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Automatic control --- Dynamics --- Measurement --- Commande automatique --- Dynamique --- Mesure --- Periodicals --- Périodiques --- Mensuration --- #TS:WBIB --- Engineering --- Information Technology --- General and Others --- Mechanical Engineering --- Robotics --- Périodiques --- Dynamical systems --- Kinetics --- Mathematics --- Mechanics, Analytic --- Force and energy --- Mechanics --- Physics --- Statics --- Control automático --- Medición --- Dinámica --- Publicaciones periódicas --- Estereometría --- Medida --- Metrología --- Ingeniería --- Matemáticas --- Pesos y medidas --- Control adaptativo --- Regulación automática --- Información, Teoría de la --- Automatización --- Lógica de fluidos --- Aparatos e instrumentos --- Automatic control - Periodicals. --- Mensuration - Periodicals. --- Dynamics - Periodicals.
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Robotic automation has become ubiquitous in the modern manufacturing landscape, spanning an overwhelming range of processes and applications-- from small scale force-controlled grinding operations for orthopedic joints to large scale composite manufacturing of aircraft fuselages. Smart factories, seamlessly linked via industrial networks and sensing, have revolutionized mass production, allowing for intelligent, adaptive manufacturing processes across a broad spectrum of industries. Against this background, an emerging group of researchers, designers, and fabricators have begun to apply robotic technology in the pursuit of architecture, art, and design, implementing them in a range of processes and scales. Coupled with computational design tools the technology is no longer relegated to the repetitive production of the assembly line, and is instead being employed for the mass-customization of non-standard components. This radical shift in protocol has been enabled by the development of new design to production workflows and the recognition of robotic manipulators as “multi-functional” fabrication platforms, capable of being reconfigured to suit the specific needs of a process. The emerging discourse surrounding robotic fabrication seeks to question the existing norms of manufacturing and has far reaching implications for the future of how architects, artists, and designers engage with materialization processes. This book presents the proceedings of Rob|Arch2014, the second international conference on robotic fabrication in architecture, art, and design. The work contained traverses a wide range of contemporary topics, from methodologies for incorporating dynamic material feedback into existing fabrication processes, to novel interfaces for robotic programming, to new processes for large-scale automated construction. The latent argument behind this research is that the term ‘file-to-factory’ must not be a reductive celebration of expediency but instead a perpetual challenge to increase the quality of feedback between design, matter, and making. .
Architecture and technology --- Architecture --- Robots, Industrial. --- Building --- Design and technology --- Technological innovations --- Technology and design --- Technology --- Architectural engineering --- Buildings --- Construction --- Construction science --- Engineering, Architectural --- Structural design --- Structural engineering --- Construction industry --- Industrial robots --- Automatic machinery --- Robots --- Technology and architecture --- Architecture, Western (Western countries) --- Building design --- Western architecture (Western countries) --- Art --- Design and construction --- Computer science. --- Robotics and Automation. --- User Interfaces and Human Computer Interaction. --- Diseño --- Robótica y Automatización --- Diseño arquitectónico --- Innovaciones tecnológicas --- Informatics --- Science --- Robotics. --- Automation. --- User interfaces (Computer systems). --- Interfaces, User (Computer systems) --- Human-machine systems --- Human-computer interaction --- Automatic factories --- Automatic production --- Computer control --- Engineering cybernetics --- Factories --- Industrial engineering --- Mechanization --- Assembly-line methods --- Automatic control --- CAD/CAM systems --- Robotics --- Automation --- Machine theory
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Architects, artists, and designers have been fascinated by robots for many decades, from Villemard’s utopian vision of an architect building a house with robotic labor in 1910, to the design of buildings that are robots themselves, such as Archigram’s Walking City. Today, they are again approaching the topic of robotic fabrication but this time employing a different strategy: instead of utopian proposals like Archigram’s or the highly specialized robots that were used by Japan’s construction industry in the 1990s, the current focus of architectural robotics is on industrial robots. These robotic arms have six degrees of freedom and are widely used in industry, especially for automotive production lines. What makes robotic arms so interesting for the creative industry is their multi-functionality: instead of having to develop specialized machines, a multifunctional robot arm can be equipped with a wide range of end-effectors, similar to a human hand using various tools. Therefore, architectural research into robotics is not so much directed at reinventing machines for architectural fabrication, but rather at reusing industrial robots as a well-established basis and adapting them for architectural purposes by developing custom software interfaces and end-effectors. By doing this, architects, artists and designers have advanced from being mere “users” of robots and have successfully emerged as recognized developers and trendsetters in robotic fabrication. This book publishes the proceedings of the fi rst international conference on robotic fabrication in architecture, art, and design, Rob|Arch. .
