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http://dbpedia.org/ontology/abstract Neural engineering (also known as neuroengNeural engineering (also known as neuroengineering) is a discipline within biomedical engineering that uses engineering techniques to understand, repair, replace, or enhance neural systems. Neural engineers are uniquely qualified to solve design problems at the interface of living neural tissue and non-living constructs (Hetling, 2008).and non-living constructs (Hetling, 2008). , La neuroingegneria è una disciplina che sfLa neuroingegneria è una disciplina che sfrutta le tecniche proprie dell'ingegneria per interagire con, curare, sostituire e migliorare le funzioni del sistema nervoso, o di sue componenti. Gli specialisti di questo settore si occupano di risolvere i problemi di interfaccia ed interazione tra il tessuto neurale vivente e dispositivi artificiali.neurale vivente e dispositivi artificiali. , 神経工学(Neuroengineering または Neural engineering)とは神経科学と電子工学を融合した境界領域である。 , La neuro-ingénierie regroupe l'ensemble des pratiques, disciplines et des technologies visant à améliorer ou modifier les performances cérébrales. , Enginyeria neural també coneguda com a neuEnginyeria neural també coneguda com a neuro-enginyeria és una disciplina que utilitza tècniques d'enginyeria per comprendre, reparar, reemplaçar, millorar, o tractar les malalties dels sistemes neurals. Els enginyers neurals estan excepcionalment qualificats per resoldre problemes de disseny en la interfície entre el teixit neural "viu" i construccions artificials "no vives".u" i construccions artificials "no vives". , الهندسة العصبية هي فرع من الهندسة الطبية الحيوية تَستخدم التقنيات الهندسية لفهم، وإصلاح، واستبدال، وتعزيز الأنظمة العصبية. المهندسون العصبيون مؤهلون بشكل استثنائي لحل مشاكل التصميم في وُجيهة الأنسجة العصبية الحية، والتراكيب غير الحية. , 在物理科学中,神经工程学是新兴的、用工程技术研究中枢和周围神经系统的功能并操作其行为的交叉学科研究领域。该领域从计算神经科学、实验神经科学、临床的神经病学、电子工程学和活神经组织的信号处理等领域汲取养分,并包含了机器人学、计算机工程学、组织工程学、材料科学和纳米技术等学科中的一些内容。 , Die Neurotechnik (englisch neural engineerDie Neurotechnik (englisch neural engineering) ist eine relativ junge Forschungsdisziplin, die Ingenieurs-Methoden nutzt, um sowohl die Funktion des Nervensystems zu erforschen als auch dieses zu unterstützen und zu beeinflussen. Die hohe Interdisziplinarität des Feldes lässt sich daran erkennen, dass es Methoden und Ansätze aus der klinischen Neurologie (funktionelle Bildgebung) und Neurochirurgie (Neuroprothetik), den theoretischen Neurowissenschaften (computational Neuroscience und Neurokybernetik) mit der experimentellen Neurophysiologie, Elektrotechnik, Signalverarbeitung, Automatisierungstechnik, Informatik, Mikrosystemtechnik und Nanotechnik vereint. Die Neurotechnik unterscheidet zwei unterschiedliche Vorgehensweisen: Reverse Ansätze versuchen existierende neurale Systeme zu beschreiben und zu verstehen, um daraus technologische Anwendungen zu gewinnen. Dagegen versuchen die vorwärts gerichteten Ansätze Technologien zu entwickeln, die dann in biologischen Systemen zum Einsatz kommen sollen. Wichtigster Bereich für letztere Forschungsrichtung sind die sogenannten Gehirn-Computer-Schnittstellen (Brain-Computer Interface) oder auch der weite Bereich der Neuroprothetik. Eine zunehmende Zahl von Publikationen lassen sich unter dem Begriff der Neurotechnik einordnen; als erste spezifische Zeitschriften sind The Journal of Neural Engineering, Journal of Neuroengineering and Rehabilitation und IEEE Transactions on Neural Systems and Rehabilitation Engineering zu nennen. Neben verschiedenen Master- und Promotionsprogrammen mit entsprechenden Vertiefungsmöglichkeiten bietet im deutschsprachigen Raum die Technische Universität München (TUM) den weiterführenden Studiengang Neuroengineering an.führenden Studiengang Neuroengineering an. , Нейроинженерия (англ. neural engineering) Нейроинженерия (англ. neural engineering) — это научное направление в составе биомедицинской инженерии, использующее различные инженерные методы для изучения, восстановления или улучшения нервной системы. Нейроинженерия решает различные уникальные задачи, связанные с проблемами совмещения живых нейронных структур и неживых конструкций. (Hetling, 2008)тур и неживых конструкций. (Hetling, 2008) , La ingeniería neural, también conocida comLa ingeniería neural, también conocida como neuroingeniería, es una disciplina que utiliza técnicas de ingeniería para comprender, reparar, reemplazar, mejorar, o tratar las enfermedades de los sistemas neurales. Los ingenieros neurales están excepcionalmente calificados para resolver problemas de diseño en la interfaz entre el tejido neural "vivo" y construcciones artificiales "no vivos". y construcciones artificiales "no vivos". , A "neuroengenharia" inclui todas as práticas, disciplinas e tecnologias para melhorar o desempenho ou modificar o cérebro.
