A campanha Ric registrou um filme nacional de 30 segundos no formato mpg para promover o Registro de Identidade Civil durante o período de dezembro de 2010.
This science class document outlines the day's assignments and tasks which include:
- Updating assignment grades in log #1
- Working on Cornell notes and a virtual biotechnology lab
- Completing an organizing data crossword for extra credit
- Continuing a virtual biotechnology lab that involves collecting test data and organizing it into a chart and graph
- The homework is to finish the virtual lab that will be due at the beginning of the next class.
Este documento presenta una plantilla para la elaboración de informes y trabajos académicos siguiendo las normas ICONTEC. Incluye secciones como portada, índice, introducción, objetivos, marco teórico, metodología, desarrollo, conclusiones y bibliografía. Proporciona ejemplos y explicaciones breves sobre cada elemento para facilitar la organización de documentos académicos.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
CHEd Memorandum Order No. 20 s2013 - General Education CurriculumI-Café Pilipinas
The Commission on Higher Education's memorandum detailing the scope of the new General Education Curriculum as a consequence of the implementation of the K to 12 Basic Education Program in the Philippines.
A controversial provision of CMO No. 20 s2013 is the dropping of Filipino as a subject in the college curriculum. The move was justified by having the teaching of the subject transferred to Grades 11 and 12 of the new Basis Education Program.
Os corpos finitos são estruturas algébricas formadas por um conjunto finito junto com as operações de soma e multiplicação. O corpo finito mais simples tem somente dois números: 0 e 1. Porém esse corpo "binário" tem muitas aplicações na vida real. Daremos exemplos de algumas dessas aplicações a areas diversas como (1) comunicação por radar e sônica, (2) arranjos militares em dias de parada, (3) jogos populares como o "sudoku" e (4) criptografia.
A campanha Ric registrou um filme nacional de 30 segundos no formato mpg para promover o Registro de Identidade Civil durante o período de dezembro de 2010.
This science class document outlines the day's assignments and tasks which include:
- Updating assignment grades in log #1
- Working on Cornell notes and a virtual biotechnology lab
- Completing an organizing data crossword for extra credit
- Continuing a virtual biotechnology lab that involves collecting test data and organizing it into a chart and graph
- The homework is to finish the virtual lab that will be due at the beginning of the next class.
Este documento presenta una plantilla para la elaboración de informes y trabajos académicos siguiendo las normas ICONTEC. Incluye secciones como portada, índice, introducción, objetivos, marco teórico, metodología, desarrollo, conclusiones y bibliografía. Proporciona ejemplos y explicaciones breves sobre cada elemento para facilitar la organización de documentos académicos.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
CHEd Memorandum Order No. 20 s2013 - General Education CurriculumI-Café Pilipinas
The Commission on Higher Education's memorandum detailing the scope of the new General Education Curriculum as a consequence of the implementation of the K to 12 Basic Education Program in the Philippines.
A controversial provision of CMO No. 20 s2013 is the dropping of Filipino as a subject in the college curriculum. The move was justified by having the teaching of the subject transferred to Grades 11 and 12 of the new Basis Education Program.
Os corpos finitos são estruturas algébricas formadas por um conjunto finito junto com as operações de soma e multiplicação. O corpo finito mais simples tem somente dois números: 0 e 1. Porém esse corpo "binário" tem muitas aplicações na vida real. Daremos exemplos de algumas dessas aplicações a areas diversas como (1) comunicação por radar e sônica, (2) arranjos militares em dias de parada, (3) jogos populares como o "sudoku" e (4) criptografia.
Amaël Cattaruzza (CREC Saint-Cyr Coëtquidan, France): “Mur ou réseau : le con...antiAtlas of Borders
Cette communication part d’un constat : les dispositifs de sécurité aux frontières oscillent aujourd’hui entre deux architectures complémentaires : celle du « mur » et celle du « réseau ». Les murs, ce sont ces barrières plus ou moins épaisses, permettant de canaliser les flux matériels et humains, et de les filtrer par l’intermédiaire du checkpoint, du point de passage. Les réseaux, ce sont les interconnexions toujours plus fortes d’agences de renseignements, permettant par l’accumulation et le croisement de données d’anticiper, d’identifier et de tracer tous types de flux (modèle Frontex et Eurasur). Ces dispositifs de contrôle méritent l’un comme l’autre d’être interrogés et évalués. Le mur est coûteux et engendre toute une économie du contournement qui amène à se demander si le remède n’est pas pire que le mal. Le réseau déplace le contrôle frontalier du lieu physique aux bases de données virtuelles et centralisées. Mais l’émergence de ce contrôle virtuel, mis en place sans avoir donné lieu à aucun débat, nécessite de réfléchir à la validité des données collectées, à leur traitement, à leur stockage et à leur sécurisation.
