Robots In Space Exploration.pptx
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Space robots
humans are still involved and controlling the missions but without risking precious lives
in the long, maintaining robots, inanimate beings, in space is much easier and cheaper than living beings
robots have the capacity to be built to explore environments humans can’t
robots are faster and more efficient in observations and conclusions, they don’t need computers to certify information, they have it programmed… they’re brain and bulk in one lighter specimen
robots now have greater dexterity with new technologies that allow them to have greater dexterity than humans. This comes in handy when dealing with precious, rare space debris
CONS
sending robots into space doesn’t catch the public attention in the same way human exploration does
if something goes wrong in space and the robot’s system depletes, without a human it’ll take a lot to get the robot’s system rebooted again from Earth
don’t have human reasoning… they might do things and go places that are unknown and are a danger to them
REFERENCES
www.andrew.cmu.edu/~ycia/robot.html
www.space.mech.tohoku.ac.jp/research/overview/overview.html
www.nanier.hq.nasa.gov/telerobotics-page/technologies/0524.html
www.jem.tksc.nasda.go.jp/iss/3a/orb_rms_e.html
production technology by R. K. Jain
introduction to space robotics by Alex Ellery
Space robotics
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Space robotics
Sathya Maddukuri gave a presentation on space robotics at Adams Engineering College. The presentation introduced space robotics, describing how robots can operate in hostile space environments in place of humans. It covered the basic working principles of robots, including sensors, actuators, and software. Examples of early robots like Shakey and current planetary rovers were provided. The presentation discussed key robot technologies like mapping and navigation. It also described different types of space robots and concluded that robots have made space exploration more cost effective and opened new frontiers of discovery.
space robotics
The document discusses space robots and their importance. It provides an overview of how space robots work using the SPA (sense, plan, action) algorithm. It describes the key components of space robots including manipulators, end effectors, actuators, and sensors. The document outlines challenges in designing space robots and discusses types including planetary rovers, orbit operators, probes, and astronauts assistance robots. It covers examples like the Mars Exploration Rovers. The document also discusses advantages, disadvantages, applications, and the future of more autonomous space robots.
Space Robotics
This document discusses a case study on the integration of microelectromechanical systems (MEMS) on Mars rovers. It first provides background on space robotics and discusses challenges in designing robots for space like withstanding zero gravity and thermal vacuums. It then examines the structures of space robots including their joints, arms, wrists, and grippers. Specific examples of space robots are described like the shuttle robot arm and rovers on Mars. The case study focuses on how MEMS have been implemented on later Mars rovers to help enable scientific exploration of the planet. In conclusion, robots have played a huge role in space research by performing dangerous tasks and making discoveries in place of humans.
Space robotics
Space robotics with examples , this ppt contains introduction of robot , structure of robot ,why space robot is necessary, challenges of space robots ,advantages & disadvantages of robots with example ..created by Sumera Hangi
Space robotics
Space robotics is the development of robots capable of functioning in space environments to perform tasks like exploration, construction, and maintenance. There are four main types of space robots: planetary rovers, in-orbit operators, probes, and robots that assist astronauts. Designing space robots presents challenges like operating in zero gravity and vacuum conditions. Key areas of application include in-orbit assembly, maintenance, and resupply. Future directions include developing more autonomous robots and improving teleoperation technologies.
Optical satellite communication
This document summarizes the Small Optical User Terminal (SOUT) designed for optical communication between low Earth orbit and geostationary orbit satellites. The SOUT uses lasers for transmission and reception, with integrated transmitters, fine pointing loops to correct for disturbances, and an optical bench. It is compact in size at 200x200x150mm and has the potential to enable high-capacity intersatellite links with advantages over microwave technologies in terms of mass and power consumption.
