L’exposition d’art dans des paysages est devenu populaire au Japon, avec la multiplication récente de festivals d’art locaux. Dans ces festivals, qui attirent chacun des centaines de milliers de visiteurs, coexistent des œuvres hétérogènes. Certaines sont des sculptures autonomes, d’autres des installations qui se fondent dans le paysage, et d’autres encore sont des œuvres de type « art relationnel ». Bien que ces œuvres in situ affirment leur lien essentiel avec le site naturel rural et avec le corps du spectateur (...) — constituant un événement, une expérience, une rencontre éphémère —, les relations avec le site comme avec le visiteur sont complexes et ambigües. Il y a des œuvres in situ, mais parfois aussi in aliquo situ : des œuvres qui peuvent être installées n’importe où. Qu’est-ce qui attire les visiteurs dans ces expositions? Quels sont donc la nature et le mérite de leur localisation? Si les visiteurs apprécient de voir des œuvres dans ces paysages cela peut être en partie lié au principe japonais traditionnel d’expérience des lieux dit meisho-meguri, ou « pèlerinage vers des sites célèbres ». Cette pratique issue du Moyen Âge est associée historiquement au sacré. Aujourd’hui ce pèlerinage prend la forme du tourisme moderne mais conserve un sens traditionnel invisible car les visiteurs se déplacent à travers une série de lieux géographiques selon un jeu culturellement codé. Selon nous, dans le cas des visites d’œuvres d’art en zones rurales, l’appréciation des œuvres d’art participe à ce même jeu traditionnel de se déplacer physiquement dans une série de lieux. Cette dimension spirituelle implicite modifie à son tour la perception des œuvres. Ainsi on dira que la pratique japonaise de visiter ces expositions d’art in situ témoigne de la survivance d’une tradition, et constitue ainsi un système alternatif d’expérience esthétique. The installations of artwork in natural landscapes have become popular in Japan with the recent increase in local art festivals. In these art festivals where hundreds of thousands of visitors gather, heterogeneous installations coexist; some are autonomous sculptures, some are fused into the natural landscape, and some belong to “relational art”. Although most works assert the essential quality of their location, and the experience as “an event”, their relationships to the rural areas and to the body of the visitor are complex and ambiguous. Some works are really in situ, but some are in aliquo situ—that is, works that could be installed anywhere. What attracts visitors to these exhibitions? Hence what is the nature and merit of the location? What is the relation to the visitor’s bodily presence? If visitors enjoy the site-specificity of the artwork this may be linked to the traditional Japanese system of experiencing places as meisho-meguri—i.e. “a pilgrimage to a series of famous sites”. This practice comes from the Middle Ages and was by then spiritual. While today these pilgrimages appear as a form of modern tourism, they retain a culturally coded character because visitors’s journey is like “a game of visiting a series of geographical places”. According to me, in the case of the visit of artistic sites, the appreciation of the artwork participates in this same game of bodily displacement to a series of places. This implicit spiritual underpinning conversely modifies the visitor’s perception of the works. Thus I propose that visiting artistic sites in natural settings in Japan appears as informed by this Japanese particular tradition, and thus constitutes an alternative system of contemporary aesthetic experience. (shrink)

Profit Sharing is one of the reinforcement learning methods. An agent, as a learner, selects an action with a state-action value and receives rewards when it reaches a goal state. Then it distributes receiving rewards to state-action values. This paper discusses how to set the initial value of a state-action value. A distribution function ƒ( x ) is called as the reinforcement function. On Profit Sharing, an agent learns a policy by distributing rewards with the reinforcement function. On Markov Decision (...) Processes (MDPs), the reinforcement function ƒ( x ) = 1/ L x is useful, and on Partially Observable Markov Decision Processes (POMDPs), ƒ( x ) = 1/ L w is useful, where L is the sufficient number of rules at each state, and W is the length of an episode. If episodes are always long, the value of the reinforcement function is little. So the differences of rule values become little, and the agent learns little by using the roulette selection as an action selection. This problem is called as Learning Speed Problem. If the value of the reinforcement function for an action is very higher than its state-action value, an agent will not select other action. There is a problem when its action is not a optimal action. This problem is called as Past Experiences Problem. This paper shows that both Learning Speed Problem and Past Experiences Problem are caused by the bad setting between the initial values of a state-action values and the function values of a reinforcement function. We propose how to set the initial values of a state-action values at each state. The experiment shows that an agent can learn correctly even if the length of episode is large. And shows the effectiveness on both MDPs and POMDPs. Our proposed method focuses on the initialization of state-action values and does not limit reinforcement functions. So it can apply to any reinforcement function. (shrink)

In this paper, we consider profit sharing that is one of the reinforcement learning methods. An agent learns a candidate solution of a problem from the reward that is received from the environment if and only if it reaches the destination state. A function that distributes the received reward to each action of the candidate solution is called the reinforcement function. On this learning system, the agent can reinforce the set of selected actions when it gets the reward. And the (...) agent should not reinforce the detour actions. First, we will propose a new constraint equation about reinforcement functions to distribute the reinforcement values on the non-detour actions. If we use the reinforcement function to satisfy the constraint equation, the agent can select the non-detour actions directing to the destination state. Next, it is shown that the reinforcement function can be constant after learning process to suppress the selection of detour actions. Lastly, in computer simulations for maze problems, we show that the learning performance of agents does not depend on the size of environment. (shrink)

A proof is given for the theorem that at least one bound state exists in a one-dimensional attractive potential however weak it may be. The proof is constructive in that it provides a method to explicitly solve the eigenvalue problem for the eigenvalues as well as the eigenfunctions. The method is well suited to precise numerical calculations.