This presentation is based on an observation: border security is oscillating between two complementary architectures: the “wall” and the “network”. Walls are physical barriers, which make possible to canalize material and human flows, and to check them at a checkpoint, or any passage-point. Networks are the interconnected intelligence agencies, which allow gathering and cross-checking data in order to anticipate, to identify and to trace out all kind of flows (Frontex and Eurasur model). Both control disposals have to be questioned and to be evaluated. Wall is expensive and creates an economy of smuggling, which leads to be suspicious on its real efficiency. Network makes the border control move from physical place to virtual and centralized databases. But the emergence of this virtual control, without any democratic debate, requires new thoughts about the validity, the processing, the storage, and the safeguarding of the collected data.
This document discusses the history and future of robotics. It defines robotics as the science and technology of robots, including their design, manufacture, and application. The first industrial robots were Unimates developed in the 1950s-60s to perform manual labor. Modern uses of robots include exploration, industry, medicine, and military/police applications. Researchers are developing robots that mimic both animals and humans to better understand organisms and cognition. The future of robotics is expected to include more autonomous household robots as well as human-scale robots with increased intelligence and abilities by 2030.
This document introduces a robotics course that will teach computer programming, embedded systems engineering, design, and mathematics concepts using robotics projects. Students will develop 21st century skills like time management, teamwork, and problem-solving. The course will cover the Three Laws of Robotics, robot hardware and software, programming syntax, sensor integration, and synchronized motor control. Safety practices will be emphasized. Students will design, build, test, and evaluate robots to complete challenges. The instructor has 18 years experience and is excited to teach robotics concepts.
Introduction to Legal Technology, lecture 3 (2015)Anna Ronkainen
Slides for lecture 3 of the course Introduction to Legal Technology at the University of Turku Law School, presented Jan 27 2015.
This lecture presents a number of modern AI technologies which in my opinion are indicative of the direction legal AI is likely to take over the coming decade or two.
Mr. Koushal Kumar Has done his M.Tech degree in Computer Science and Engineering from Lovely Professional University, Jalandhar, India. He obtained his B.S.C and M.S.C in computer science from D.A.V College Amritsar Punjab. His area of research interests lies in Artificial Neural Networks, Soft computing, Computer Networks, Grid Computing, and data base management systems
Responding the continuously increasing interest about robotics and autonomous vehicle applications in Oceania from the academics, research and the industry, we decided to deliver more in depth session about our robotics solutions at National Instruments Technical Symposium tour in Australia and New Zealand. In addition to our solutions, we also wanted to back-up our technologies by different user solutions, guest presentations from different areas of robotics and we were also looking to leverage achievements and experiences of our regional partners. After being introduced to the "Big Eye" solution for robotics at the recent A1 Meeting in Austin, we invited our colleagues at NI Korea to be our guest presenters at NITS. Chu Kim also extended the invitation to the Pohang Institute of Intelligent Robotics (PIRO) to present their LabVIEW powered solution for robot aided education at our two biggest NITS locations: Sydney and Melbourne.
The presentation, which featured in our ‘Robotics Showcase’, was delivered by Dr Tae Hun Kang, Research Team Manager of PIRO, and Gio Hwang, Marketing Manager from NI Korea. They presented a robot, known as ‘Big Eye’, a joint initiative between PIRO and NI Korea to provide very intuitive educational tools to tech students on the fundamentals of robotics, along with a guide to develop robotics application in LabVIEW. In addition, potential distributors for the Big Eye solution were invited to attend the session and later meet with PIRO and NI for private discussions at the events. Based on outstanding response from our audience and very good initial discussions with potential distributor in Australia, we believe the ‘Big Eye’ might salute to our students at local Universities in a very near future.
As well as these event and potential distribution successes, having our colleagues from Korea with us in Australia provided an excellent opportunity to exchange ideas, share successes and experiences and trigger ideas for future collaboration. We are looking forward to future partnerships such as this with our colleagues throughout the region.