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Space robots
humans are still involved and controlling the missions but without risking precious lives
in the long, maintaining robots, inanimate beings, in space is much easier and cheaper than living beings
robots have the capacity to be built to explore environments humans can’t
robots are faster and more efficient in observations and conclusions, they don’t need computers to certify information, they have it programmed… they’re brain and bulk in one lighter specimen
robots now have greater dexterity with new technologies that allow them to have greater dexterity than humans. This comes in handy when dealing with precious, rare space debris
CONS
sending robots into space doesn’t catch the public attention in the same way human exploration does
if something goes wrong in space and the robot’s system depletes, without a human it’ll take a lot to get the robot’s system rebooted again from Earth
don’t have human reasoning… they might do things and go places that are unknown and are a danger to them
REFERENCES
www.andrew.cmu.edu/~ycia/robot.html
www.space.mech.tohoku.ac.jp/research/overview/overview.html
www.nanier.hq.nasa.gov/telerobotics-page/technologies/0524.html
www.jem.tksc.nasda.go.jp/iss/3a/orb_rms_e.html
production technology by R. K. Jain
introduction to space robotics by Alex Ellery
Space robotics
This ppt will give you information about space robotics, its applications and how much important role they are doing in day to day life viz; reducing human efforts,pick and place,marketing,etc.
Space robotics
Sathya Maddukuri gave a presentation on space robotics at Adams Engineering College. The presentation introduced space robotics, describing how robots can operate in hostile space environments in place of humans. It covered the basic working principles of robots, including sensors, actuators, and software. Examples of early robots like Shakey and current planetary rovers were provided. The presentation discussed key robot technologies like mapping and navigation. It also described different types of space robots and concluded that robots have made space exploration more cost effective and opened new frontiers of discovery.
space robotics
The document discusses space robots and their importance. It provides an overview of how space robots work using the SPA (sense, plan, action) algorithm. It describes the key components of space robots including manipulators, end effectors, actuators, and sensors. The document outlines challenges in designing space robots and discusses types including planetary rovers, orbit operators, probes, and astronauts assistance robots. It covers examples like the Mars Exploration Rovers. The document also discusses advantages, disadvantages, applications, and the future of more autonomous space robots.
Space Robotics
This document discusses a case study on the integration of microelectromechanical systems (MEMS) on Mars rovers. It first provides background on space robotics and discusses challenges in designing robots for space like withstanding zero gravity and thermal vacuums. It then examines the structures of space robots including their joints, arms, wrists, and grippers. Specific examples of space robots are described like the shuttle robot arm and rovers on Mars. The case study focuses on how MEMS have been implemented on later Mars rovers to help enable scientific exploration of the planet. In conclusion, robots have played a huge role in space research by performing dangerous tasks and making discoveries in place of humans.
Space robotics
Space robotics with examples , this ppt contains introduction of robot , structure of robot ,why space robot is necessary, challenges of space robots ,advantages & disadvantages of robots with example ..created by Sumera Hangi
Space robotics
Space robotics is the development of robots capable of functioning in space environments to perform tasks like exploration, construction, and maintenance. There are four main types of space robots: planetary rovers, in-orbit operators, probes, and robots that assist astronauts. Designing space robots presents challenges like operating in zero gravity and vacuum conditions. Key areas of application include in-orbit assembly, maintenance, and resupply. Future directions include developing more autonomous robots and improving teleoperation technologies.
Optical satellite communication
This document summarizes the Small Optical User Terminal (SOUT) designed for optical communication between low Earth orbit and geostationary orbit satellites. The SOUT uses lasers for transmission and reception, with integrated transmitters, fine pointing loops to correct for disturbances, and an optical bench. It is compact in size at 200x200x150mm and has the potential to enable high-capacity intersatellite links with advantages over microwave technologies in terms of mass and power consumption.
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This document discusses robotics and robotic history. It defines a robot as a re-programmable machine that can perform tasks in place of humans. The word "robot" was introduced in a 1920 play and the term "robotics" was coined in the 1940s. The first digital and programmable robot was invented by George Devol in 1954. The document outlines the typical components of industrial robots and describes common types of robots including mobile, stationary, autonomous, and virtual robots. It discusses potential applications and limitations of robotics. In the future, robots may be used to explore space, perform dangerous tasks, and work continuously.
