BOOKS - Philosophy and Simulation: The Emergence of Synthetic Reason
Philosophy and Simulation: The Emergence of Synthetic Reason - Manuel DeLanda June 18, 2002 PDF  BOOKS
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Philosophy and Simulation: The Emergence of Synthetic Reason
Author: Manuel DeLanda
Year: June 18, 2002
Format: PDF
File size: PDF 2.9 MB
Language: English



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Philosophy and Simulation The Emergence of Synthetic Reason In his thought-provoking book, "Philosophy and Simulation: The Emergence of Synthetic Reason Manuel DeLanda delves into the realm of simulation and its significance in understanding the evolution of technology and its impact on our perception of reality. With the rapid advancement of technology, simulations have become an integral part of scientific inquiry, allowing us to model complex systems and observe their behavior. However, Delanda argues that we need to develop a personal paradigm for comprehending the technological process of developing modern knowledge, which can serve as the foundation for the survival of humanity and unity in a divided world. The book begins by exploring the various genres of simulation, including cellular automata, genetic algorithms, neural networks, and multi-agent systems. These simulations enable us to simulate actual interactions among agents and observe the emergent wholes that arise from these interactions. As computer power and memory have become more affordable, simulations have migrated from specialized hardware to desktops, where they now play a crucial role in scientific research, much like small-scale experiments did in the past. This shift has led to a new epistemology of simulations, which requires philosophical examination to fully understand its implications for materialist philosophy.
Философия и моделирование Возникновение синтетического разума В своей книге «Философия и моделирование: Возникновение синтетического разума» Мануэль ДеЛанда углубляется в область моделирования и его значение в понимании эволюции технологии и ее влияние на наше восприятие реальности. С быстрым развитием технологий моделирование стало неотъемлемой частью научных исследований, позволяя нам моделировать сложные системы и наблюдать за их поведением. Однако Деланда утверждает, что нам необходимо выработать личную парадигму постижения технологического процесса развития современных знаний, которые могут послужить фундаментом для выживания человечества и единства в разделенном мире. Книга начинается с изучения различных жанров моделирования, включая клеточные автоматы, генетические алгоритмы, нейронные сети и многоагентные системы. Эти моделирования позволяют нам моделировать фактические взаимодействия между агентами и наблюдать возникающие целые, которые возникают в результате этих взаимодействий. Поскольку вычислительная мощность и память стали более доступными, симуляции перешли со специализированного оборудования на настольные компьютеры, где теперь они играют решающую роль в научных исследованиях, подобно тому, как это делали в прошлом мелкомасштабные эксперименты. Этот сдвиг привел к новой эпистемологии симуляций, которая требует философской экспертизы, чтобы полностью понять ее последствия для материалистической философии.
Philosophie et modélisation L'émergence de l'esprit synthétique Dans son livre Philosophie et modélisation : L'émergence de l'esprit synthétique, Manuel DeLanda explore le domaine de la modélisation et son importance dans la compréhension de l'évolution de la technologie et de son impact sur notre perception de la réalité. Avec le développement rapide des technologies, la modélisation est devenue une partie intégrante de la recherche scientifique, nous permettant de modéliser des systèmes complexes et d'observer leur comportement. Cependant, Delanda affirme que nous devons élaborer un paradigme personnel pour le processus technologique de développement des connaissances modernes, qui peut servir de base à la survie de l'humanité et à l'unité dans un monde divisé. livre commence par l'étude de différents genres de modélisation, y compris les automates cellulaires, les algorithmes génétiques, les réseaux neuronaux et les systèmes multi-agents. Ces simulations nous permettent de modéliser les interactions réelles entre les agents et d'observer les entiers émergents qui résultent de ces interactions. Comme la puissance de calcul et la mémoire sont devenues plus accessibles, les simulations sont passées d'équipements spécialisés à des ordinateurs de bureau, où elles jouent maintenant un rôle crucial dans la recherche scientifique, tout comme les expériences à petite échelle l'ont fait dans le passé. Ce changement a conduit à une nouvelle épistémologie des simulations, qui exige un examen philosophique pour en comprendre pleinement les conséquences pour la philosophie matérialiste.