Architecture -- Technological innovations. --- Art and technology. --- Robots, Industrial. --- Robots, Industrial --- Architecture --- Art and technology --- Mechanical Engineering --- Engineering & Applied Sciences --- Mechanical Engineering - General --- Technological innovations --- Technological innovations. --- Technology and art --- Industrial robots --- Engineering. --- User interfaces (Computer systems). --- Robotics. --- Automation. --- Robotics and Automation. --- User Interfaces and Human Computer Interaction. --- Technology --- Automatic machinery --- Robots --- Computer science. --- Diseño --- Rótica y Automatización --- Diseño arquitectónico --- Innovaciones tecnológicas --- Informatics --- Science --- Interfaces, User (Computer systems) --- Human-machine systems --- Human-computer interaction --- Automatic factories --- Automatic production --- Computer control --- Engineering cybernetics --- Factories --- Industrial engineering --- Mechanization --- Assembly-line methods --- Automatic control --- CAD/CAM systems --- Robotics --- Automation --- Machine theory
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Electronics --- Automatic control --- Automatic control. --- Electronics. --- Electrical engineering --- Physical sciences --- Control engineering --- Control equipment --- Control theory --- Engineering instruments --- Automation --- Programmable controllers --- Électronique --- Commande automatique --- Electrónica --- Control automático --- Control adaptativo --- Regulación automática --- Sistemas de control automático --- Control en tiempo real --- Control neumático --- Máquinas herramientas --- Automatización --- Cibernética --- Códigos correctores de errores (Teoría de la información) --- Controladores programables --- Control de procesos --- Control remoto --- Producción --- Servomecanismos --- Sistemas de control digital --- Sistemas de control lineal --- Sistemas de control no lineal --- Teoría de control --- Ingeniería electrónica --- Electrónica analógica --- Electrónica de potencia --- Electrónica del estado sólido --- Electrónica digital --- Electrónica médica --- Microelectrónica --- Optoelectrónica --- Aviónica --- Circuitos electrónicos --- Electrotecnia --- Industria electrónica --- Modulación (Electrónica) --- Semiconductores --- Control numérico --- Control
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The book presents the proceedings of Rob/Arch 2016, the third international conference on robotic fabrication in architecture, art, and design. The work contains a wide range of contemporary topics, from methodologies for incorporating dynamic material feedback into existing fabrication processes, to novel interfaces for robotic programming, to new processes for large-scale automated construction. The latent argument behind this research is that the term ‘file-to-factory’ must not be a reductive celebration of expediency but instead a perpetual challenge to increase the quality of feedback between design, matter, and making.
Mechanical Engineering - General --- Mechanical Engineering --- Engineering & Applied Sciences --- Architecture and technology --- Architecture --- Robots, Industrial. --- Building --- Design and technology --- Technological innovations --- Technology and design --- Architectural engineering --- Buildings --- Construction --- Construction science --- Engineering, Architectural --- Industrial robots --- Architecture, Western (Western countries) --- Building design --- Western architecture (Western countries) --- Technology and architecture --- Design and construction --- Structural design --- Structural engineering --- Construction industry --- Automatic machinery --- Robots --- Art --- Technology --- Computer science. --- Robotics and Automation. --- User Interfaces and Human Computer Interaction. --- Diseño --- Robótica y automatización --- Diseño arquitectónico --- Innovaciones tecnológicas --- Informatics --- Science --- Robotics. --- Automation. --- User interfaces (Computer systems). --- Interfaces, User (Computer systems) --- Human-machine systems --- Human-computer interaction --- Automatic factories --- Automatic production --- Computer control --- Engineering cybernetics --- Factories --- Industrial engineering --- Mechanization --- Assembly-line methods --- Automatic control --- CAD/CAM systems --- Robotics --- Automation --- Machine theory --- User interfaces. --- Engineering. --- Industrial arts
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In Het ondiepe liet Nicholas Carr ons zien wat internet met onze hersenen doet. In De glazen kooi opent hij ons de ogen voor een van de belangrijkste trends van het moment: de automatisering van onze samenleving.De voordelen liggen voor de hand, denk aan zelfrijdende auto's, medische robots en gespecialiseerde apps. We geven taken uit handen aan machines, die het vaak sneller en beter kunnen en vervolgens hebben wij de vrijheid om onze tijd aan andere zaken te besteden. Volgens Nicholas Carr staat er echter veel op het spel: onze creativiteit en individuele talenten blijken op onverwachte manieren vervlochten met de taken die we uitbesteden. Wie alleen nog maar op zijn rekenmachine vertrouwt, zal wiskunde nooit echt goed begrijpen; wie alleen nog navigatiesoftware gebruikt, zal zijn richtingsgevoel kwijtraken. En het gaat nog veel verder dan rekenmachines en TomToms alleen. De talenten en vaardigheden van onze piloten, artsen, managers, docenten en politici veranderen op ingrijpende wijze als gevolg van automatisering.Technologie brengt ons veel goeds, maar het creëert ook een glazen kooi die ons beperkt. Dit najaar maakt Nicholas Carr deze kooi zichtbaar.Bron : http://www.mavenpublishing.nl
