...Introduction Boston Dynamics builds advanced robots with remarkable behavior: mobility, agility, dexterity and speed. We use sensor-based controls and computation to unlock the capabilities of complex mechanisms. Organizations worldwide, from DARPA, the US Army, Navy and Marine Corps to Sony Corporation turn to Boston Dynamics for advice and for help creating the most advanced robots on Earth Atlas is part of the DARPA Robotics Challenge Program. The robot is tethered, powered from an off-board, electric power supply. Atlas' reason for being is to serve as a humanoid robot that will be capable enough to move in outdoor, rough terrain. The limbs need to perform well, to be able to lift, carry and manipulate in rough environments. Atlas was unveiled in July at the company, as a robot that can respond to dangerous emergencies. The video shows the Atlas robot now on rough terrain walking with bent knees and arms stretched, on rubble and rocks, maintaining its balance as it moves along. In another scene, a ball is trying to knock it over as Atlas stands on one foot, maintaining its balance even while standing on one leg and being hit by the ball from the side. ahora video principal This month, Boston Dynamics also posted a video of its WildCat robot, funded by DARPA and developed for emergency response and aid scenarios. The big news about WildCat is that, drew attention for its speed; the robot could run at 28 miles per hour but that was on a treadmill indoors tethered...
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...paper. One argument that Daniel Dennett brought up in his book Brainchildren: Essays on Designing Minds was “Robots are purely material things, and consciousness requires immaterial mind-stuff”. I think that humans are uncomfortable with the idea that a manufactured thing can simulate our most precious possession, our mind. Therefore they created this argument to give themselves a sense of protection against science. Another argument against this was expressed once again by Rick Dennett who wrote “...every other phenomenon of initially “supernatural” mysteriousness has succumbed to an uncontroversial explanation within the commodious folds of physical science”. Perhaps the best argument at the present time against robotic consciousness is robots are just too simple to have the ability of thought/consciousness. A human brain is composed of billions of parts each with its own function. All these parts rely on another part in order to give the brain a correct response for a certain action. The computing power required in order to simulate a human brain and the sheer capabilities to make a program that could comprehend everyday situations is impossible with todays technology. Whether or not this will ever be possible is beyond this paper. For this papers sake lets say that we were able to create a robot which would be able to surpass even Bladerunner's Nexus-6 robot and would be able to simulate consciousness in every way. It would be able to learn from what it has done in...
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...Marie Roxas Juan Martinez Amilcar Vasquez Shasta Taguran DeVry University LAS432 Professor: David Scoma April 13, 2014 ABSTRACT (200-word summary of the entire paper) This research discusses the emerging technology of the human android. Different types of robots are discussed and, how these devices come together with computer technology. It begins with a description of this innovative modern day science and discusses its applications. To this end, it explores how robots and androids assist in both domestic and workplace activities. Next, our paper goes into detail on the historical development of human androids which goes back into the into the Renaissance time period. In addition, current development is briefly mentioned which includes economic support from the U.S President, further research, and considering an ongoing project. The collection of models are also noted followed by innovation changes that have been implemented up to this date. Last of all, the legal issues and concerns are described under different cases while government manufacturing has become significant. Next we will delve into the environmental implications androids and robots have on our society such as ensuring a safe society with the additions of these man-made creations and the possible threats they bring. This leads us into the moral and ethical implications of how they can improve our lives and the challenging code of ethics that is brought forth as to how we...
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...Google Technologies Glass Google Glass is an electronic eye wear device that essentially is the ability to access Google and updates from your smartphone device through the computerized frames. While currently still in the stages of development and beta testing, Google Glass has already started making an impact on the development of new technologies and the way in which we are able to see things through another person’s eyes. When linked with a persons smartphone device, Glass enables one to send and receive text messages displaying the message in a small visual to the user; Glass also provides the sync ability to make calls, take photos, record videos, and provide navigation. As Glass is still within it’s beta testing and development stages the applications associated and current features are limited, but the possibilities for this device seem to be the main focus of Google and it’s developers before introducing Glass to the public consumer. Currently Glass has been making headlines, as Google reaches out to promote this new technology providing testers to Police Officers in New York, and to NBA teams, the purpose to help provide a wider means for the technology in development. (Stein, 2014) When considering Glass, and the association of the Police or Emergency response teams one can consider the positive impacts Glass can provide such as development of applications compatible with the device to pull up a persons driver’s information, vehicle reports, background information...
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...like to thank Asst. Prof., Ila Parmar for her guidance, her support and the opportunity to work on this project and H.O.D., Mr. Lokhandvala for his support and the encouragement. We would also like to thank our families for their constant support, encouragement and motivation without which the accomplishment of this project would not be possible. We would also like to thank our friends and all the people who directly or indirectly played a role in this project. ABSTRACT [pic] Mankind has always strived to give life like qualities to it’s artifacts in an attempt to find substitutes for himself to carry out his orders and also to work in a hostile environment. The popular concept of a robot is of a machine that looks like a human being. Cleaning of floors of rooms and corridor usually involves lot of effort and labour on the part of the person doing it. It causes much trouble, waste of time and energy on the part of humans. Moreover, it also proves to be expensive if a person is hired for doing it. It also makes the employer dependent on the person hired for getting the job done. Thus it bounds people in a way and renders them helpless. What if this process is made automatic and independent of any apparent human role. This can be done with the help of embedded technology and automation. That is the job we as future EC engineers have undertaken. The process of cleaning can be made automatic, reliable and efficient...