The chapter contextualizes and reconstructs Walther’s theory of social acts. In her view a given act qualifies as social if it is performed in the name of or on behalf of a community. Interestingly, Walther’s understanding of that notion is patently at odds with the idea of a social act originally propounded by Reinach. According to Reinach, an act is social if it “addresses” other persons and if it, for its success, requires them to grasp it. We claim that to (...) explain Walther’s reconfiguration of this concept, one has to look into the use that Husserl makes of it. Husserl adopts this idea from Reinach to tackle a problem that is not discussed by the latter. This is the problem of how communities, by means of social acts, are “constituted” in consciousness. Walther shares with Husserl the concern about the constitution of communities and her radical revision of Reinach’s idea is presented as an attempt to offer an alternative solution to Husserl’s problem. (shrink)

Minami–Sakai :883–898, 2016) investigated the cofinal types of the Katětov and the Katětov–Blass orders on the family of all \ ideals. In this paper we discuss these orders on analytic P-ideals and Borel ideals. We prove the following:The family of all analytic P-ideals has the largest element with respect to the Katětov and the Katětov–Blass orders.The family of all Borel ideals is countably upward directed with respect to the Katětov and the Katětov–Blass orders. In the course of the proof of (...) the latter result, we also prove that for any analytic ideal \ there is a Borel ideal \ with \. (shrink)

We investigate how weak square principles are denied by Chang’s Conjecture and its generalizations. Among other things we prove that Chang’s Conjecture does not imply the failure of \documentclass[12pt]{minimal} \usepackage{amsmath} \usepackage{wasysym} \usepackage{amsfonts} \usepackage{amssymb} \usepackage{amsbsy} \usepackage{mathrsfs} \usepackage{upgreek} \setlength{\oddsidemargin}{-69pt} \begin{document}$${\square_{\omega_1, 2}}$$\end{document}, i.e. Chang’s Conjecture is consistent with \documentclass[12pt]{minimal} \usepackage{amsmath} \usepackage{wasysym} \usepackage{amsfonts} \usepackage{amssymb} \usepackage{amsbsy} \usepackage{mathrsfs} \usepackage{upgreek} \setlength{\oddsidemargin}{-69pt} \begin{document}$${\square_{\omega_1, 2}}$$\end{document}.

The mitogenic action of cytokines such as epidermal growth factor (EGF)d̊ or platelet dericed growth factor (PDGF) involves the stimulation of a signal cascade controlled by a small G protein called Ras. Mutations of Ras can cause its constitutive activation and, as a consequence, bypass the regulation of cell growth by cytokines. Both growth factor‐induced and oncogenic activation of Ras involve the conversion of Ras from the GDP‐bound (D‐Ras) to the GTP‐bound (T‐Ras) forms. T‐Ras activates a network of protein kinases (...) including c‐Mos, c‐Raf‐1 and MAP kinase. Eventually the activation of MAP kinase leads to the activation of the elongation factor 4E and several transcription factors such as c‐Jun, c‐Myc and c‐Fos. There are several modulators of Ras activity, such as the GTPase activating proteins (GAP1 and NF1), which stimulate the coversion of T‐Ras to D‐Ras. A series of small NF1 fragments, which bind T‐Ras, as well as truncated forms or derivatives of c‐Raf‐1, c‐Jun and c‐Myc, are capable of blocking the T‐Ras‐activated mitogenesis in a competitive manner. These agents offer a unique opportunity to control the proliferation of T‐Ras‐associated tumors, which represent more than 30% of total human carcinomas. (shrink)

This paper presents a new method that improves robustness of real-coded Genetic Algorithm (GA) for function optimization. It is reported that most of crossover operators for real-coded GA have sampling bias, which prevents to find the optimum when it is near the boundary of search space. They like to search the center of search space much more than the other. Therefore, they will not work on functions that have their optima near the boundary of the search space. Although several methods (...) have been proposed to relax this sampling bias, they could not cancel whole bias. In this paper, we propose a new method, Toroidal Search Space Conversion (TSC), to remove this sampling bias. TSC converts bounded search space into toroidal one without any parameter. Experimental results show that a GA with TSC has higher performance to find the optimum near the boundary of search space and the GA has more robustness concerning the relative position of the optimum. (shrink)