PXL-Central Office 2014 --- technologische verandering --- talentontwikkeling --- Automatisering --- Trends --- Neurologie --- Sociologie --- Maatschappelijke ontwikkelingen --- automatisering in organisaties --- ethiek --- arbeid --- BPB1507 --- Automatisation --- avtomatizacija --- automatizare --- automatizavimas --- automatizace --- automatizacija --- automazione --- automaatio --- uathoibriú --- automatización --- automation --- автоматизација --- automatyzacja --- automatização --- automatizálás --- automatiseerimine --- аутоматизација --- automatizim --- Automatisierung --- αυτοματοποίηση --- автоматизация --- awtomatizzazzjoni --- automatizācija --- automatizácia --- automatisering --- protsesside kontroll --- automatische Regelung --- regullim automatik --- automatisk reglering --- régulation automatique --- автоматско регулирање --- adaptivní automat --- automación --- gyártásközi ellenőrzés --- proceskontrol --- automātiskā regulēšana --- ovládací automat --- automaattinen säätö --- automatska regulacija --- regulación automática --- automatinis reguliavimas --- automatische regeling --- výrobná kontrola --- automat --- automatizēšana --- tuotannon ohjaus --- prosessinohjaus --- reglare automată --- автоматизација на производството --- έλεγχος παραγωγικής διαδικασίας --- processkontroll --- procedeu de control --- controllo del processo --- automaatne reguleerimine --- автоматска контрола --- Prozessüberwachung --- komplexní automatizace --- Automation --- process control --- kontrola procesu --- procescontrole --- automatikus szabályozás --- contrôle de processus --- kontroll i procesit --- controlo de processo --- automatisk regulering --- automação --- automatic regulation --- regulační automat --- αυτοματισμός --- zautomatizování --- automatische Steuerung --- kontrola procesa --- automatická regulácia --- controllo automatico --- procesa vadība --- dílčí automatizace --- controlo automático --- technologinio proceso valdymas --- automatizzazione --- control automático --- αυτόματη ρύθμιση --- automatische procesbesturing --- 65.01 --- 17 --- 331 --- Trend --- Maatschappelijke ontwikkeling --- Verpleegkunde --- Erfelijkheidsleer --- Stadssamenleving --- 670 --- informatica --- computer --- sociale media --- informatique
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La Justice est une caractéristique fondamentale de tout État de droit. Les principes qui garantissent son bon fonctionnement sont-ils menacés par l’émergence, ces dernières années, de puissants outils algorithmiques ? L’intelligence artificielle nourrie de données issues des décisions de justice offre aux professionnels du droit de nouveaux moyens de répondre aux attentes des justiciables, comme une meilleure prévisibilité de l’issue de leur contentieux. L’open data des décisions de justice amplifie le mouvement et favorise un marché du droit qui voit apparaître de nouveaux acteurs nommés legaltechs. À l’évidence, le mouvement est profond et durable.Si le sujet n’est pas neuf, il reste d’une brulante actualité car les algorithmes prédictifs se banalisent. Faut-il craindre cette évolution ? Des rapports officiels et des études scientifiques ont été publiés sur le sujet ou sur certains de ses volets ; ils en révèlent les enjeux fondamentaux en termes d’accès à une justice humaine mais aussi en termes économiques.Le colloque organisé par l’Institut de Recherche en Droit Privé de la Faculté de droit et des sciences politiques de Nantes, sous la responsabilité scientifique du professeur Jean-Pierre Clavier, a eu pour ambition de poursuivre cette réflexion.Le présent ouvrage recense les contributions d'universitaires, de professionnels du droit et des legaltechs regroupées autour de quatre axes : l’algorithme, l’auxiliaire de justice, le juge et le justiciable.