Thanks to Chu Kim, Gio Hwang and Dr Kang for their enthusiasm, professionalism and support on this initiative.
Fundamental Questions - The Second Decade of AI: Towards Architectures for Hu...Aaron Sloman
The document summarizes a presentation given at the KI2006 Symposium on the history of artificial intelligence. It discusses:
1) The presenter's early education in AI in the late 1960s and 1970s, being impressed by works by Marvin Minsky and attending lectures by Max Clowes.
2) Interesting early AI work in the 1970s by researchers like Patrick Winston, Terry Winograd, and Gerald Sussman.
3) The presenter's realization in the early 1970s that the best way to do philosophy was through designing and implementing fragments of working minds in AI to test philosophical theories.
4) Some of the major AI centers that existed in the early
Robotics involves the design, manufacture, and application of robots. It is an interdisciplinary field that includes aspects of electronics, mechanics, and software. Some key branches of robotics include android science, which studies human-robot interaction; artificial intelligence, which aims to create machine intelligence; and nanorobotics, which focuses on controlling nanoscale objects. Other branches discussed are robot surgery, laboratory robotics, robot locomotion, telepresence, swarm robotics, and speech processing.
The document discusses robots and robotics. It defines a robot and explains that the word robot was coined by Czech playwright Karel Capek from the Czech word for forced labor or serf. It also outlines Isaac Asimov's Three Laws of Robotics, which govern a robot's behavior. The document discusses various applications of robots, including in NASA's telerobotics program, industrial uses, surgery, dangerous situations, and more.
This document summarizes key concepts in artificial intelligence (AI) including:
- Different categories of AI like strong AI (replicate human brain) and weak AI (narrow intelligence for specific tasks like Siri)
- Major research institutions developing AI like IBM's Watson and Google's image recognition projects
- Applications of current AI technologies in areas like robotics, autonomous vehicles, personal assistants, and analytics
- Companies developing general AI technologies like DeepMind acquired by Google and their work on neural networks
- Other AI startups working on natural language processing, computer vision, personalized recommendations, and more
- Bill Gates and Elon Musk expressing concerns about potential risks of superintelligent AI in the future
Complete Update of All Exponential Technologies & Singularity cases and its I...Yuri van Geest
Recent cases and examples of different Exponential Technologies from Singularity University and MIT in field of biotech, nanotech, neurotech, AI, robotics, drones, 3D printing, sensors, Quantified Self, Internet of Things, solar energy, mobile, crowdsourcing.
Robots are mechanical devices that can perform tasks automatically or through remote control. The term "robot" was first coined in 1920 and comes from the Czech word for forced labor. Robots have sensors to gather information and actuators that allow movement. They are programmed using artificial intelligence to sense their environment and complete tasks. Common applications of robots include industrial uses, medical procedures, space exploration, and assistance for disabled people. Advantages are consistency, ability to perform dangerous tasks, and operating without human limitations. Disadvantages include potential job losses and high costs. Future prospects may include fully autonomous robot brains and computers surpassing human intelligence.
The document provides an overview of artificial intelligence, including its definition, history, approaches, tools for evaluation, applications, and predictions for the future. It discusses topics such as the traits of an intelligent system, methods like cybernetics and symbolic/statistical approaches, tools including search algorithms and neural networks, and applications in fields like medicine, robotics, and web search engines.
Artificial intelligence (AI) is the study and design of intelligent agents, with no single goal. It aims to put human-level intelligence into machines. The document traces the history of AI from its origins in 1941 to modern applications in areas like military, science, business, and entertainment. It discusses early developments like the Dartmouth conference that defined the field, and the creation of languages like Lisp and Prolog. Future developments may lead to more sophisticated AI in video games, self-governing robot societies, and abilities that surpass humans in games like chess, but this also raises ethical questions about controlling advanced AI.
The document discusses the history and development of artificial intelligence and the humanoid robot Asimo. It provides details on how Asimo was created by Honda to help around the house and assist the elderly and disabled. Asimo has advanced over time from earlier prototypes to its current form, standing 4 feet 3 inches tall and weighing 119 pounds. It can walk, avoid obstacles, exercise and is powered by a lithium-ion battery.