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The document discusses space robots and their importance. It provides an overview of how space robots work using the SPA (sense, plan, act) algorithm. It describes the key components of space robots including manipulators, end effectors, actuators, and sensors. The document discusses challenges in designing space robots due to extreme environmental conditions. It outlines four types of space robots and provides examples. It also discusses advantages and disadvantages as well as applications and the future potential of space robots.
Robots.pptx
The document discusses the history and definitions of robots. It begins by explaining that the term "robot" was first coined in 1920 in a play and comes from the Czech word for forced labor. It then provides definitions for robot, robotics, and telerobotics. The document also summarizes Isaac Asimov's Three Laws of Robotics and discusses the key components and functions of robots including sensing, locomotion, manipulation, end effectors, and degrees of freedom. It concludes by outlining applications of robots in exploration, medical science, assembly, and other fields.
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Basics of Robotics
Robotics is the study and application of robot technology. The term "robot" was first coined in 1920 and comes from the Czech word for forced labor. There are several types of robots including industrial robots used in manufacturing, mobile robots that can move autonomously, educational robots used in classrooms, and domestic robots for household tasks. The main components of a robot include its manipulator or rover body, end effectors for interacting with the environment, actuators that provide movement, sensors for awareness of surroundings, a controller for coordination, and software for operation. Robots are used for a variety of purposes like dangerous, repetitive, or impossible tasks that can assist or replace humans.
Robots Uses, Pictures, Types and More
Here is a presentation on robots. I Hope you like it. Please like and comment, it gives ton of inspiration.
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Robots In Space Exploration.pptx
- 2. What are robots? Table Of Contents Firstly, we will get a short but clear idea of Robots Secondly we will know about robots used in Space Exploration Thirdly, we will see some statistics about Space Launch Robots in space Statistics 01 02 03 #2
- 3. A robot is an autonomous machine capable of sensing its environment, carrying out computations to make decisions, and performing actions in the real world. (IEEE) What are robots? What are space robots? Robots in space are robots that assist, supplement, and substitute for astronauts in performing tough jobs such as repairs in hazardous settings, as well as capturing videos and photographs. All space robots have the same components: a controller, actuators, sensors, power supply and radio communications. Sense Decision Action Working Principle of a Robot #3
- 4. Why Use Robots in Space? 1. As robots can survive in the harsh environmental conditions of space, so it is more acceptable to send a robot and control it remotely from earth. 2. Space research is a field which needs implementation of robotics for exploration and data collection purposes. 3. As robots only rely in electricity instead of oxygen, food and water like humans, they are more likely to survive in harsh conditions and are economical. #4
- 5. Rovers used in exploring Mars: The Red Planet Name: Curiosity Landed In: August, 2012 Number of Instrument: 10 Weight: 1982 Pounds Name: Sojourner Landed In: July, 1997 Number of Instrument: 2 Weight: 23 Pounds Name: Perseverance Landed In: February, 2021 Number of Instrument: 7 Weight: 2260 Pounds Name: Spirit & Opportunity Landed In: January, 2004 Number of Instrument: 5 Weight: 374 Pounds (Each) #5
- 6. Humanoid Robots Used In Space Name: R5 / Valkyrie Designed And Built By: Johnson Space Center (JSC) Weight: 300 Pounds Height: 6 Feet 2 Inches Battery Energy: 1.8 kWh Number Of Moveable Joints: 44 R5 is the improved form of Robonaut-2 #6
- 7. — Robert C. Jacobson “Space has the ability to produce a triple bottom line, or ROIII: Return on Investment, Innovation, and Inspiration.” #7
- 8. USD 5.70 BILLION Forecasted Space Robotics Market Size In 2027 11,139 Total Number Of Satellites Launched In Space (Upto 2021) 250 Number Of Robotic Spacecrafts Launched #8
- 9. Space Launches By Each Country (2021) China Russia Europe 56 USA Japan 51 3 2 25 6 India Iran 2 South Korea 1 #9
- 10. Robots are playing an unimaginable part in making the unknown universe known to us. #10
- 11. Sources Of Information ● www.nasa.gov ● www.grandviewresearch.com ● en.wikipedia.org ● bing.com ● Template: freepik & slidesgo #11
- 12. Thank You! #12