ABSTRACT FROM AUTHOR]

After nearly a decade of rapid development, woody biomass has been widely used in Japan for power generation and heating. However, it has faced bottlenecks in recent years, leading to a decline in its popularity. This study aimed to elucidate the current status of woody biomass utilization in Japan by reviewing relevant research papers on upstream resource supply and downstream case studies in the supply chain. The supply potential of woody biomass estimated by reviewed articles ranges from 1.2 to 5.5 m3/year/ha, yet a significant portion of this potential cannot be exploited. The utilization of government subsidies, mechanization, and aggregated forests can substantially enhance the availability. The utilization of woody biomass has garnered widespread attention from the Japanese government and private enterprises, presenting an economic impact ranging from 66 to 249 million JPY/t, along with a GHG emission reduction spanning from −17.29 to 202.44 kg-CO2eq/GJ. However, balancing cost and scale remains the primary challenge facing woody biomass utilization in Japan. [ABSTRACT FROM AUTHOR]

In this paper, a scalable end-to-end tree boosting system called XGBoost has been applied for predicting the magnitude of an earthquake from the early part of earthquake waveform data. This model uses the features extracted from the early P wave phase of the records as an input. The model's effectiveness has been verified by using data on earthquakes occurring in the Eurasian plate of Japan Islands from 1996 to 2021. Feature engineering has given 29 new features identified from the early P wave phase of the record, which show a high correlation with the magnitude of an earthquake. The comparison of predicted and actual magnitude shows that a trained XGboost model, which uses a single input record for magnitude prediction, gives an average prediction error of 0.004 ± 0.57 for earthquakes in the test dataset. In contrast, the average prediction error of –1.1 ± 0.80 and –0.65 ± 0.69 has been obtained for the magnitude estimated from conventional τc and Pd methods using the same test dataset. It is further seen that the average predicted magnitude of a single earthquake of magnitude 4.5 and 6.1 (MJMA) obtained by using multiple nearfield records using XGBoost model is 4.58 ± 0.33 and 6.32 ± 0.29, which is close to the actual magnitude of the earthquake. The results presented in this paper clearly show that the structured data can be effectively used by complex machine learning or deep learning models to predict earthquake magnitude from single or multiple records. [ABSTRACT FROM AUTHOR]

Japan is discharging nuclear contaminated water from the 2011 Fukushima incident into the sea after treatment with the Advanced Liquid Processing System (ALPS). This process is expected to continue for decades, as planned by the Japanese government. This decision sparks opposition from many countries and international organizations, as well as constant protests from people in Japan and neighboring countries. Although there are no international documents specifically addressing the discharge of contaminants from a nuclear accident, it is found that the LOS Convention, treaties on nuclear safety, and international environmental laws provide the basis and legal framework for requiring Japan to implement environmental impact assessments throughout the entire process of Fukushima contaminated water discharge. First, this paper evaluates the consistency between the measures taken before Japan's decision to discharge contaminated water into the sea and the requirements under international laws. Second, this paper further examines the substantive and procedural requirements under international law for the entire process of Fukushima contaminated water discharge. It identifies substantive criteria to be applied in assessing the environmental impact of Fukushima contaminated water discharge based on international documents and explores the procedural requirements to assure transparency, prudence, and accountability of the assessment. Finally, given the potential transboundary damage caused by the discharge of nuclear-contaminated water into the sea, this paper proposes that a new multi-stakeholder cooperative mechanism is necessary to achieve effective and credible monitoring and respond to the claims of potentially affected parties. In addition to providing a legal framework for the environmental impact assessment in the Fukushima case, this paper may also contribute to the proper disposal of nuclear contaminants in future nuclear accidents. [ABSTRACT FROM AUTHOR]

This paper presents a method for applying forging to high-density wood. A cylindrical container was formed using a closed die, and the appropriate conditions for temperature and punch length were evaluated. Ulin, which is a high-density wood, and Japanese cedar, which is a low-density wood and widely used in Japan, were used as test materials. The pressing directions were longitudinal and radial based on wood fiber orientation, and the shape and density of the resulting containers were evaluated. In the case of ulin, cracks decreased by increasing the temperature, while temperature had little effect on Japanese cedar. Containers without cracks were successfully formed by using a punch of appropriate length. The density of the containers was uniform in the punch length l = 20 and 40 mm in the L-directional pressing and l = 20 mm in the R-directional pressing when using ulin, with an average density of 1.34 g/cm3. This result indicates the forging ability of ulin is high compared to that of commonly used low-density woods. In summary, this paper investigated the appropriate parameters for forging with ulin. As a result, products of more uniform density than products made by cutting were obtained. [ABSTRACT FROM AUTHOR]

