Do you think robots will take away jobs from people?
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The document discusses the history and evolution of robots. It defines key terms like robot and automaton. Robots were originally designed to perform tasks that required human skill and intelligence. Early robots were classified based on their level of programmability and ability to change sequences. The document also outlines Isaac Asimov's Three Laws of Robotics. It describes the three generations of industrial robots and their applications, moving from basic information and factory automation to more advanced personal, medical, and hazardous environment robots with increased flexibility and intelligence.
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The document discusses the history and basics of robotics. It covers:
1. The origin of the term "robot" from a 1920 play and its Czech meaning of "forced labour."
2. The definition of a robot as a mechanical device that performs human tasks automatically or by remote control.
3. Isaac Asimov's three laws of robotics which state that a robot cannot harm humans and must obey human orders except when it conflicts with the first law.
4. The main types and parts of robots, including industrial, mobile, educational, and domestic robots as well as their manipulators, end effectors, actuators, sensors, controllers and processors.
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Exposicion de Robots, androides, AI. en ingles.
Robots, androids, AI.
A. Robots and automata:
A robot is a computer-programmed machine that performs actions, manipulate objects, etc.
Robots can be automatons, whose basic components are similar to the human body.
Joints: Connecting moving parts.
Actuators : Create movement.
End effectors : They have tools or forceps.
Sensors: They transmit the information to the central system.
computer system: The brain directs the actions.
B) Uses of robots:
Robots are useful in activities that are too dangerous, too boring or too precise for humans.
Robots in the industry.
Robotic arms are used in the automotive industry for painting, welding and assembling car parts. Robots are also used in the assembly of electronic microchips in which the precision of movement is essential.
Robots and space:
Planetary Rovers, remotely operated vehicles, are used to explore space.
Robots and health:
Surgical robots; they are programmed to help human surgeons, very delicate movements.
Robots and safety:
Mobile robots are used for bomb and hazardous materials.
C. Artificial Intelligence.
Artificial intelligence is the science that tries to recreate the human thought process and build machines that perform tasks that normally require human intelligence
Android: anthropomorphic robots are designed to look and behave like a human being. Most android can walk, talk and understand human language.
Expert system: expert is the term given to software on your computer that mimics human reasoning.
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This document provides an overview of robotics fundamentals including:
- The structure and classification of robots as well as their anatomy and dexterity.
- Definitions of a robot from various organizations and how they are reprogrammable, multifunctional manipulators.
- Examples of different types of robots like manipulators, legged robots, wheeled robots, autonomous underwater/aerial vehicles.
- The jobs robots can perform like dangerous, repetitive, requiring intelligence/decision making.
- Key components of robots and industries where robots are used.
- Isaac Asimov's Three Laws of Robotics and concepts like dynamic system modeling, sensors, actuators important for robotics.
- Different robot configurations/
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This document discusses robots, including their history, types, uses and disadvantages. It defines a robot and robotics, noting their origins from Isaac Asimov's writings. Key points include the three laws of robotics, types of robots like mobile, stationary, autonomous and remote controlled robots. Uses are discussed in industries, space exploration, medical fields and the military. Disadvantages include potential job losses and maintenance costs.
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The document discusses the history and basics of robotics. It covers:
1. The origin of the term "robot" from a 1920 play and its Czech meaning of "forced labour."
2. The definition of a robot as a mechanical device that performs human tasks automatically or by remote control.
3. Isaac Asimov's three laws of robotics which state that a robot cannot harm humans and must obey human orders except when it conflicts with the first law.
4. The main types and parts of robots, including industrial, mobile, educational, and domestic robots as well as their manipulators, end effectors, actuators, sensors, controllers and processors.
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This document provides an introduction and overview of robotics. It discusses what robots are, including different types of robots like manipulators, wheeled robots, and aerial vehicles. It outlines what tasks robots can perform, such as dangerous, repetitive, or menial jobs. The document also covers the history of robotics, key robot components, applications in different industries, and the future of robotics, including areas like artificial intelligence and humanoids.