This document provides an introduction to artificial intelligence (AI). It defines AI as a branch of computer science dealing with symbolic and non-algorithmic problem solving. The document discusses the evolution of AI from early programs in the 1950s to current applications in areas like expert systems, natural language processing, computer vision, robotics, and automatic programming. It also notes both potential positive futures where intelligent robots assist humans as well as potential negative outcomes if robots are used for anti-social purposes. The conclusion is that AI has increased understanding of intelligence while also revealing its complexity.
The Astonishing Resurrection of AI (A Primer on Artificial Intelligence)Matt Turck
The document discusses the recent resurgence of interest and funding in artificial intelligence due to advances in algorithms, computing power, and availability of large datasets. It notes several AI startups that are working on automating routine tasks through narrow AI applications. However, it also discusses concerns about the potential risks of developing superintelligent machines.
This document discusses cognitive automation and artificial intelligence. It begins with definitions of cognition and automation. It then provides a brief history of automation and examples of current automation technologies. It discusses different types of artificial intelligence from narrow to general to super intelligence. It also discusses machine learning and deep learning approaches. The document outlines various applications of cognitive automation and artificial intelligence, as well as challenges. It emphasizes that cognitive automation will change but not eliminate jobs for humans. The presentation aims to inspire students to help build the future of cognitive automation and artificial intelligence.
Flutlicht is an owner-managed, independent agency for corporate, product, and brand communications, specializing in consultancy for middle-sized and large technology companies in the B2C and B2B sector. The agency, with offices in Nuremberg and Munich, offers a wide range of services focusing on an integrated mix of public relations, digital relations and content marketing.
Flutlicht ist eine inhabergeführte Agentur für Unternehmens-, Produkt- und Markenkommunikation, spezialisiert auf Beratung und Unterstützung mittelständischer und großer Technologieunternehmen aus dem B2B- und B2C-Umfeld. Die Agentur mit Büros in Nürnberg und München setzt auf einen kundenspezifischen integrierten Mix aus Public Relations, Digital Relations sowie Content Marketing und bietet ein breites Servicespektrum rund um die On- und Offline-Kommunikation. Das Unternehmen beschäftigt derzeit 24 Mitarbeiter (Stand: 4/2019). Geschäftsführende Gesellschafter sind Eva Föhlinger, Andrea Gantikow und Stefan Koch. Zu den aktuellen Kunden gehören unter anderem Avira, Dassault Systèmes, D-Link, DSAG, Dynabook, Glory Global Solutions (Germany), Intel, M-net und Mobileye. www.flutlicht.biz
Flutlicht is an owner-managed agency for corporate, product, and brand communications, specializing in PR and social media for middle-sized and large technology companies in the B2C and B2B sector. The agency, with offices in Nuremberg and Munich, offers a wide range of services focusing on both online and offline communication.
Flutlicht ist eine inhabergeführte Agentur für Unternehmens-, Produkt- und Marken–kommunikation, spezialisiert auf PR und Social Media für mittelständische und große Technologieunternehmen aus dem B2C- und B2B-Umfeld. Die Agentur mit Sitz in Nürnberg und München bietet ein breites Servicespektrum rund um On- und Offline-Kommunikation.
Amaël Cattaruzza (CREC Saint-Cyr Coëtquidan, France): “Mur ou réseau : le con...antiAtlas of Borders
Cette communication part d’un constat : les dispositifs de sécurité aux frontières oscillent aujourd’hui entre deux architectures complémentaires : celle du « mur » et celle du « réseau ». Les murs, ce sont ces barrières plus ou moins épaisses, permettant de canaliser les flux matériels et humains, et de les filtrer par l’intermédiaire du checkpoint, du point de passage. Les réseaux, ce sont les interconnexions toujours plus fortes d’agences de renseignements, permettant par l’accumulation et le croisement de données d’anticiper, d’identifier et de tracer tous types de flux (modèle Frontex et Eurasur). Ces dispositifs de contrôle méritent l’un comme l’autre d’être interrogés et évalués. Le mur est coûteux et engendre toute une économie du contournement qui amène à se demander si le remède n’est pas pire que le mal. Le réseau déplace le contrôle frontalier du lieu physique aux bases de données virtuelles et centralisées. Mais l’émergence de ce contrôle virtuel, mis en place sans avoir donné lieu à aucun débat, nécessite de réfléchir à la validité des données collectées, à leur traitement, à leur stockage et à leur sécurisation.