This book explores the contributions of East Asian traditions, particularly Buddhism and (Euro)Daoism, to environmental philosophy. It critically examines the conceptions of human responsibility toward nature and across time presented within these traditions as well as in European philosophy. The volume rethinks human relationships to the natural world by focusing on three main themes: Daoist and Eurodaoist perspectives on nature, human responsibility toward nature, and Buddhist perspectives on life and nature. By way of discussing East Asian traditions and European thinkers, (...) this collection reveals that the impact of humanity on the environment is shaped not only by distinctive modes of economic production, but also by cultural beliefs and practices. Representing a unique constellation of environmental and intercultural philosophy, the contributions present systematic approaches to the global need for cultivating environmental responsibility across cultures and generations to address the political, ethical, and aesthetic challenges arising from humanity’s transformative impact on the natural world. (shrink)

The primary objective of this anthology is to make intergenerational justice an issue for intercultural philosophy, and, conversely, to allow the latter to enrich the former. In times of large-scale environmental destabilization, fair- ness between generations is an urgent issue of justice across time, but it is also a global issue of justice across geographical and nation-state borders. This means that the future generations envisioned by the currently living also cross these borders. Thus, different philosophical cultures and traditions of thought (...) should converse to re ect on what is fair to future people. In the remainder of this introduction, we will detail these claims and give an overview of the volume’s chapters. (shrink)

We study the relationship between the semistationary reflection principle and stationary reflection principles. We show that for all regular cardinals Λ ≥ ω₂ the semistationary reflection principle in the space [Λ](1) implies that every stationary subset of $E_{\omega}^{\lambda}\coloneq \{\alpha \in \lambda \,|\,{\rm cf}(\alpha)=\omega \}$ reflects. We also show that for all cardinals Λ ≥ ω₃ the semistationary reflection principle in [Λ](1) does not imply the stationary reflection principle in [Λ](1).

Since the first half of the nineteenth century in which English was introduced as the language of higher education in India, the word and concept of “philosophy” has played an important role in Indian intellectual life. First the study of philosophy must have meant the study of Western philosophy in Indian universities, butlater various attempts were made to discover the Indian versions of philosophical traditions in Sanskrit literature. Today no one doubts that there has been a rich and very long (...) tradition of such intellectual activities as are fully compatible with what European philosophers have actually been doing. Nevertheless, it is sometimes very difficult to draw a strict line between philosophy and religion in Indian thought. The present study will focus on that passage of the Nyāyamañjarī by a Kashmirian Nyāya scholar Jayanta which deals with the justification of the authority of the Vedas and other religious scriptures. From the analysis of the passage we may detect that there are two different dimensions in his application of logic for this issue. On the one hand he appeals to logical thinking for the defence of the Vedic authority and tries to establish the proper proof. But on the other hand he seems to be conscious of the limitation of reasoning, for he refers to those thinkers without refuting them in the latter half of the passage, according to whom every religious scripture must be accepted as valid insofar as the path of reasoning and argumentation is taken. (shrink)

dai 1-kan. Ningen, kyōiku ga umarekawaru tame -- dai 2-kan. Ningen to no deai, kyōiku to no deai -- dai 3 kan. Ningenrashiku naru tedate -- dai 4-kan. Jinrui no kibō, osanago -- dai 5-kan. Shishū, ushinawareta kisetsu o motomete -- dai 6-kan. Aru mazushiki shōgai no kiroku -- [7] Kyōiku to kyōikugaku.

It has been reported as a robust effect that people are likely to select a matching case in the Wason selection task. For example, they usually select the 5 case, in the Wason selection task with the conditional "if an E, then a not-5". This was explained by the matching bias account that people are likely to regard a matching case as relevant to the truth of the conditional (Evans, 1998). However, because a positive concept usually constructs a smaller set (...) than its negative one does (a rarity assumption), it is more effective to get information on the truth of the conditional in a positive set than in a negative set. Thus the optimal data selection account can also explain the effect. The set size of Q and matching by introducing negation were manipulated independently in four experiments. From the results it was inferred that the so-called matching bias was an amalgam of two different cognitive components-relevance judgement by matching and optimal data selection. (shrink)

The weakly compact reflection principle\\) states that \ is a weakly compact cardinal and every weakly compact subset of \ has a weakly compact proper initial segment. The weakly compact reflection principle at \ implies that \ is an \-weakly compact cardinal. In this article we show that the weakly compact reflection principle does not imply that \ is \\)-weakly compact. Moreover, we show that if the weakly compact reflection principle holds at \ then there is a forcing extension preserving (...) this in which \ is the least \-weakly compact cardinal. Along the way we generalize the well-known result which states that if \ is a regular cardinal then in any forcing extension by \-c.c. forcing the nonstationary ideal equals the ideal generated by the ground model nonstationary ideal; our generalization states that if \ is a weakly compact cardinal then after forcing with a ‘typical’ Easton-support iteration of length \ the weakly compact ideal equals the ideal generated by the ground model weakly compact ideal. (shrink)

We give simple proofs of the Singular Cardinal Hypothesis from the Weak Reflection Principle and the Fodor-type Reflection Principle which do not use better scales.

In this paper we will study a formal system of intuitionistic modal predicate logic. The main result is its semantic completeness theorem with respect to algebraic structures. At the end of the paper we will also present a brief consideration of its syntactic relationships with some similar systems.