Movatterモバイル変換

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あらゆるものごとを平準化する「デジタル化」の中で、人間の身体・脳・心や社会のしくみがいま大きく変容しつつある。「国民の欲望」の自己統治、新たな共同関係の創出、リスクをめぐる正義の対立の調整、人間観・存 在観の再構築。これらの課題群に対して、健康とエンハンスメント、脳と人格の改造、動物とロボットの境界、リスク言説と研究規制の根拠等を論じながら、システム倫理学の視点から大胆な解法を提示する。.

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Despite the exponential progress in computing power of digital computers, the development of lifelike cognitive systems appears has not yet reached the complexity of the simplest kinds of organisms. This may be explained by the lack of robustness of digital computers due to the requirements of structural programmability in the conventional computing architectures. In contrast, biological systems appear to operate in a different mode of information processing. In order to approach more lifelike artificial cognitive systems, the integration of natural and (...) unnatural systems may open a path to investigate the possibilities of the desired biological functions such as through the creation of hybrid architectures that interface nature's computing brains with artificial devices such as using the behaviour of the slime mouldPhysarum polycephalumto influence the behaviour of a mechanical robot. (shrink)

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Humans normally feel physical and mental pain. In this paper, we refer to physical pain as "pain in the body" and mental pain as "pain in the mind". We took an interest in the mechanism that makes a robot feel such pain in its mind and act appropriately to the sensation of pain. We developed a neural network program called MoNAD that can explain almost all of the phenomena of human consciousness. We noted that the program outputed stable information on (...) what had been learned but became unstable when unknown information was inputed or a system error occurred. We thought that we could create "pain in the mind" of robot by making use of this phenomenon. This paper proposes a demonstration of "pain in the mind" in robot. We expect that this research will also lead to a deeper understanding of humans. (shrink)

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We designed the system, Rescue-MIKE, and implemented to the RoboCup Rescue Simulation System. The Rescue MIKE system aims to communicate with large numbers of relief workers and controllers working in a rescue domain. The system has an ability to report the situation of the domain like a newscaster. Our system consists of multiple agents. The system collects information from a simulated disaster scenario, and then produces a dialogue that fits to the actions of the agents in the domain. We described (...) the design policy, implementation of our system, and Rescue-MIKE's facility. Rescue-MIKE initial version can provide aural information that helps to explain the unfolding scenarios to onlookers. We discussed the future applications of our system, including knowledge elicitation about disaster relief control methods, automated relief support systems, and public education about the dangers of large natural disasters such as earthquakes, floods or volcanic eruptions. (shrink)

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This article critically examines the experimental philosophy of free will, particularly the interplay between ordinary individuals’ compatibilist and incompatibilist intuitions. It explores key insights from research studies that propose “natural compatibilism” and “natural incompatibilism”. These studies reveal a complex landscape of folk intuitions, where participants appear to exhibit both types of intuitions. Here, we examine error theories, which purport to explain the coexistence of apparently contradictory intuitions: the Affective Performance Error hypothesis, the “Free Will No Matter What” hypothesis, the Bypassing (...) hypothesis, and the Intrusion hypothesis, and the article explores the cognitive errors that could shape individuals’ inconsistent perceptions of free will. We then explore three possibilities regarding folk intuitions: most individuals may hold either compatibilist or incompatibilist intuitions, both simultaneously, or neither. Our aim is to deepen the understanding of the complex dynamics of intuitions about free will, and we close with suggestions for future studies in experimental philosophy. (shrink)

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Sounding Fragilities enacts a polyphony of writing on contemporary composition, music and performing arts in relation to music theatre. Co-edited by a theatre and performance scholar and by a composer and artistic researcher, this anthology considers its field of investigation through the lens of positionalities. Irene Lehmann and Pia Palme invite readers into intimate encounters with an artist's practice, feminist and queer perspectives, and personal explorations into aspects of musicology, theatre studies, technology and ecology. By presenting female* composers who write (...) with/through/about their own practice, Sounding Fragilities is a remarkable contribution to an interdisciplinary debate around the agency of artistic research. With this synthesis, the editors evaluate how moving beyond the binary of art and science reveals the rich yet fragile territories of artistic knowledge-production and literacy in music theatre. Sounding Fragilities: An Anthology brings together essays, discussions and interventions on contemporary music, dance and music theatre to offer a polyphony of new approaches to listening, watching, composing and performing. Artistic and academic researchers present reflections and insights into the fragilities of artistic materials, collaborations and the communities that build around live performances. Challenging the idea of isolated composers, choreographers, audience members and academic researchers, they stress instead the interconnectedness of these positions as indispensable elements of thriving performance and research. This feature of all live performance is envisaged by several of the book's contributors as linked to political, democratic thought and ecological or feminist thinking. (shrink)

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IntroductionDeep brain stimulation is an effective treatment for advanced Parkinson’s disease with the targeting bilateral subthalamic nucleus or globus pallidus internus. So far, detailed studies on the efficacy of unilateral STN-DBS for motor symptoms have been reported, but few studies have been conducted on unilateral GPi-DBS.Materials and MethodsSeventeen patients with Parkinson’s disease who underwent unilateral GPi-DBS were selected. We conducted comparison analyses between scores obtained 6–42 months pre- and postoperatively using the following measurement tools: the Movement Disorder Society Unified Parkinson’s (...) Disease Rating Scale part III, the Hoehn and Yahr stage, the presence/absence of dyskinesia, Mini-Mental State Examination, Frontal Assessment Battery, Geriatric Depression Scale, levodopa equivalent dose, and cerebral blood flow by single photon emission computed tomography. Patient backgrounds were compared between four cohorts with favorable and unfavorable postoperative outcome.ResultsSignificant improvement was observed postoperatively in the following: total MDS-UPDRS Part III scores during the off period, contralateral scores, ipsilateral scores, and axial scores. Similarly, the Hoehn and Yahr stages during the off period, and GDS also showed significant decrease. In contrast, LED, MMSE, and FAB remained unchanged while the number of patients who scored positive for dyskinesia decreased by 40%. Abnormal cerebral blood flow preoperatively seen in the cerebral cortex had normalized in the total score-based good responder cohort. In the ipsilateral score-based good responder cohort, cerebral blood flow increased in the contralateral frontal lobe including in the premotor cortex, contralateral to the DBS. Compared to the poor responders, postoperative good responders demonstrated significantly higher preoperative MMSE scores.DiscussionUnilateral GPi-DBS therapy was effective in improving contralateral, ipsilateral, and axial motor symptoms of patients with advanced PD; in particular, it was found to be especially beneficial in PwPD whose cognitive function was unimpaired; the treatment efficacy rivaled that of bilateral counterparts up till at least 6 months postoperatively. Finally, normalization of preoperative abnormalities in cerebral blood flow and increased cerebral blood flow in the contralateral frontal lobe indicated the beneficial potential of this therapy on ipsilateral motor symptoms. (shrink)

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