Sakurajima Volcano Observatory, with a history exceeding 60 years, is recognized by researchers in Japan and overseas for conducting frontier research centering on Sakurajima, the most active volcano in Japan. It is owned by Kyoto University and represents the university in the surrounding communities. This paper reviews the open-door events, which have been conducted yearly for the last ten years as a part of a university-wide effort by Kyoto University. They make use of the facilities at Sakurajima Volcano Observatory, which aims to enhance the understanding of volcanoes among the general public in collaboration with geo-guides as "boundary workers." [ABSTRACT FROM AUTHOR]

Recently, Japan's discharge of wastewater from the Fukushima nuclear disaster into the ocean has attracted widespread attention. To effectively address the challenge of separating uranium, the focus is on finding a healthy and environmentally friendly way to adsorb uranium using biochar. In this paper, a BP neural network is combined with each of the four meta-heuristic algorithms, namely Particle Swarm Optimization (PSO), Differential Evolution (DE), Cheetah Optimization (CO) and Fick's Law Algorithm (FLA), to construct four prediction models for the uranium adsorption capacity in the treatment of radioactive wastewater with biochar: PSO-BP, DE-BP, CO-BP, FLA-BP. The coefficient of certainty (R2), error rate and CEC test set are used to judge the accuracy of the model based on the BP neural network. The results show that the Fick's Law Algorithm (FLA) has a better search ability and convergence speed than the other algorithms. The importance of the input parameters is quantitatively assessed and ranked using XGBoost in order to analyze which parameters have a greater impact on the predictions of the model, which indicates that the parameters with the greatest impact are the initial concentration of uranium (C0, mg/L) and the mass percentage of total carbon (C, %). To sum up, four prediction models can be applied to study the adsorption of uranium by biochar materials during actual experiments, and the advantage of Fick's Law Algorithm (FLA) is more obvious. The method of model prediction can significantly reduce the radiation risk caused by uranium to human health during the actual experiment and provide some reference for the efficient treatment of uranium wastewater by biochar. [ABSTRACT FROM AUTHOR]

Photovoltaic (PV) power generation is one of most promising means to prevent global warming in the present Japan. Since solar panels mounted on building façades are expected to come into wide use in urban areas, accurate estimation of PV potential of building façades is necessary for urban energy management planning. Accordingly, we decided to develop a system to estimate PV potential of urban buildings using a 3D city model. The system has two significant features: rapid estimation of hourly solar irradiance of points densely distributed on a building surface, and more flexible estimation of PV potential considering an arrangement of solar panels on a building surface. The paper reports our newly developed algorithm to estimate solar irradiance of urban buildings. The algorithm adopts the idea that "whether the sun can see us or not" indicates "whether we have sunshine or not" for calculation of hourly solar irradiance of a point on a building surface. In estimation of solar irradiance distributions on roofs and façades, utilization of projection images viewed from the sun created by using computer graphics (CG) techniques such as the depth buffer (Z-buffer) algorithm makes our system have much less computation time than most of existing systems using a hemispherical viewsheds or ray tracing. Results of an experiment conducted in Yokohama of Japan demonstrate that the algorithm would be able to estimate solar irradiance on not only roofs but also façades of urban buildings using a 3D city model accurately enough. [ABSTRACT FROM AUTHOR]

The paper discusses heritage structures built of welded tuff masonry and timber frames. Such timber-masonry composite structures were built in Japan around the early 20th century. Timber frames are composed of studs and girts. The studs are coupled by penetrating girts via nuki joints. The studs are connected to masonry walls by means of L-shaped wrought iron pegs. In this paper, a warehouse is considered as the case study. Pull-out and shear tests were conducted to examine the performance of joints between a masonry wall and stud. A focus was given to the contribution of iron pegs. A microtremor test was performed on the case study. Based on these experimental activities, seismic analysis was carried out by numerical approach. Attention was paid to the discretisation of joint behaviour between masonry walls and timber studs. The paper introduces structurally a unique heritage building and discusses its seismic behaviour, focusing on joint behaviour derived from iron pegs and nuki joints. Findings are taken advantage of for the seismic analysis of historical composite structures. [ABSTRACT FROM AUTHOR]