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The document provides a history of robotics, describing how robots were first depicted in fiction in the 1920s play R.U.R. and Isaac Asimov devised robot laws of behavior in 1950. It discusses the first successful programmable robot developed by George Devol in 1954. The document also summarizes the main types of industrial robots including manipulators, loading devices, and freely programmable robots. It provides examples of early industrial robots like Unimate and describes key components and processes of industrial robot systems.
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The document provides an overview of robotics, including definitions of robots and the field of robotics. It discusses typical components of a robot like manipulators, end effectors, actuators, sensors, and controllers. The document also covers various robot configurations, degrees of freedom, characteristics like payload and reach, applications, and the history of robotics from early industrial robots to current uses.
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Exposicion de Robots, androides, AI. en ingles.
Robots, androids, AI.
A. Robots and automata:
A robot is a computer-programmed machine that performs actions, manipulate objects, etc.
Robots can be automatons, whose basic components are similar to the human body.
Joints: Connecting moving parts.
Actuators : Create movement.
End effectors : They have tools or forceps.
Sensors: They transmit the information to the central system.
computer system: The brain directs the actions.
B) Uses of robots:
Robots are useful in activities that are too dangerous, too boring or too precise for humans.
Robots in the industry.
Robotic arms are used in the automotive industry for painting, welding and assembling car parts. Robots are also used in the assembly of electronic microchips in which the precision of movement is essential.
Robots and space:
Planetary Rovers, remotely operated vehicles, are used to explore space.
Robots and health:
Surgical robots; they are programmed to help human surgeons, very delicate movements.
Robots and safety:
Mobile robots are used for bomb and hazardous materials.
C. Artificial Intelligence.
Artificial intelligence is the science that tries to recreate the human thought process and build machines that perform tasks that normally require human intelligence
Android: anthropomorphic robots are designed to look and behave like a human being. Most android can walk, talk and understand human language.
Expert system: expert is the term given to software on your computer that mimics human reasoning.
Neural networks are a new concept in computer programming, designed to replicate the human capacity.
Andriod Controlled Pick and Place Arm with Line Follower Automaton
Manufacturing automaton is widely used in small and medium plants, however, automaton cooperating with other devices is an important aspect for achieving the fully autonomous system. This paper presents the Pick and Place Robot with Line Follower Function for manufacturing application. Model of pick and place robot which will be functioned following a specific line may benefit production to reduce the labor cost or maybe alternatives of the labors. This system has a line follower and pick and place function that is controlled by Andriod with Arduino. Lwin Lwin Htay | Nyan Phyo Aung | Mo Mo Myint Wai "Andriod Controlled Pick and Place Arm with Line Follower Automaton" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26407.pdfPaper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26407/andriod-controlled-pick-and-place-arm-with-line-follower-automaton/lwin-lwin-htay
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The document discusses the key parts of a robot including the manipulator, pedestal, controller, end effectors, and power source. It then covers robot joints, coordinates, degrees of freedom, workspace, and performance parameters like accuracy and repeatability. The manipulator consists of a base and appendages like shoulders, arms, and grippers. The controller acts as the brain that issues instructions and interfaces with both the robot and humans. Robots use different coordinate systems including Cartesian, cylindrical, and spherical. Degrees of freedom refer to the robot's ability to move in three-dimensional space which requires joints.
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This document provides an introduction and overview of robotics. It discusses the timeline of important developments in robotics from the 1920s to the 1990s. It then covers classifications of robots, definitions of robots, common robot configurations and their work envelopes, robot components like end effectors and actuators, and different methods of robot programming including teach pendants and programming languages.
Introduction about robotics
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Introduction
What is Robot
Why is Robot needed..?
Block diagram of
Parts of
Types of Robots
Robots Advantages and Applications
Conclusions
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This document discusses robots and robotics. It defines a robot as a programmable, multifunctional machine designed to replace humans in hazardous work. It then discusses the history and development of robotics, including the first use of the term "robotics," Isaac Asimov's Three Laws of Robotics, and the first industrial robot called Unimate. The document also describes the main components of robots, different types of robots including mobile, stationary, autonomous, remote-controlled, virtual, and humanoid robots. Finally, it discusses some advantages and disadvantages of using robots.