Filosofía y simulación surgimiento de la mente sintética En su libro Filosofía y simulación: surgimiento de la mente sintética, Manuel DeLanda profundiza en el campo de la simulación y su importancia en la comprensión de la evolución de la tecnología y su influencia en nuestra percepción de la realidad. Con el rápido desarrollo de la tecnología, la simulación se ha convertido en una parte integral de la investigación científica, lo que nos permite modelar sistemas complejos y observar su comportamiento. n embargo, Delanda sostiene que necesitamos desarrollar un paradigma personal para comprender el proceso tecnológico de desarrollo del conocimiento moderno que pueda servir de base para la supervivencia de la humanidad y la unidad en un mundo dividido. libro comienza con el estudio de diversos géneros de modelado, incluyendo autómatas celulares, algoritmos genéticos, redes neuronales y sistemas multiagentes. Estas simulaciones nos permiten modelar las interacciones reales entre agentes y observar los enteros emergentes que surgen de estas interacciones. A medida que la potencia computacional y la memoria se hicieron más accesibles, las simulaciones pasaron de equipos especializados a computadoras de escritorio, donde ahora juegan un papel crucial en la investigación científica, al igual que lo hicieron en el pasado los experimentos a pequeña escala. Este cambio condujo a una nueva epistemología de las simulaciones que requiere un examen filosófico para comprender plenamente sus implicaciones para la filosofía materialista.
Filosofia e simulazione L'emergere della mente sintetica Nel suo libro «Filosofia e modellazione: L'emergere della mente sintetica», Manuel DeLanda approfondisce il campo della modellazione e il suo significato nella comprensione dell'evoluzione della tecnologia e del suo impatto sulla nostra percezione della realtà. Con il rapido sviluppo della tecnologia, la simulazione è diventata parte integrante della ricerca scientifica, consentendoci di modellare sistemi complessi e osservarne il comportamento. Ma Delanda sostiene che dobbiamo sviluppare un paradigma personale per il processo tecnologico di sviluppo della conoscenza moderna, che possa essere la base per la sopravvivenza dell'umanità e dell'unità in un mondo diviso. Il libro inizia studiando diversi generi di modellazione, tra cui le macchine cellulari, gli algoritmi genetici, le reti neurali e i sistemi multiagenti. Queste simulazioni ci permettono di simulare le interazioni effettive tra gli agenti e osservare le intere interazioni che derivano da queste interazioni. Poiché la potenza di elaborazione e la memoria sono diventate più accessibili, le simulazioni sono passate da apparecchiature specializzate a desktop, dove ora svolgono un ruolo cruciale nella ricerca scientifica, come in passato hanno fatto esperimenti di piccole dimensioni. Questo cambiamento ha portato a una nuova epistemologia delle simulazioni che richiede una competenza filosofica per comprenderne pienamente le conseguenze sulla filosofia materialista.
Philosophie und Modellierung Die Entstehung des synthetischen Geistes In seinem Buch „Philosophie und Modellierung: Die Entstehung des synthetischen Geistes“ befasst sich Manuel DeLanda mit dem Bereich der Modellierung und ihrer Bedeutung für das Verständnis der Evolution der Technologie und ihrer Auswirkungen auf unsere Wahrnehmung der Realität. Mit der rasanten Entwicklung der Technologie ist die mulation zu einem integralen Bestandteil der wissenschaftlichen Forschung geworden, so dass wir komplexe Systeme modellieren und deren Verhalten beobachten können. Delanda argumentiert jedoch, dass wir ein persönliches Paradigma entwickeln müssen, um den technologischen Prozess der Entwicklung des modernen Wissens zu verstehen, das als Grundlage für das Überleben der Menschheit und die Einheit in einer geteilten Welt dienen kann. Das Buch beginnt mit dem Studium verschiedener Modellierungsgenres, darunter zelluläre Automaten, genetische Algorithmen, neuronale Netzwerke und Multiagentensysteme. Diese mulationen ermöglichen es uns, die tatsächlichen Wechselwirkungen zwischen den Agenten zu simulieren und die entstehenden Ganzen zu beobachten, die aus diesen Wechselwirkungen resultieren. Als Rechenleistung und Speicher erschwinglicher wurden, verlagerten sich die mulationen von spezialisierter Hardware auf Desktop-Computer, wo sie nun eine entscheidende Rolle in der wissenschaftlichen Forschung spielen, ähnlich wie in der Vergangenheit kleine Experimente. Diese Verschiebung führte zu einer neuen Erkenntnistheorie der mulationen, die eine philosophische Untersuchung erfordert, um ihre Auswirkungen auf die materialistische Philosophie vollständig zu verstehen.