This study presents an international collaboration in the Students Meet Internationally through Language Education (SMILE) project and investigates how the SMILE project impacts Thai EFL students. This program provides students with opportunities to use English as an Authentic Communication Tool (E-ACT) by sharing their experiences and culture with high school peers in Japan online. Thirty-one Thai twelfth graders from a public high school in Bangkok participated in the SMILE project in the 2022 academic year. The course of the SMILE project we describe in this paper consisted of four collaboration classes (50 minutes, four times), and each class consisted of two sessions (25 minutes, twice). In each session, the Thai students met Japanese students in the same school grade in small groups with four or five students in total. These classes were conducted via online channels. Thai students' data were collected from class observations, interviews, and questionnaires. The results revealed that the Thai students 1) increased their confidence in using English, 2) gained broader perspectives from the cultural exchange sessions, 3) were eager to have similar collaborations with new Japanese students, and 4) showed clear enjoyment in their activities. Given these benefits, we conclude that the experience that student participants gained through the SMILE project had a substantial impact on them, which is likely to change their attitude toward studying English in the future. Besides, we discuss how current approaches to learner psychology may or may not be applied to our findings. Based on the results, the authors argue that having students with different first languages meet online should be conducted more widely in EFL circumstances. [ABSTRACT FROM AUTHOR]

Japan launched its Free and Open Indo-Pacific (FOIP) Strategy in 2016 to reinforce the liberal, rulesbased international order regarded as facing global and regional challenges. Japan hoped to attract other states to the FOIP multidimensional platform, including those with limited adherence to freedom and openness. The diffuse nature of the FOIP Vision encompasses diverse issues beyond geopolitical security, spurring doubts of purpose. Does Japan seek minimal status quo order adherence? Is FOIP primarily a values and governance order-enhancing platform, a strategic China-containing construct, or an influence generating counter to Beijing's Belt and Road Initiative? Ultimately, could Japan cultivate a FOIP ecumenical community defending international law and order across the Indo-Pacific? What form of community does Japan envisage creating and sharing with its partners, with strategic or simply communication purposes? This paper addresses these questions, and the degree to which FOIP could realise tangible FOIP benefits for Japan and others, while investigating how "Free and Open" Japan's Vision has appeared during its three major incarnations under Prime Ministers Abe and Kishida. [ABSTRACT FROM AUTHOR]

For users of Precise Point Positioning (PPP), Multi-GNSS Advanced Orbit and Clock Augmentation PPP signals provide corrective data. When using the PPP approach and/or PPP-Ambiguity Resolution (AR) method, the QZSS signal provides globally applicable error corrections on satellite orbit, clock offset, and code/phase biases. In addition, from FY2024, as a part of the MADOCA-PPP technology demonstration, wide-area ionospheric correction data will be provided for the Asia-Oceania region. A software estimator of precise satellite information developed by JAXA, Multi-GNSS Advanced Demonstration Tool for Orbit and Clock Analysis (MADOCA), allows u-blox CO99-ZED-F9P and MSJ 3008-GM4-QZS utilizing MADOCA-PPP to be used in GNSS applications that need sub-decimetre precision but don't have to be expensive. Errors caused by positioning satellites are computed by using observation data from domestic and overseas GNSS monitoring station networks such as IGS and MIRAI, and obtained correction data is transmitted from QZSS signal to provide highly precise positioning augmentation services that can be used in the Asia-Oceania Region. Users may utilize the PPP technique for high-precision locating by employing a GNSS receiver that supports the QZSS signals. This paper describes an experiment carried out with the static method to combine GPS, GLONASS, and QZSS signals in the project site (ISHI, USUD and MIZU stations in Japan). This paper examines the GPS/GLONASS/QZSS obtainable accuracy. These obtained results indicate that integrating GPS system with GLONASS and QZSS is favoured for surveying applications. It appears that integrating GPS/GLONASS/QZSS (MADOCA precise ephemeris file) static measurements in the study area between 0-4 millimetres accuracy can be guaranteed on all occasions. [ABSTRACT FROM AUTHOR]