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Robots have become a subject of great interest and are defined as man-made mechanical devices that can move by themselves. Robotics is the science of designing or building robots and their applications. The first commercial robot, Unimate, was created in 1956 and performed repetitive tasks like welding. There are several types of robots including mobile, industrial, autonomous, remote-controlled, and virtual robots. Robots are used in applications like space exploration, medical surgery, assembly lines, security, and home assistance. Advantages include performing dangerous tasks and working consistently, while disadvantages include potential job losses and maintenance costs. The future of robotics involves greater robot autonomy and new forms of human-robot collaboration.
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Robots have become a subject of great interest and are defined as man-made mechanical devices that can move by themselves. Robotics is the science of designing or building robots and their applications. The first commercial robot, Unimate, was created in 1956 and used in factories for tasks like welding. There are several types of robots including mobile, industrial, autonomous, remote-controlled, and virtual robots. Robots are used in exploration, medical science, assembly, surveillance and other applications. Advantages include performing dangerous tasks and working consistently, while disadvantages include potential job losses and maintenance costs. The future of robotics involves greater robot autonomy and new forms of human-robot collaboration.
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This document discusses robotics and provides definitions and examples. It defines a robot as a re-programmable machine that can replace humans in hazardous work. Robotics is defined as the science of designing and building robots. The first industrial robot was Unimate, developed in the 1950s. The main technologies used in robots are sensors, effectors, actuators, controllers, and arms. The term robotics was first used by Isaac Asimov in a 1942 short story. The three main laws of robotics aim to prevent robots from harming humans. There are different types of robots including rolling, walking, stationary, and virtual robots.
Robotics
Robotics is the branch of technology that deals with the design, construction, operation, and application of robots and computer systems to control them. The first actual robot was a paint spraying mechanism invented in 1938. Isaac Asimov introduced the Three Laws of Robotics in his 1942 book Runaround: 1) A robot may not injure a human, 2) A robot must obey orders unless it conflicts with the first law, and 3) A robot must protect its own existence unless it conflicts with the first two laws. Robots are used for industrial, military, service, agricultural, and other applications and provide benefits like increased quality, production, and safety but also have disadvantages such as high expenses and safety risks in some situations.
Robots
1. A robot is a machine that can perform complex human tasks through electrical and mechanical units and by being programmed by a computer.
2. The word "robot" was introduced in a 1920 play and the word "robotics" was coined accidentally by science fiction writer Isaac Asimov in 1942. Asimov also introduced the Three Laws of Robotics.
3. Robots consist of sensors to detect their environment, effectors to interact with it, actuators to move parts of the robot, controllers to operate it, and often arms and artificial intelligence capabilities. They are used for tasks that are dangerous, repetitive, or difficult for humans.
1. introduction to robot
This document provides an introduction to robots and mechanical engineering. It defines robots and provides examples such as industrial robots, military robots, medical robots, and more. It discusses the history of robots and introduces the three laws of robotics. Overall, the document serves as a high-level overview of robots and their applications across different fields.
Agricultural robots
The document discusses Isaac Asimov's three laws of robotics and proposes a zeroth law. It then discusses the definition, components, and types of agricultural robots. The key components are sensors, controllers, actuators, end effectors like grippers. Types discussed include harvesting robots like Demeter, weed control robots, forester robots, fruit picking robots, drones, and agricultural robot suits. Applications mentioned are robotic weeding, crop scouting, microspraying, and irrigation. Advantages of robots in agriculture are their ability to work continuously without breaks, reducing labor costs, high accuracy, quick work, and ability to perform dangerous tasks.
introduction-to-robotics.pdf
This document provides an introduction to robotics, including:
- Definitions of a robot as machines that can be reprogrammed to perform tasks.
- The main types of robots including manipulators, wheeled, legged, UAVs, and UUVs.
- The key uses of robots in jobs that are dangerous, repetitive, or menial for humans.
- A brief history of robotics from the first industrial robot in 1954 to developments in the 1980s and 2000s.
- The main components of robots including their base, manipulator, controller, sensors, actuators, and power systems.