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rdfs:comment الهندسة العصبية هي فرع من الهندسة الطبية الحيوية تَستخدم التقنيات الهندسية لفهم، وإصلاح، واستبدال، وتعزيز الأنظمة العصبية. المهندسون العصبيون مؤهلون بشكل استثنائي لحل مشاكل التصميم في وُجيهة الأنسجة العصبية الحية، والتراكيب غير الحية. , A "neuroengenharia" inclui todas as práticas, disciplinas e tecnologias para melhorar o desempenho ou modificar o cérebro. , 神経工学(Neuroengineering または Neural engineering)とは神経科学と電子工学を融合した境界領域である。 , Die Neurotechnik (englisch neural engineerDie Neurotechnik (englisch neural engineering) ist eine relativ junge Forschungsdisziplin, die Ingenieurs-Methoden nutzt, um sowohl die Funktion des Nervensystems zu erforschen als auch dieses zu unterstützen und zu beeinflussen. Die hohe Interdisziplinarität des Feldes lässt sich daran erkennen, dass es Methoden und Ansätze aus der klinischen Neurologie (funktionelle Bildgebung) und Neurochirurgie (Neuroprothetik), den theoretischen Neurowissenschaften (computational Neuroscience und Neurokybernetik) mit der experimentellen Neurophysiologie, Elektrotechnik, Signalverarbeitung, Automatisierungstechnik, Informatik, Mikrosystemtechnik und Nanotechnik vereint.ikrosystemtechnik und Nanotechnik vereint. , La neuro-ingénierie regroupe l'ensemble des pratiques, disciplines et des technologies visant à améliorer ou modifier les performances cérébrales. , Нейроинженерия (англ. neural engineering) Нейроинженерия (англ. neural engineering) — это научное направление в составе биомедицинской инженерии, использующее различные инженерные методы для изучения, восстановления или улучшения нервной системы. Нейроинженерия решает различные уникальные задачи, связанные с проблемами совмещения живых нейронных структур и неживых конструкций. (Hetling, 2008)тур и неживых конструкций. (Hetling, 2008) , La neuroingegneria è una disciplina che sfLa neuroingegneria è una disciplina che sfrutta le tecniche proprie dell'ingegneria per interagire con, curare, sostituire e migliorare le funzioni del sistema nervoso, o di sue componenti. Gli specialisti di questo settore si occupano di risolvere i problemi di interfaccia ed interazione tra il tessuto neurale vivente e dispositivi artificiali.neurale vivente e dispositivi artificiali. , Enginyeria neural també coneguda com a neuEnginyeria neural també coneguda com a neuro-enginyeria és una disciplina que utilitza tècniques d'enginyeria per comprendre, reparar, reemplaçar, millorar, o tractar les malalties dels sistemes neurals. Els enginyers neurals estan excepcionalment qualificats per resoldre problemes de disseny en la interfície entre el teixit neural "viu" i construccions artificials "no vives".u" i construccions artificials "no vives". , 在物理科学中,神经工程学是新兴的、用工程技术研究中枢和周围神经系统的功能并操作其行为的交叉学科研究领域。该领域从计算神经科学、实验神经科学、临床的神经病学、电子工程学和活神经组织的信号处理等领域汲取养分,并包含了机器人学、计算机工程学、组织工程学、材料科学和纳米技术等学科中的一些内容。 , La ingeniería neural, también conocida comLa ingeniería neural, también conocida como neuroingeniería, es una disciplina que utiliza técnicas de ingeniería para comprender, reparar, reemplazar, mejorar, o tratar las enfermedades de los sistemas neurales. Los ingenieros neurales están excepcionalmente calificados para resolver problemas de diseño en la interfaz entre el tejido neural "vivo" y construcciones artificiales "no vivos". y construcciones artificiales "no vivos". , Neural engineering (also known as neuroengNeural engineering (also known as neuroengineering) is a discipline within biomedical engineering that uses engineering techniques to understand, repair, replace, or enhance neural systems. Neural engineers are uniquely qualified to solve design problems at the interface of living neural tissue and non-living constructs (Hetling, 2008).and non-living constructs (Hetling, 2008).
rdfs:label Нейроинженерия , Neuroingegneria , 神经工程 , Neuroengenharia , Ingeniería neural , هندسة عصبية , Enginyeria neural , Neurotechnik , Neuro-ingénierie , 神経工学 , Neural engineering
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