Justice --- E-justice. --- Justice prédictive. --- Actes juridiques électroniques. --- Intelligence artificielle --- Droit --- Automatisation. --- Droit. --- Prise de décision --- Informatique. --- Predictive justice --- Algorithms --- Decision support systems --- Artificial intelligence --- Justice prédictive --- Algorithmes --- Systèmes d'aide à à la décision --- Law and legislation --- BPB2101 --- rechtspraak --- digitalisering --- automatisering --- automation --- protsesside kontroll --- automatische Regelung --- regullim automatik --- automatisk reglering --- régulation automatique --- автоматско регулирање --- adaptivní automat --- automación --- gyártásközi ellenőrzés --- proceskontrol --- automātiskā regulēšana --- ovládací automat --- automaattinen säätö --- automatska regulacija --- regulación automática --- automatinis reguliavimas --- automatische regeling --- výrobná kontrola --- automat --- automatizēšana --- tuotannon ohjaus --- prosessinohjaus --- reglare automată --- автоматизација на производството --- έλεγχος παραγωγικής διαδικασίας --- processkontroll --- procedeu de control --- controllo del processo --- automaatne reguleerimine --- автоматска контрола --- Prozessüberwachung --- komplexní automatizace --- Automation --- process control --- kontrola procesu --- procescontrole --- automatikus szabályozás --- contrôle de processus --- kontroll i procesit --- controlo de processo --- automatisk regulering --- automação --- automatic regulation --- regulační automat --- αυτοματισμός --- zautomatizování --- automatische Steuerung --- kontrola procesa --- automatická regulácia --- controllo automatico --- procesa vadība --- dílčí automatizace --- controlo automático --- technologinio proceso valdymas --- automatizzazione --- control automático --- αυτόματη ρύθμιση --- automatische procesbesturing --- avtomatizacija --- automatizare --- automatizavimas --- automatizace --- automatizacija --- automazione --- automaatio --- uathoibriú --- automatización --- automatisation --- автоматизација --- automatyzacja --- automatização --- automatizálás --- automatiseerimine --- аутоматизација --- automatizim --- Automatisierung --- αυτοματοποίηση --- автоматизация --- awtomatizzazzjoni --- automatizācija --- automatizácia --- digitalizacija --- skaitmeninis keitimas --- digitalisation --- numerizzazzjoni --- digitalizzazione --- transformace dat --- digitalizace dat --- digitalização --- digitiú --- digitalisointi --- дигитализација --- numérisation --- skaitmeninimas --- digitaliziranje --- ciparošana --- digitalizácia --- digitalizace dokumentů --- digitalizacja --- diġitalizzazzjoni --- дигитализация --- numerizzazione --- digitalizare --- digitisation --- ψηφιοποίηση --- digjitalizim --- Digitalisierung --- digitalización --- digitalizálás --- digiteerimine --- sistema giurisdizionale --- retskreds --- ítélőtábla --- δικαιοδοτικό σύστημα --- трибунали со ограничена надлежност --- систем на судови --- ад хок трибунали --- kohtusüsteem --- bíróság --- постојани трибунали --- système juridictionnel --- sistema jurisdiccional --- меѓународни трибунали --- domsmyndighed --- soustava soudů --- bírósági rendszer --- Gerichtssystem --- vrchní soud --- tiesas --- teismo institucijos --- sodišča --- судови и трибунали --- courts and tribunals --- δικαστήριο --- domstol --- curți și tribunale --- gjykata --- qrati u tribunali --- правосуђе --- juridiction --- tuomioistuin --- bíráskodás --- jurisdição --- sądownictwo --- jurisdiktion --- sudovi --- cúirteanna agus binsí --- Gerichtsbarkeit --- kohus --- giurisdizione --- jurisdicción --- súdy a tribunály --- юрисдикция --- Stradalex --- BPB9999.
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Studies of the overall impact of robotics on the economy have shown that investments in its various sectors : industrial, professional and service robotics are increasing globally and the markets associated with them are valued in billions. Robotization improves the competitiveness of enterprises, while collaborative robotics reinvents methods of production. Beyond the economic outlook, service robotics, backed by the development of artificial intelligence, raises challenging ethical and social issues. The legal analysis of robotics is no mean feat because it covers a very diverse technical reality. Companies whose businesses are focused on robotic technologies and applications can be confronted with a complex legal situation resulting from the plurality of the applicable rules which have not necessarily been conceived or adopted bearing in mind their specific constraints. This situation should not hamper their development. It only implies taking cues from the economic legal norms which promote such developments and conducting an analysis of the legal risks which they face, given the applicable rules of liability. This comparative study carried out by members of the Lexing Network proposes an overview, having regard to the legislation of 17 different countries, of the legal issues raised by robotics and the way the law in force responds, in a more or less satisfactory manner.
BPB1706 --- Robotique --- Robotisation --- Automatisation --- Droit des obligations --- závazkové právo --- obligacijsko pravo --- võlaõigus --- verbintenisrecht --- e drejta e detyrimeve --- Schuldrecht --- liġi tal-obbligi --- saistību tiesības --- prievolių teisė --- law of obligations --- ενοχικό δίκαιο --- fordringsret --- prawo zobowiązań --- obligationsrätt --- Derecho de las obligaciones --- záväzkové právo --- diritti di obbligazioni --- kötelmi jog --- облигационно право --- dlí na n-oibleagáidí --- velvoiteoikeus --- direito de obrigações --- dreptul obligațiilor --- облигационо право --- obvezno pravo --- облигациско право --- obbligazione civile --- závazky --- civiele verbintenis --- obligación civil --- obligationsret --- αστική ενοχή --- obligation civile --- avtomatizacija --- automatizare --- automatizavimas --- automatizace --- automatizacija --- automazione --- automaatio --- uathoibriú --- automatización --- automation --- автоматизација --- automatyzacja --- automatização --- automatizálás --- automatiseerimine --- аутоматизација --- automatizim --- Automatisierung --- αυτοματοποίηση --- автоматизация --- awtomatizzazzjoni --- automatizācija --- automatizácia --- automatisering --- protsesside kontroll --- automatische Regelung --- regullim automatik --- automatisk reglering --- régulation automatique --- автоматско регулирање --- adaptivní automat --- automación --- gyártásközi ellenőrzés --- proceskontrol --- automātiskā regulēšana --- ovládací automat --- automaattinen säätö --- automatska regulacija --- regulación automática --- automatinis reguliavimas --- automatische regeling --- výrobná kontrola --- automat --- automatizēšana --- tuotannon ohjaus --- prosessinohjaus --- reglare automată --- автоматизација на производството --- έλεγχος παραγωγικής διαδικασίας --- processkontroll --- procedeu de control --- controllo del processo --- automaatne reguleerimine --- автоматска контрола --- Prozessüberwachung --- komplexní automatizace --- Automation --- process control --- kontrola procesu --- procescontrole --- automatikus szabályozás --- contrôle de processus --- kontroll i procesit --- controlo de processo --- automatisk regulering --- automação --- automatic regulation --- regulační automat --- αυτοματισμός --- zautomatizování --- automatische Steuerung --- kontrola procesa --- automatická regulácia --- controllo automatico --- procesa vadība --- dílčí automatizace --- controlo automático --- technologinio proceso valdymas --- automatizzazione --- control automático --- αυτόματη ρύθμιση --- automatische procesbesturing --- αυτοματοποίηση της παραγωγής --- robotizavimas --- robotointi --- robotización --- robotizzazione --- robotizácia --- Robotereinsatz --- robotizare --- robotyzacja --- robotizacija --- robotizzazzjoni --- robotiseerimine --- robotisering --- toepassen van robots --- robotisation --- роботизация --- robotizācija --- robotização --- robotizace --- роботизација --- robotizim --- róbatú --- robotizálás --- ρομποτοποίηση --- impiego di robot --- χρήση ρομπότ στην παραγωγή --- používání robotů --- användning av robotar --- robottien käyttö --- gamybos robotizavimas --- utilização de robots --- utilisation de robots --- robotization --- utilizarea roboților --- use of robots --- robotite kasutamine --- gebruik van robots --- robotų naudojimas --- robotų naudojimas gamyboje --- користење роботи --- robotu izmantošana --- využitie robotov --- përdorim i robotëve --- utilización de robots --- роботика --- robotteknologi --- robotika --- robotikë --- robotiikka --- robotics --- robotteknik --- robottechnologie --- robótica --- róbataic --- robotica --- robotyka --- robootika --- Robotertechnik --- robotică --- robottechnológia --- ρομποτική --- робот --- robot --- Robotik --- Robots --- Law and legislation --- Comparative studies --- Robotics --- Artificial intelligence --- Intelligence artificielle --- Droit --- Comparative law --- Droit comparé --- EPUB-ALPHA-C EPUB-LIV-FT LIVDROIT STRADA-B --- Belgique --- Brésil --- Chine --- Costa Rica --- France --- Allemagne --- Grèce --- Israël --- Italie --- Japon --- Liban --- Portugal --- Afrique du Sud --- Espagne --- Suisse --- Royaume-Uni --- Etats-Unis --- Robotics. --- Artificial intelligence.
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Jamais une science n'aura fait autant débat : alors que les "transhumanistes" comptent sur l'intelligence artificielle pour sauver l'espèce voire abolir la mort, Bill Gates ou Stephen Hawking affirment que l'avènement d'une entité informatique intelligente signera la perte de l'humanité ! Cette bande dessinée se penche à la fois sur l'histoire, la réalité et le fantasme de l'intelligence artificielle. [quatrième de couverture]
Intelligence artificielle --- Robots --- Robotique --- Intelligence artificielle - Bandes dessinées --- Robots - Bandes dessinées --- Robotique - Bandes dessinées --- intelligence artificielle --- nouvelle technologie --- informatique --- sciences appliquées --- robotique --- automatisation --- automation --- protsesside kontroll --- automatische Regelung --- regullim automatik --- automatisk reglering --- régulation automatique --- автоматско регулирање --- adaptivní automat --- automación --- gyártásközi ellenőrzés --- proceskontrol --- automātiskā regulēšana --- ovládací automat --- automaattinen säätö --- automatska regulacija --- regulación automática --- automatinis reguliavimas --- automatische regeling --- výrobná kontrola --- automat --- automatizēšana --- tuotannon ohjaus --- prosessinohjaus --- reglare automată --- автоматизација на производството --- έλεγχος παραγωγικής διαδικασίας --- processkontroll --- procedeu de control --- controllo del processo --- automaatne reguleerimine --- автоматска контрола --- Prozessüberwachung --- komplexní automatizace --- Automation --- process control --- kontrola procesu --- procescontrole --- automatikus szabályozás --- contrôle de processus --- kontroll i procesit --- controlo de processo --- automatisk regulering --- automação --- automatic regulation --- regulační automat --- αυτοματισμός --- zautomatizování --- automatische Steuerung --- kontrola procesa --- automatická regulácia --- controllo automatico --- procesa vadība --- dílčí automatizace --- controlo automático --- technologinio proceso valdymas --- automatizzazione --- control automático --- αυτόματη ρύθμιση --- automatische procesbesturing --- avtomatizacija --- automatizare --- automatizavimas --- automatizace --- automatizacija --- automazione --- automaatio --- uathoibriú --- automatización --- автоматизација --- automatyzacja --- automatização --- automatizálás --- automatiseerimine --- аутоматизација --- automatizim --- Automatisierung --- αυτοματοποίηση --- автоматизация --- awtomatizzazzjoni --- automatizācija --- automatizácia --- automatisering --- робот --- robotika --- robot --- Robotik --- роботика --- robotteknologi --- robotikë --- robotiikka --- robotics --- robotteknik --- robottechnologie --- robótica --- róbataic --- robotica --- robotyka --- robootika --- Robotertechnik --- robotică --- robottechnológia --- ρομποτική --- užité vědy --- применета наука --- toegepaste wetenschappen --- alkalmazott tudományok --- примењене науке --- tillämpad vetenskap --- soveltavat tieteet --- uporabne znanosti --- angewandte Wissenschaften --- științe aplicate --- scienze applicate --- εφαρμοσμένες επιστήμες --- taikomieji mokslai --- приложни науки --- applied sciences --- nauki stosowane --- aplikované vědy --- rakendusteadused --- aplikované vedy --- lietišķās zinātnes --- ciencias aplicadas --- применети науки --- eolaíochtaí feidhmeacha --- primijenjene znanosti --- xjenzi applikati --- ciências aplicadas --- shkenca të aplikuara --- anvendte videnskaber --- kompiuterių sistemos --- arvutisüsteemid --- věda o počítačích --- počítačová věda --- informatics --- znanost o računalima --- informatik --- rivoluzione informatica --- informatikë --- datalogi --- informatika --- računalna znanost --- settore dell'informatica --- Informatik und Datenverarbeitung --- informatyka --- informatică --- tietotekniikka --- počítačové systémy --- информатика --- kompiuterinės sistemos --- informaatika --- sisteme kompjuterike --- компјутерски системи --- πληροφορική --- informática --- datamatik --- datoru sistēmas --- informatica --- sistemi tal-kompjuter --- рачунарски системи --- computer systems --- córais ríomhaireachta --- informatika a průmysl zpracování dat --- moderná technológia --- alta tecnologia --- Spitzentechnologie --- neuartige Technologie --- tecnología avanzada --- technique de pointe --- fejlett technológia --- advanced technology --- Hightech --- advanced technique --- kõrgtehnoloogia --- avanceret teknik --- alta tecnología --- progresivní technologie --- high-tech --- korszerű technika --- forkantteknologi --- teknikë e përparuar --- arenenud tehnoloogia --- spetsteknik --- špičková technika --- högt utvecklad teknik --- hoch entwickelte Technik --- arenenud tehnika --- high technology --- technologie avancée --- tecnologia de ponta --- висока технологија --- tecnologia di punta --- tecnica d'avanguardia --- avancerad teknik --- tecnologia nova --- geavanceerde technologie --- tecnología punta --- csúcstechnológia --- napredna tehnologija --- hoogontwikkelde technologie --- tecnica di punta --- speerpunttechnologie --- kehittynyt teknologia --- högteknologi --- teknologji e lartë --- τεχνολογία αιχμής --- pažangioji technika --- напредна технологија --- attīstīta tehnoloģija --- korkea teknologia --- højteknologi --- προηγμένη τεχνολογία --- technologie nouvelle --- augstās tehnoloģijas --- модерна технологија --- tehnică avansată --- haute technologie --- 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shaorga --- intelligenza artificiale --- intelliġenza artifiċjali --- umelá inteligencia --- dirbtinis intelektas --- τεχνητή νοημοσύνη --- umjetna inteligencija --- inteligjencë artificiale --- kunstig intelligens --- sciences appliquées --- Interaction homme-ordinateur --- Systèmes homme-machine
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"New technologies have always provoked panic about workers being replaced by machines. In the past, such fears have been misplaced, and many economists maintain that they remain so today. Yet in 'A World Without Work', Daniel Susskind shows why this time really is different. Advances in artificial intelligence mean that all kinds of tasks - from diagnosing illnesses to drafting contracts - are increasingly within the reach of computers. The threat of technological unemployment is real. So how can we all thrive in a world with less work? Susskind reminds us that technological progress could bring about unprecedented prosperity, solving one of mankind's oldest problems: how to ensure everyone has enough to live on. The challenge will be to distribute this prosperity fairly, constrain the power of Big Tech, and provide meaning in a world where work is no longer the centre of our lives. In this visionary, pragmatic and ultimately hopeful book, Susskind shows us the way."