- Current and future applications of robots in industries like manufacturing, agriculture, healthcare, and
Intro robotics
1) The document introduces robotics, defining a robot as a reprogrammable machine designed to perform tasks.
2) It discusses the types, uses, history, key components, and applications of robots. Robots are used for dangerous, repetitive, or menial tasks.
3) The future of robotics involves greater autonomy, with humanoid robots and robot work crews. Applications include agriculture, automotive, military, medical, space, and more.
Mr302:module 4:mtr,ncerc,JVP
1) The document introduces robotics, defining a robot as a reprogrammable machine designed to perform tasks.
2) It discusses the types, uses, history, key components, and applications of robots. Robots are used for dangerous, repetitive, or menial tasks.
3) The future of robotics involves greater autonomy, with humanoid robots and robot work crews. Applications include agriculture, automotive, military, medical, space, and more.
Basics Of Robotics by Atharva Parate.pptx
Robotic is the science of designing and building robots. A robot is a reprogrammable machine that can replace humans in hazardous work. The first use of the term "robotics" was in 1920 in a play, and the field was further developed in the 1940s. There are several types of robots including mobile, stationary, autonomous, and remote-controlled robots. Robots have advantages like working in dangerous environments and performing repetitive tasks quickly and accurately, but also have disadvantages like potential job losses and maintenance costs.
Similar to Do you think robots will take away jobs from people? (20)
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Do you think robots will take away jobs from people?
- 1. Early Robots • The term ROBOT was originally defined as a machine or device that automatically performs tasks or activities which are typically completed using human skill and intelligence. (original definition/robot-forced labor) • The term AUTOMATON was used for what we now consider to be a robot. AUTO- means Self MATON- operating machine (ancient greeks)
- 3. Isaac Asimov, Three Laws of Robots 1. A robot may not injure a human being or, through interaction, allow a human to come to harm. 2. A robot must obey the orders given it by humans, except where such orders conflict with the first law. 3. A Robot must protect its own existence as long as such protection does not conflict with the first and second laws
- 4. What Is an Industrial Robot? • The robot is a machine. • The robot is reprogrammable (can be given new instructions to perform new tasks). • The robot has a multifunction manipulator (may be used in different ways, even within the same program). • The robot is flexible and can perform a variety of operations to meet special needs.
- 6. Robot Classifications Manual manipulator- Manipulator controlled by a human. Fixed Sequence Robot- Performs successive steps of pre-determined sequence. Cannot be easily changed. Variable sequence robot-Similar to the fixed-sequence robot, but sequence of movement can be easily changed. Playback Robot- Reproduce operations originally by human controlled and movement. They are then stored in memory. Numerically Controlled (NC) robot- manipulator performs sequence of movement communicated by numerical data. Intelligent robot- Robot that can detect changes in the work environment by means of sensors, etc. and use decision making capabilities to proceed with appropriate operations.
- 7. Types of Automation • Hard Automation- refers to machinery that has been specifically designed and built to perform particular tasks within an assembly line. • Flexible Automation- Machines that are capable of performing a variety of tasks.
- 9. First Generation of Industrial Robots • Information robots • Robots for education • Automation in injection mold and welding lines • Multi-function robots • Painting robots • Semiconductor / disk assembly • Wafer inspection • Wafer / disk carrier
- 10. Second Generation of Industrial Robots • Cleaning robots • Security robots • Intelligent robots Sensor base Flexible automation (MAP, Hierarchization) • Assembly robots
- 11. Three Generations of Industrial Robots Third Generation • Personal robots • Medical / welfare robots • Cellular robots • Navigation robots • Biped robots • Multi-arm / finger robots • Harvesting robots • Space robots • Electric railroad and trolley line • Maintenance robots • Clean room environment • Hazardous environment robots • Accident prevention • Robots with artificial intelligence • Public / construction worker robots • Micro-robots for bionics
- 12. Today’s In-Class Assignment Third Generation Topics • Each student pick one topic for discussion. • There are to be no duplications (teacher will decide) • You have 20 minutes to research (computer, books, etc) • Each student must write a 50 word presentation • Each student must give an oral presentation.