This presentation is based on an observation: border security is oscillating between two complementary architectures: the “wall” and the “network”. Walls are physical barriers, which make possible to canalize material and human flows, and to check them at a checkpoint, or any passage-point. Networks are the interconnected intelligence agencies, which allow gathering and cross-checking data in order to anticipate, to identify and to trace out all kind of flows (Frontex and Eurasur model). Both control disposals have to be questioned and to be evaluated. Wall is expensive and creates an economy of smuggling, which leads to be suspicious on its real efficiency. Network makes the border control move from physical place to virtual and centralized databases. But the emergence of this virtual control, without any democratic debate, requires new thoughts about the validity, the processing, the storage, and the safeguarding of the collected data.
This document discusses the history and future of robotics. It defines robotics as the science and technology of robots, including their design, manufacture, and application. The first industrial robots were Unimates developed in the 1950s-60s to perform manual labor. Modern uses of robots include exploration, industry, medicine, and military/police applications. Researchers are developing robots that mimic both animals and humans to better understand organisms and cognition. The future of robotics is expected to include more autonomous household robots as well as human-scale robots with increased intelligence and abilities by 2030.
This document introduces a robotics course that will teach computer programming, embedded systems engineering, design, and mathematics concepts using robotics projects. Students will develop 21st century skills like time management, teamwork, and problem-solving. The course will cover the Three Laws of Robotics, robot hardware and software, programming syntax, sensor integration, and synchronized motor control. Safety practices will be emphasized. Students will design, build, test, and evaluate robots to complete challenges. The instructor has 18 years experience and is excited to teach robotics concepts.
Introduction to Legal Technology, lecture 3 (2015)Anna Ronkainen
Slides for lecture 3 of the course Introduction to Legal Technology at the University of Turku Law School, presented Jan 27 2015.
This lecture presents a number of modern AI technologies which in my opinion are indicative of the direction legal AI is likely to take over the coming decade or two.
Mr. Koushal Kumar Has done his M.Tech degree in Computer Science and Engineering from Lovely Professional University, Jalandhar, India. He obtained his B.S.C and M.S.C in computer science from D.A.V College Amritsar Punjab. His area of research interests lies in Artificial Neural Networks, Soft computing, Computer Networks, Grid Computing, and data base management systems
Responding the continuously increasing interest about robotics and autonomous vehicle applications in Oceania from the academics, research and the industry, we decided to deliver more in depth session about our robotics solutions at National Instruments Technical Symposium tour in Australia and New Zealand. In addition to our solutions, we also wanted to back-up our technologies by different user solutions, guest presentations from different areas of robotics and we were also looking to leverage achievements and experiences of our regional partners. After being introduced to the "Big Eye" solution for robotics at the recent A1 Meeting in Austin, we invited our colleagues at NI Korea to be our guest presenters at NITS. Chu Kim also extended the invitation to the Pohang Institute of Intelligent Robotics (PIRO) to present their LabVIEW powered solution for robot aided education at our two biggest NITS locations: Sydney and Melbourne.
The presentation, which featured in our ‘Robotics Showcase’, was delivered by Dr Tae Hun Kang, Research Team Manager of PIRO, and Gio Hwang, Marketing Manager from NI Korea. They presented a robot, known as ‘Big Eye’, a joint initiative between PIRO and NI Korea to provide very intuitive educational tools to tech students on the fundamentals of robotics, along with a guide to develop robotics application in LabVIEW. In addition, potential distributors for the Big Eye solution were invited to attend the session and later meet with PIRO and NI for private discussions at the events. Based on outstanding response from our audience and very good initial discussions with potential distributor in Australia, we believe the ‘Big Eye’ might salute to our students at local Universities in a very near future.
As well as these event and potential distribution successes, having our colleagues from Korea with us in Australia provided an excellent opportunity to exchange ideas, share successes and experiences and trigger ideas for future collaboration. We are looking forward to future partnerships such as this with our colleagues throughout the region.
Thanks to Chu Kim, Gio Hwang and Dr Kang for their enthusiasm, professionalism and support on this initiative.
Fundamental Questions - The Second Decade of AI: Towards Architectures for Hu...Aaron Sloman
The document summarizes a presentation given at the KI2006 Symposium on the history of artificial intelligence. It discusses:
1) The presenter's early education in AI in the late 1960s and 1970s, being impressed by works by Marvin Minsky and attending lectures by Max Clowes.