This research paper focuses on evaluating the log piling technique as a sustainable, cost-effective, and environmentally friendly solution for reducing soil liquefaction risks during earthquakes. Although this method has been used extensively in Japan, mainly aiming for complete soil layer penetration, its economic viability is questionable in cases requiring very deep soil improvements. The study highlights that shallow ground improvement can notably enhance the seismic behavior of the soil-improvementstructure system, as evidenced by the reduced total and penetration settlements caused by liquefaction. The paper presents a methodology for determining the optimal dimensions of the modified ground zone using both small and medium-scale 1-g shaking table tests. The small-scale tests involve a detailed parametric study, examining variables like improvement width, pile spacing, and the depth-to-thickness ratio of the improved layer. Medium-scale tests, on the other hand, are geared towards identifying the minimum effective pile length. This approach provides a practical guideline for engineers to implement log piling for small residential buildings. Additionally, the paper utilizes finite element method (FEM) effective stress analysis, incorporating a PLAXIS 2Dbased constitutive model (PM4Sand) calibrated with laboratory undrained cyclic torsional tests. This model accounts for the changes in effective stress during seismic activities. Finally, the study correlates its numerical findings with the results from the 1-g shaking table experiments, offering a well-rounded perspective on the effectiveness of log piling in mitigating liquefaction risks during seismic events. [ABSTRACT FROM AUTHOR]

The maritime route connecting the Chinese continent and the Japanese archipelago facilitated a significant exchange of commercial goods and sociocultural knowledge throughout the Southern Song dynasty. Within this context, Japanese pilgrim monks traveling along this route acted as key conduits for the transmission of Buddhist teachings. Their journeys profoundly influenced the establishment and development of new Buddhist monasteries in Japan. Focusing on biographical accounts that portray the experiences of these pilgrim monks during their twelfth- and thirteenth-century sea voyages, this paper aims to explore how these accounts drew on intertextual links with existing Buddhist records to fulfill the compilers' intentions. Specifically, this paper examines the structure and sources of biographical accounts detailing miraculous encounters between pilgrim monks and Buddhist deities during perilous situations at sea. By interpreting the role of these deities in the corpus of Buddhist literature and within Japanese Buddhist monasteries founded by pilgrim monks, this paper argues that the increasing emphasis on pilgrim monks' attainment of divine protection in their biographical records suggests a growing concern for reinforcing the authority of their dharma lineages. Moreover, the composition and reception of these miraculous accounts reflected the changing religious needs and reshaped strategies for promoting specific Buddhist sects in subsequent periods. [ABSTRACT FROM AUTHOR]

Legal psychology is field of research which seeks to bring evidence-based practice to the vital work of the criminal justice system. This research is increasingly being conducted and its findings applied around the world. However, worldwide legal systems and their processes can vary greatly. In the current paper, we summarise discussions between legal psychology academics and criminal justice practitioners from Japan. Together, we examine how practices in the Japanese criminal justice system interact with the international evidence base for psychologically-informed 'best practice' approaches. Our discussion targets areas of popular study in legal psychology, focusing on concealed crime knowledge detection, line up identification procedures, and investigative interviewing of witnesses, suspects, and victims. Each section features a description of current Japanese practice, followed by a review of the current state of the relevant academic legal psychological literature. We then connect this practice and research synergy to a reflection with suggestions for future research. Taken together, our paper acts as a conduit to incentivise more research and practice collaboration for Japanese and non-Japanese audiences and presents opportunities for collective international legal psychology. [ABSTRACT FROM AUTHOR]