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Felsefe ve Modelleme Sentetik Aklın Yükselişi Manuel DeLanda, "Felsefe ve Modelleme: Sentetik Aklın Yükselişi'adlı kitabında, modelleme alanına ve teknolojinin evrimini anlamadaki önemine ve bunun gerçeklik algımız üzerindeki etkisine değiniyor. Teknolojinin hızla gelişmesiyle modelleme, bilimsel araştırmaların ayrılmaz bir parçası haline geldi ve karmaşık sistemleri modellememize ve davranışlarını gözlemlememize izin verdi. Bununla birlikte, Delanda, insanlığın hayatta kalması ve bölünmüş bir dünyada birlik için temel teşkil edebilecek modern bilginin geliştirilmesinin teknolojik sürecini anlamak için kişisel bir paradigma geliştirmemiz gerektiğini savunuyor. Kitap, hücresel otomatlar, genetik algoritmalar, sinir ağları ve çoklu ajan sistemleri de dahil olmak üzere çeşitli modelleme türlerini inceleyerek başlıyor. Bu simülasyonlar, ajanlar arasındaki gerçek etkileşimleri modellememize ve bu etkileşimlerden kaynaklanan sonuç tamsayılarını gözlemlememize izin verir. Bilgisayar gücü ve bellek daha kolay kullanılabilir hale geldikçe, simülasyonlar, geçmişte küçük ölçekli deneylerin nasıl yapıldığına benzer şekilde, şimdi bilimsel araştırmalarda çok önemli bir rol oynadıkları özel donanımdan masaüstü bilgisayarlara geçmiştir. Bu değişim, materyalist felsefe üzerindeki etkilerini tam olarak anlamak için felsefi uzmanlık gerektiren yeni bir simülasyon epistemolojisine yol açmıştır.
الفلسفة والنمذجة صعود العقل الاصطناعي في كتابه «الفلسفة والنمذجة: صعود العقل الاصطناعي»، يتعمق مانويل ديلاندا في مجال النمذجة وأهميتها في فهم تطور التكنولوجيا وتأثيرها على تصورنا للواقع. مع التطور السريع للتكنولوجيا، أصبحت النمذجة جزءًا لا يتجزأ من البحث العلمي، مما يسمح لنا بصياغة أنظمة معقدة ومراقبة سلوكها. ومع ذلك، يجادل ديلاندا بأننا بحاجة إلى تطوير نموذج شخصي لفهم العملية التكنولوجية لتطوير المعرفة الحديثة، والتي يمكن أن تكون بمثابة الأساس لبقاء البشرية والوحدة في عالم منقسم. يبدأ الكتاب بفحص أنواع مختلفة من النمذجة، بما في ذلك الأوتوماتا الخلوية والخوارزميات الجينية والشبكات العصبية والأنظمة متعددة العوامل. تسمح لنا عمليات المحاكاة هذه بنمذجة التفاعلات الفعلية بين العوامل ومراقبة الأعداد الصحيحة الناتجة عن هذه التفاعلات. نظرًا لأن قوة الحوسبة والذاكرة أصبحت متاحة بسهولة أكبر، فقد انتقلت عمليات المحاكاة من الأجهزة المتخصصة إلى أجهزة الكمبيوتر المكتبية، حيث تلعب الآن دورًا مهمًا في البحث العلمي، على غرار ما قامت به التجارب الصغيرة في الماضي. أدى هذا التحول إلى نظرية معرفية جديدة للمحاكاة تتطلب خبرة فلسفية لفهم آثارها على الفلسفة المادية بشكل كامل.

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