Labour economics --- Computer. Automation --- Automation --- Social change. --- Technological innovations --- Technology --- Social aspects. --- BPB2111 --- Social change --- Employees --- #SBIB:316.334.2A554 --- #SBIB:316.334.2A320 --- #SBIB:316.334.2A350 --- Changement Verandering --- Technologie Technologie --- Sociologie Sociologie --- Travail Arbeid --- 332.621.3 --- werkloosheid --- nouvelle technologie --- automatisering --- arbeidsmarkt --- intelligence artificielle --- Change, Social --- Cultural change --- Cultural transformation --- Societal change --- Socio-cultural change --- Social history --- Social evolution --- avtomatizacija --- automatizare --- automatizavimas --- automatizace --- automatizacija --- automazione --- automaatio --- uathoibriú --- automatización --- automation --- automatisation --- автоматизација --- automatyzacja --- automatização --- automatizálás --- automatiseerimine --- аутоматизација --- automatizim --- Automatisierung --- αυτοματοποίηση --- автоматизация --- awtomatizzazzjoni --- automatizācija --- automatizácia --- protsesside kontroll --- automatische Regelung --- regullim automatik --- automatisk reglering --- régulation automatique --- автоматско регулирање --- adaptivní automat --- automación --- gyártásközi ellenőrzés --- proceskontrol --- automātiskā regulēšana --- ovládací automat --- automaattinen säätö --- automatska regulacija --- regulación automática --- automatinis reguliavimas --- automatische regeling --- výrobná kontrola --- automat --- automatizēšana --- tuotannon ohjaus --- prosessinohjaus --- reglare automată --- автоматизација на производството --- έλεγχος παραγωγικής διαδικασίας --- processkontroll --- procedeu de control --- controllo del processo --- automaatne reguleerimine --- автоматска контрола --- Prozessüberwachung --- komplexní automatizace --- process control --- kontrola procesu --- procescontrole --- automatikus szabályozás --- contrôle de processus --- kontroll i procesit --- controlo de processo --- automatisk regulering --- automação --- automatic regulation --- regulační automat --- αυτοματισμός --- zautomatizování --- automatische Steuerung --- kontrola procesa --- automatická regulácia --- controllo automatico --- procesa vadība --- dílčí automatizace --- controlo automático --- technologinio proceso valdymas --- automatizzazione --- control automático --- αυτόματη ρύθμιση --- automatische procesbesturing --- new technology --- nieuwe technologie --- ny teknik --- új technológia --- нова технология --- nowe technologie --- jauna tehnoloģija --- nuova tecnologia --- nova tecnologia --- nová technológia --- nueva tecnología --- teknologji e re --- nová technologie --- uus tehnoloogia --- uusi teknologia --- tehnologie avansată --- neue Technologie --- teknoloġija ġdida --- нова технологија --- nuatheicneolaíocht --- νέες τεχνολογίες --- nova tehnologija --- ny teknologi --- naujoji technologija --- moderná technológia --- alta tecnologia --- Spitzentechnologie --- neuartige Technologie --- tecnología avanzada --- technique de pointe --- fejlett technológia --- advanced technology --- Hightech --- advanced technique --- kõrgtehnoloogia --- avanceret teknik --- alta tecnología --- progresivní technologie --- high-tech --- korszerű technika --- forkantteknologi --- teknikë e përparuar --- arenenud tehnoloogia --- spetsteknik --- špičková technika --- högt utvecklad teknik --- hoch entwickelte Technik --- arenenud tehnika --- high technology --- technologie avancée --- tecnologia de ponta --- висока технологија --- tecnologia di punta --- tecnica d'avanguardia --- avancerad teknik --- tecnologia nova --- geavanceerde technologie --- tecnología punta --- csúcstechnológia --- napredna tehnologija --- hoogontwikkelde technologie --- tecnica di punta --- speerpunttechnologie --- kehittynyt teknologia --- högteknologi --- teknologji e lartë --- τεχνολογία αιχμής --- pažangioji technika --- напредна технологија --- attīstīta tehnoloģija --- korkea teknologia --- højteknologi --- προηγμένη τεχνολογία --- technologie nouvelle --- augstās tehnoloģijas --- модерна технологија --- tehnică avansată --- haute technologie --- spitstechnologie --- tecnologia avanzata --- high tech --- aukštoji technologija --- attīstīta metode --- înaltă trhnologie --- spjutspetsteknik --- špičková technologie --- visoka tehnologija --- korszerű technológia --- moderná technika --- pažangioji technologija --- kehittynyt tekniikka --- fortgeschrittene Technologie --- tecnologia avançada --- hightech --- υψηλή τεχνολογία --- незапосленост --- bezdarbs --- șomaj --- dífhostaíocht --- brezposelnost --- nezaměstnanost --- Arbeitslosigkeit --- невработеност --- bezrobocie --- arbetslöshet --- desemprego --- nezaposlenost --- työttömyys --- arbejdsløshed --- unemployment --- disoccupazione --- ανεργία --- безработица --- tööpuudus --- munkanélküliség --- paro --- nezamestnanosť --- chômage --- papunësi --- qgħad --- nedarbas --- normë e papunësisë --- hladina nezaměstnanosti --- kvóta nezaměstnanosti --- desemprego friccional --- siirdetööpuudus --- beskæftigelsesprocent --- nivel papunësie --- rata șomajului --- werkloosheidsgraad --- frikcijska nezaposlenost --- míra nezaměstnanosti --- ledighedsprocent --- aumento della disoccupazione --- taux de chômage --- arbejdsløshedsprocent --- procento nezaměstnaných --- tööpuuduse tase --- papunësi e përkohshme në kërkim të një pune tjetër --- Arbeitslosenquote --- ποσοστό ανεργίας --- tasa de desempleo --- kitkatyöttömyys --- disoccupazione frizionale --- bezdarba līmenis --- työttömyystaso --- tööpuuduse määr --- stupeň nezaměstnanosti --- chômage frictionnel --- työttömyysaste --- miera nezamestnanosti --- friktionsarbejdsløshed --- nedarbo lygis --- desempleo --- disoccupazione temporanea --- stopa nezaposlenosti --- arbetslöshetsnivå --- arbejdsløshedsniveau --- niveau de chômage --- nedarbo norma --- frikčná nezamestnanosť --- munkanélküliségi szint --- razina nezaposlenosti --- livello di disoccupazione --- ανεργία τριβής --- úroveň nezaměstnanosti --- migracinis nedarbas --- certificato di disoccupazione --- friktionsarbetslöshet --- índice de desempleo --- tasso di disoccupazione --- úroveň nezamestnanosti --- disoccupazione fluttuante --- επίπεδο ανεργίας --- chronická nezaměstnanost --- unemployment level --- riassorbimento della disoccupazione --- sacca di disoccupazione --- rate of unemployment --- frictional unemployment --- īslaicīgs bezdarbs --- procento nezaměstnanosti --- Arbeitslosenrate --- diżokkupazzjoni --- arbetslöshetsprocent --- nivelul șomajului --- werkloosheidspercentage --- nível de desemprego --- munkanélküliségi ráta --- inteligência artificial --- kunstmatige intelligentie --- mesterséges intelligencia --- inteligencia artificial --- tekoäly --- sztuczna inteligencja --- вештачка интелигенција --- umetna inteligenca --- mākslīgais intelekts --- artificial intelligence --- umělá inteligence --- künstliche Intelligenz --- inteligență artificială --- tehisintellekt --- изкуствен интелект --- artificiell intelligens --- intleacht shaorga --- intelligenza artificiale --- intelliġenza artifiċjali --- umelá inteligencia --- dirbtinis intelektas --- τεχνητή νοημοσύνη --- umjetna inteligencija --- inteligjencë artificiale --- kunstig intelligens --- calcolatore di quinta generazione --- συστήματα λήψης αποφάσεων --- sistema inteligente --- ayuda a la decisión --- sistem expert --- ajuda à decisão --- ekspertinė sistema --- expert system --- szakértői rendszer --- συστήματα εμπειρογνώμονες --- expertsystem --- strumento di aiuto alla decisione --- wissensbasierendes System --- IA --- Expertensystem --- KI --- konstgjord intelligens --- expertný systém --- sistem ekspert --- asiantuntijajärjestelmä --- sistema experto --- systeemexpert --- ekspertsistēma --- ekspertsüsteem --- système expert --- sistema esperto --- Entscheidungshilfe --- aide à la décision --- sistema di supporto alle decisioni --- τεχνητή ευφυΐα --- expertní systém --- arbetsmarknad --- arbejdsmarked --- suq tax-xogħol --- tržište rada --- пазар на работна сила --- Arbeitsmarkt --- labour market --- αγορά της εργασίας --- pracovný trh --- тржиште рада --- mercato del lavoro --- trg dela --- пазар на труд --- margadh an tsaothair --- darba tirgus --- trh práce --- rynek pracy --- treg i punës --- marché du travail --- piața muncii --- mercado do trabalho --- työmarkkinat --- mercado laboral --- munkaerőpiac --- tööturg --- darbo rinka --- työllisyystaso --- situação do emprego --- margadh saothair --- užimtumo padėtis --- επίπεδο απασχόλησης --- nivel punësimi --- mercado de trabajo --- úroveň zaměstnanosti --- työllisyystilanne --- employment level --- Beschäftigungsniveau --- tööhõive tase --- úroveň zamestnanosti --- situácia v zamestnanosti --- niveau d'emploi --- situation de l'emploi --- employment situation --- nivel de ocupare a forței de muncă --- situatë punësimi --- munkaerő-piaci helyzet --- beskæftigelsesmarked --- tööhõive olukord --- nodarbinātības līmenis --- werkgelegenheidsniveau --- Arbeitsmarktsituation --- стапка на вработеност --- nivel de empleo --- mercato dell'occupazione --- livello occupazionale --- κατάσταση της απασχόλησης --- Beschäftigungslage --- užimtumo lygis --- situación del empleo --- werkgelegenheidssituatie --- anställningsnivå --- foglalkoztatási szint --- beskæftigelsessituation --- situace v zaměstnanosti --- nível de emprego --- marché de l'emploi --- nodarbinātības stāvoklis --- situazione occupazionale --- anställningssituation --- beskæftigelsesniveau --- Social aspects --- Effect of technological innovations on --- Partijen en strategieën in de onderneming: technologische verandering en zijn effecten op structuur en inhoud van de arbeidsposten --- Arbeidssociologie: morfologie van de arbeidsmarkt --- Arbeidssociologie: werkloosheid: algemeen --- Technologische werkloosheid. Werkgelegenheid en informatica --- 450 Werkgelegenheid en arbeid
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