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Background: Bibliometric analysis is a mature method for quantitative evaluation of academic productivity. In view of the rapid development of research in the field of systemic lupus erythematosus (SLE) in the past decade, we used bibliometric methods to comprehensively analyze the literature in the field of SLE from 2013 to 2022. Methods: The relevant literature in the field of SLE from 2013 to 2022 was screened in the Web of Science Core Collection database. After obtaining and sorting out the data, CiteSpace and VOSviewer software were used to visualize the relevant data, and SPSS software was used for scientific statistics. Results: A total of 18,450 publications were included in this study. The number of articles published over the past 10 years has generally shown an upward trend, while Altmetric attention scores have also shown a clear upward trend in general and in most countries. Citation analysis and Altmetric analysis can mutually prove and supplement the influence of papers. The USA, China, Japan, Italy, and the UK are the most productive countries, but China and Japan are significantly inferior to other countries in terms of research influence. Four of the top ten authors are at the center of the collaboration network. LUPUS is the most contributing journal. The theme of systemic lupus erythematosus research mainly focuses on the pathogenesis, treatment, and management of SLE, and the emerging trend is related research on machine learning and immune cells. Conclusion: This study shows the research status of SLE, clarifies the main contributors in this field, discusses and analyzes the research hotspots and trends in this field, and provides reference for further research in this field to promote the development of SLE research. Key Points • Through bibliometric analysis, Altmetric analysis, and visual analysis, we reveal the global productivity characteristics of SLE-related papers in the past 10 years. • The number of global SLE-related studies has shown a significant increase, indicating that SLE is still a hot topic and deserves further study. • Citation analysis and Altmetric analysis can mutually prove and supplement the influence of papers, and the attention of related literature among non-professional researchers is increasing. • The theme of SLE research mainly focuses on the pathogenesis, treatment, and management of SLE. The emerging trend is machine learning and immune cells, which may provide new strategies for the diagnosis and treatment of SLE in the future. [ABSTRACT FROM AUTHOR]

In central Japan, adult Patanga japonica (Bolívar) grasshoppers overwinter as adults while in reproductive diapause. At this local, February nights fall as low as -7°C, whereas days can exceed 16°C. Adults respond to the diel thermal cycle with daily vertical movements out of and back into leaf litter. This paper documents and discusses the significance of this interesting winter behavior. Temperature strongly influenced the daily vertical movements. Time of morning emergence, duration of aboveground occupancy, and number of adults emerging all highly correlated with current and maximum daily temperatures. In January, adults were immobile at < -1°C but could stand up when their body temperatures reached ~3.7°C. In contrast, adults held outdoors in semi-natural conditions emerged from the litter at ~14°C, suggesting threshold temperatures of ~14°C for morning emergence. The numbers of adults emerging or hiding varied over the winter season. Light also influenced movements. Adults held in horizontal transparent tubes, each with half covered with black paper (D-area) and the other half exposed to light (L-area), moved into the L-area during the day and returned to the D-area in the afternoon. In both cases, movement was into a colder microhabitat, implying that the direction of daily movements was possibly via phototaxis, not thermotaxis. Further experiments suggested that increasing temperatures elicited positive phototaxis, and decreasing temperatures elicited negative phototaxis and that the phototaxis was controlled by the direction, magnitude, and absolute range of the temperature change in P. japonica. [ABSTRACT FROM AUTHOR]

For over 40 years, Kansei-based research and development have been conducted in Japan and other East Asian countries and these decades of research have influenced Kansei interpretation. New methods and applications, including virtual reality and artificial intelligence, have emerged since the millennium, as the Kansei concept has spread throughout Europe and the rest of the world. This paper reviews past literature and industrial experience, offering a comprehensive understanding of Kansei, the underlying philosophy, and the methodology of Kansei Engineering from the approach of psychology and physiology, both qualitatively and quantitatively. The breadth of Kansei is described by examples, emerging from both industry and academia. Additionally, thematic mapping of the state-of-the-art as well as an outlook are derived from feedback obtained from structured interview of thirty-five of the most distinguished researchers in Kansei. The mapping provides insights into current trends and future directions. Kansei is unique because it includes the consideration of emotion in the design of products and services. The paper aims at becoming a reference for researchers, practitioners, and stakeholders across borders and cultures, looking for holistic perspectives on Kansei, Kansei Engineering, and implementation methods. The novelty of the paper resides in the unification of authors amongst pioneers from different parts of the world, spanning across diversified academic backgrounds, knowledge areas and industries [ABSTRACT FROM AUTHOR]