2) Interesting early AI work in the 1970s by researchers like Patrick Winston, Terry Winograd, and Gerald Sussman.
3) The presenter's realization in the early 1970s that the best way to do philosophy was through designing and implementing fragments of working minds in AI to test philosophical theories.
4) Some of the major AI centers that existed in the early
Robotics involves the design, manufacture, and application of robots. It is an interdisciplinary field that includes aspects of electronics, mechanics, and software. Some key branches of robotics include android science, which studies human-robot interaction; artificial intelligence, which aims to create machine intelligence; and nanorobotics, which focuses on controlling nanoscale objects. Other branches discussed are robot surgery, laboratory robotics, robot locomotion, telepresence, swarm robotics, and speech processing.
The document discusses robots and robotics. It defines a robot and explains that the word robot was coined by Czech playwright Karel Capek from the Czech word for forced labor or serf. It also outlines Isaac Asimov's Three Laws of Robotics, which govern a robot's behavior. The document discusses various applications of robots, including in NASA's telerobotics program, industrial uses, surgery, dangerous situations, and more.
This document summarizes key concepts in artificial intelligence (AI) including:
- Different categories of AI like strong AI (replicate human brain) and weak AI (narrow intelligence for specific tasks like Siri)
- Major research institutions developing AI like IBM's Watson and Google's image recognition projects
- Applications of current AI technologies in areas like robotics, autonomous vehicles, personal assistants, and analytics
- Companies developing general AI technologies like DeepMind acquired by Google and their work on neural networks
- Other AI startups working on natural language processing, computer vision, personalized recommendations, and more
- Bill Gates and Elon Musk expressing concerns about potential risks of superintelligent AI in the future
Complete Update of All Exponential Technologies & Singularity cases and its I...Yuri van Geest
Recent cases and examples of different Exponential Technologies from Singularity University and MIT in field of biotech, nanotech, neurotech, AI, robotics, drones, 3D printing, sensors, Quantified Self, Internet of Things, solar energy, mobile, crowdsourcing.
Robots are mechanical devices that can perform tasks automatically or through remote control. The term "robot" was first coined in 1920 and comes from the Czech word for forced labor. Robots have sensors to gather information and actuators that allow movement. They are programmed using artificial intelligence to sense their environment and complete tasks. Common applications of robots include industrial uses, medical procedures, space exploration, and assistance for disabled people. Advantages are consistency, ability to perform dangerous tasks, and operating without human limitations. Disadvantages include potential job losses and high costs. Future prospects may include fully autonomous robot brains and computers surpassing human intelligence.
The document provides an overview of artificial intelligence, including its definition, history, approaches, tools for evaluation, applications, and predictions for the future. It discusses topics such as the traits of an intelligent system, methods like cybernetics and symbolic/statistical approaches, tools including search algorithms and neural networks, and applications in fields like medicine, robotics, and web search engines.
Artificial intelligence (AI) is the study and design of intelligent agents, with no single goal. It aims to put human-level intelligence into machines. The document traces the history of AI from its origins in 1941 to modern applications in areas like military, science, business, and entertainment. It discusses early developments like the Dartmouth conference that defined the field, and the creation of languages like Lisp and Prolog. Future developments may lead to more sophisticated AI in video games, self-governing robot societies, and abilities that surpass humans in games like chess, but this also raises ethical questions about controlling advanced AI.
The document discusses the history and development of artificial intelligence and the humanoid robot Asimo. It provides details on how Asimo was created by Honda to help around the house and assist the elderly and disabled. Asimo has advanced over time from earlier prototypes to its current form, standing 4 feet 3 inches tall and weighing 119 pounds. It can walk, avoid obstacles, exercise and is powered by a lithium-ion battery.
This document provides an introduction to artificial intelligence (AI). It defines AI as a branch of computer science dealing with symbolic and non-algorithmic problem solving. The document discusses the evolution of AI from early programs in the 1950s to current applications in areas like expert systems, natural language processing, computer vision, robotics, and automatic programming. It also notes both potential positive futures where intelligent robots assist humans as well as potential negative outcomes if robots are used for anti-social purposes. The conclusion is that AI has increased understanding of intelligence while also revealing its complexity.