Public transport providers often attempt to prevent passenger behaviour they consider dangerous, deviant, or otherwise undesirable through media technologies such as posters, signage, and overhead announcements. This paper explores the rationale of such mediated regulatory endeavours by taking up the example of 'manner improvement' poster campaigns by urban rail providers in Tokyo. Based on expert interviews with individuals involved in the production of poster campaigns and analysis of industry documents, it examines the motives and considerations guiding company interventions into passengers' everyday mobility practices. While previous scholarship has largely viewed such initiatives as a form of social control, this paper interprets manner improvement efforts as a customer service strategy. The paper examines posters' content, design, and limitations to argue that manner improvement efforts by urban transport providers are not primarily concerned with disciplining passengers but satisfying customer sensibilities. Enquiring into transit etiquette posters from the perspective of transport and design companies involved in creating them, this paper presents a novel contribution to the study of urban mobilities. [ABSTRACT FROM AUTHOR]

The 2011 Tohoku earthquake caused radionuclide 137Cs be directly released into the ocean from the Fukushima Dai-ichi nuclear power plants. A high-resolution global-coastal nesting ocean model was established to simulate the initial spread of 137Cs as conservative tracer over the shelf of Japan after the accident. The major advantage in the current model system is to use unstructured grids to resolve the power plant and the coastal geometry with a grid resolution much higher than that used in previous modeling experiments. Therefore, it gives us an opportunity to examine the necessity whether the detailed structure of the Power plant should be considered for numerical experiment of 137Cs dispersion or not. This could provide us an alternative insight into the physical processes that lead to its spread of 137Cs over the shelf of Japan. Our results suggested that to resolve the dispersion process from the source point to the south and north discharging canal is critical for an accurate prediction of the spread of 137Cs to the 30 km sites off the coast. Moreover, a 2 km grid resolution along Japan coast is probably not high enough to resolve the plume correctly. Finally, the model- data comparison suggested that the physical process associated with the transfer of dissolved 137Cs into the sediment phase could potentially be important and should be considered in the future tracer modeling. [ABSTRACT FROM AUTHOR]

In today's economy, one of the most important national indicators of economic growth performance is the country's ability to produce new technology--and use it responsibly and efficiently--for environmental protection or energy conservation, production and consumption in agreement with international standards. The purpose of this study is to identify the Research and Development (R&D) capability in the area of environmentally friendly technologies in China, Japan and Korea over the last twenty years. As the field is very wide, Water-Gas Shift (WGS) reaction technologies were taken as a case study for the purpose of this article. During 1990-2011 a total of 788 papers in the field of WGS technologies were published by scientists in China, Japan and Korea. China was the top producing country with 394 papers (50%) followed by Japan with 250 papers (32%), and Korea with 144 papers (18%). The growth of the literature in the field was found to be exponential in nature for China. The R&D capabilities were found to correlate directly with the Gross Domestic Expenditures on R&D (GERD), Researchers in Full-time equivalents (FTE), and other economic parameters. [ABSTRACT FROM AUTHOR]

With combined use of the ocean-atmosphere simulation models and field observation data, we evaluate the parameters associated with the total caesium-137 amounts of the direct release into the ocean and atmospheric deposition over the Western North Pacific caused by the accident of Fukushima Daiichi nuclear power plant (FNPP) that occurred in March 2011. The Green's function approach is adopted for the estimation of two parameters determining the total emission amounts for the period from 12 March to 6 May 2011. It is confirmed that the validity of the estimation depends on the simulation skill near FNPP. The total amount of the direct release is estimated as 5.5-5.9x1015 Bq, while that of the atmospheric deposition is estimated as 5.5-9.7x1015 Bq, which indicates broader range of the estimate than that of the direct release owing to uncertainty of the dispersion widely spread over the Western North Pacific. [ABSTRACT FROM AUTHOR]

Background: Palliative care is insufficiently integrated in the continuum of care for older people. It is unclear to what extent healthcare policy for older people includes elements of palliative care and thus supports its integration. Aim: (1) To develop a reference framework for identifying palliative care contents in policy documents; (2) to determine inclusion of palliative care in public policy documents on healthcare for older people in 13 rapidly ageing countries. Design: Directed documentary analysis of public policy documents (legislation, policies/strategies, guidelines, white papers) on healthcare for older people. Using existing literature, we developed a reference framework and data extraction form assessing 10 criteria of palliative care inclusion. Country experts identified documents and extracted data. Setting: Austria, Belgium, Canada, Czech Republic, England, Japan, Mexico, Netherlands, New Zealand, Singapore, Slovenia, South Korea, Spain. Results: Of 139 identified documents, 50 met inclusion criteria. The most frequently addressed palliative care elements were coordination and continuity of care (12 countries), communication and care planning, care for family, and ethical and legal aspects (11 countries). Documents in 10 countries explicitly mentioned palliative care, nine addressed symptom management, eight mentioned end-of-life care, and five referred to existing palliative care strategies (out of nine that had them). Conclusions: Health care policies for older people need revising to include reference to end-of-life care and dying and ensure linkage to existing national or regional palliative care strategies. The strong policy focus on care coordination and continuity in policies for older people is an opportunity window for palliative care advocacy. [ABSTRACT FROM AUTHOR]