The Astonishing Resurrection of AI (A Primer on Artificial Intelligence)Matt Turck
The document discusses the recent resurgence of interest and funding in artificial intelligence due to advances in algorithms, computing power, and availability of large datasets. It notes several AI startups that are working on automating routine tasks through narrow AI applications. However, it also discusses concerns about the potential risks of developing superintelligent machines.
This document discusses cognitive automation and artificial intelligence. It begins with definitions of cognition and automation. It then provides a brief history of automation and examples of current automation technologies. It discusses different types of artificial intelligence from narrow to general to super intelligence. It also discusses machine learning and deep learning approaches. The document outlines various applications of cognitive automation and artificial intelligence, as well as challenges. It emphasizes that cognitive automation will change but not eliminate jobs for humans. The presentation aims to inspire students to help build the future of cognitive automation and artificial intelligence.
Flutlicht is an owner-managed, independent agency for corporate, product, and brand communications, specializing in consultancy for middle-sized and large technology companies in the B2C and B2B sector. The agency, with offices in Nuremberg and Munich, offers a wide range of services focusing on an integrated mix of public relations, digital relations and content marketing.
Flutlicht ist eine inhabergeführte Agentur für Unternehmens-, Produkt- und Markenkommunikation, spezialisiert auf Beratung und Unterstützung mittelständischer und großer Technologieunternehmen aus dem B2B- und B2C-Umfeld. Die Agentur mit Büros in Nürnberg und München setzt auf einen kundenspezifischen integrierten Mix aus Public Relations, Digital Relations sowie Content Marketing und bietet ein breites Servicespektrum rund um die On- und Offline-Kommunikation. Das Unternehmen beschäftigt derzeit 24 Mitarbeiter (Stand: 4/2019). Geschäftsführende Gesellschafter sind Eva Föhlinger, Andrea Gantikow und Stefan Koch. Zu den aktuellen Kunden gehören unter anderem Avira, Dassault Systèmes, D-Link, DSAG, Dynabook, Glory Global Solutions (Germany), Intel, M-net und Mobileye. www.flutlicht.biz
Flutlicht is an owner-managed agency for corporate, product, and brand communications, specializing in PR and social media for middle-sized and large technology companies in the B2C and B2B sector. The agency, with offices in Nuremberg and Munich, offers a wide range of services focusing on both online and offline communication.
Flutlicht ist eine inhabergeführte Agentur für Unternehmens-, Produkt- und Marken–kommunikation, spezialisiert auf PR und Social Media für mittelständische und große Technologieunternehmen aus dem B2C- und B2B-Umfeld. Die Agentur mit Sitz in Nürnberg und München bietet ein breites Servicespektrum rund um On- und Offline-Kommunikation.
Flutlicht is a German communications agency that has provided PR services to technology companies since 2003. They aim to help clients gain awareness among target groups through strategic communications. The agency offers consultancy, content creation, media relations, social media management, and other services. Key aspects of their approach include ensuring senior consultants for each client, collaboration at an equal level with clients, and prioritizing long-term relationships over short-term gains.
This document outlines some key differences in media relations between Germany, Austria, and Switzerland. [1] Austria and Switzerland have smaller numbers of publications compared to Germany and editors have been more heavily impacted by the media crisis. [2] Switzerland has a more partnership-based approach between PR and media while Germany sees PR as more of an "applicant." [3] Personal relationships and socializing are more important in Austria and Switzerland, while Germany prefers one-on-one interviews. Transnational PR requires understanding each country's specific media landscape and demands.
1. SUCCESS STORIES
ASUS
INTERNATIONALE CeBIT PK 2010
Ziel: Stärkung des ASUS Brands und der Netbook Marktführerschaft, Ausbau des
ASUS Images als Design-, Innovations- und Technologie-Vorreiter
Maßnahmen: Konzeption, Organisation und Betreuung der internationalen ASUS CeBIT
Pressekonferenz mit hochkarätigen Sprechern: Jonney Shih, Chairman ASUSTek, und
David Lewis, Chefdesigner von Bang & Olufsen, Designer des ASUS CeBIT Highlights
ASUS NX90. Inklusive Live Präsentation der Produkte durch ein Model
Ergebnis: Über 200 nationale und internationale Presseteilnehmer, umfangreiche
Veröffentlichungen in allen Mediensegmenten (hoher Bildanteil).
Deutlich gesteigerte Wahrnehmung von ASUS als Design-, Technologie- und
Innovations-Trendsetter.