The article focuses on papers presented at the 46th annual meeting in Miyazaki, Japan in October 2013 which were published in the "Japanese Journal of Ichthyology," Volume 60, Number 2. They include "First Japanese Record of Aphyonus gelatinosus (Ophidiiformes, Aphyonidae)," "Seasonal Distribution of Ryukyu-ayu Plecoglossus altivelis ryukyuensis in the Katoku River, Amami-oshima Island, Southern Japan" and "Selection of Spawning Sites by Biwa Salmon in Lake Biwa Inlet Stream, Central Japan."

AbstractDespite a clear and common threat from North Korea, why has the security cooperation between Japan and South Korea been less developed than the security cooperation between Australia and Japan? This paper explains this puzzle by focusing on policymakers’ perceptions of the rise of China. The paper concludes that, not only historical issues between Japan and South Korea, but different threat perceptions of China between Australia, Japan, and South Korea can best explain why Australia-Japan security cooperation has developed more than Japan-South Korea security cooperation in terms of the degree of institutionalization and the scope of cooperation. Throughout the post-Cold War era, Australian and Japanese policymakers were increasingly concerned about the rise of Chinese power and influence. This has ultimately led Tokyo and Canberra to strengthen their bilateral and trilateral cooperation with the United States as a means of hedging or balancing against the rise of China. On the other hand, South Korean policymakers were less concerned about China and more concerned about North Korean threat. Indeed, some Korean policymakers understood China as the indispensable power to maintain peace and stability in the Korean Peninsula. Thus, many Korean policymaker were reluctant to enhance security cooperation with Japan in areas beyond Northeast Asia. However, with rapidly changing security environments and the intensifying U.S.-Sino rivalry, as well as deteriorating relations with China, Korean policymakers’ perceptions of China have become increasingly closer to those of Australia and Japan. Accordingly, there has been growing momentum for stronger security cooperation between Japan and South Korea not only in Northeast Asia, but also in broader Indo-Pacific. [ABSTRACT FROM AUTHOR]

In this study, we aimed to assess the capacity of a physics-based earthquake simulator to improve our understanding of the seismogenic process. In this respect, we applied a previously tested earthquake simulator to two well-known and completely different seismogenic fault systems, namely the Italian Apennines and the Nankai subduction in Japan, for which long historical records of strong earthquakes are available. They are characterized by different fault mechanisms, fault sizes, and slip rates. Because of the difference in slip rates, the time scale of the seismicity patterns is different for the two systems (several hundreds of years for the Apennines and a few tens of years for the Nankai Fault). The results of simulations that produced synthetic catalogues of 100,000 years show these significant long-term seismicity patterns characterizing the seismic cycles for both seismogenic areas as follows: The average stress and the occurrence rate of earthquakes increase in the long term as the next major earthquake approaches; while the average stress increases uniformly, the occurrence rate stops increasing well in advance of the mainshocks; the b-value exhibits a long-term increase before major earthquakes and a fast decrease shortly before the mainshocks. Even if no specific statistical tool was applied for the quantification of the similarities between the seismicity patterns of the two seismic areas, such similarities are clearly justified by the large number of seismic cycles included in the 100,000-year synthetic catalogues. The paper includes a discussion on the capability of the simulation algorithm to reliably represent the real long-term seismogenic process. This question is difficult to answer because the available historical observations are of too short a duration to provide significant statistical results. In spite of the limitations characterizing the use of earthquake simulators for time-dependent earthquake hazard assessment, and the lack of convincing mechanistic explanations of the specific seismic patterns reproduced by our simulator algorithm, our results encourage further investigations into the application of simulators for the development of seismogenic models, including short-term features. [ABSTRACT FROM AUTHOR]