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...INIQUIITES Like most of the art I produce, it comes straight from my perception of the world around me or the way I feel. When I first thought of this sculpture it was meant to express the way I see the world evolving and devolving. Although I am not a religious person, I do read religious text and love to look at the world’s history, its rises and falls. I may be imagining it but there seems to be a pattern, maybe a lesson mankind has to learn as a whole but we somehow keep missing the plot. The people may be different, the clothes, some ideals and the technology but the cycle seems to be the same and civilizations rise through the subjugation of another and perpetuate the cycle of war, hate, famine, greed and division of man. This piece was my interpretation of our present dilemma our SODOM AND GOMORRAH, “which is not going to be destroyed by fire and brim stone”, our possible destruction is very different. Our era in this drama seems to be so dire and grave to us, yet if we were to possibly use wisdom, we may miss the pitfall all together. The wisdom of learning from the past, of individually taking control, making a change and not relying on the powers that be, is one strategy. “Makes me wonder if all the wisdom was given to King Solomon and none left for us”, but even he faltered. So then it begs to say is there any purpose, reason or hope. Do we just literally exist and go round on a cog wheel of time. Without straying too far from the point, there is allot...
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...A.S.I.M.O. In just about every futuristic movie, there seems to be some type of robot that is helping humans doing everyday task. Technology is always evolving at a very quickly pace. In the field of Robotics, there is one project that stands out more than other. It is a humanoid robot, and it is named ASIMO. The Honda Motor Company’s Advance Step in Innovative Mobility (ASIMO) purpose is to be useful and help people’s daily lives. ASIMO has come a long way from its first prototype. In its latest version, it stands four foot three inches and weighs one hundred nineteen pounds. The body is made of magnesium alloy covered with a plastic resin. That makes ASIMO light weight and durable. It has a walking speed of 1.7 miles per hour and a running speed of 3.7 miles per hour. It can climb and descend stairs as well navigate slopes. ASIMO has 34 degrees of freedom. Degree of freedom (DOF) is joints like people have as in the elbow or knee. This allows it to carry objects, push carts, turn on light switches and open doors. ASIMO is powered by a rechargeable 51.8 volt lithium ion battery that last for one hour on a charge and is stored in the backpack compartment. When ASIMO is moving around, it relies on sensors so it does not collide with objects or people. There are three sensors: ultrasonic, ground, & visual. ASIMO’s “ears” is made up of microphones that allow it to receive voice commands and help it determined the direction of sounds. ASIMO can also recognize and react to...
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...were watching the fireworks from outside of the house. We hear gunshots and screams coming from the city hall. I look at my mom. She knew exactly what I was going to do. She nods. I run to the city hall. That’s where my dad works. He’s the mayor of this city. I finally see the city hall. “No…” I watch as the city hall burns and crashes down to the ground. I run back to my house. “I need to tell mom.” I say again and again like a broken tape recorder. I gasp as I see armed humanoid robots take my family to a military truck filled with other families. The robots were 6 feet high. They were green and had red glowing eyes. They looked like the robots from the movie Terminator. Just the thought of that scares me. I turn around and start running. It wasn't long until I bump into one of those robots, and it bring me to a truck similar to where they brought my family to. Suddenly, the truck stops. The truck slowly tilts to the right until it completely falls. “Now’s my chance to escape.” I say. The robots guarding us were still struggling to get up, so I take the opportunity and run out of the truck. I look at what made the truck fall and see a black Hummer. “Get in!” My mom yells from the driver’s seat. I do as she says. I sit in the front seat. “I know that you have a lot of questions to ask me, but now isn't the time.” We park next to a helicopter. “Now get off. You’ll get your answers soon.” “What are you talking about?” I look at my mom...
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...leaving it, but I convince myself that it would not take long. 2:02 AM. Looking at the notification was a bad idea. It was a video about Yamaha’s new singing robot. As the narrator speaks, the camera zooms into the robot’s face-- her eyes are kindly brown, her hair cropped close to her face in a school-girl fashion. In such proximity, I cannot believe that I am looking at an inorganic being. As she begins to sing, she nods her head, blinking, looking as alive as a child performing for her par`ents. Her voice is rich and cheery; she continually changes her facial features as if she actually feels emotions of the song. For a moment, I imagine she can, but her voice is just as programmed as the rest of her. 2:45 AM. After looking through several videos of humanoid robots, I lay in bed, thinking. Questions run through my mind-- how were their skins constructed? How many muscles did they have, and how were they programmed? Would such robots be available to the market in the near future? Present. I fell in love with the idea of creating a completely submissive life. The ethical and moral arguments of the issue fascinated me. However, the creation of humanoid robots frustrated me. Because they were so expensive and time-consuming to create, the robots themselves would surely be remembered better than their creators. Robots were to be the next internet-- everyone knows they exist, but few know of the people who toiled to create them. I then thought about the thousands of babies born...
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...Artificial Intelligence Growing up, I watched and enjoyed movies such as Short Circuit, Space Camp, and the Terminator. There would be no doubt in my mind that we as humans would be able to create artificial intelligence. I figured it was a no brainer as a watched the robots on the big screen think and make decisions on their own without any human input. Later on, as an adult you begin to realize that movies are fiction and it would take a very intelligent human to create artificial life that could make its own decisions and function like a human. With the help of Hollywood, when we think of artificial intelligence, we tend to think of immense robots that walk, talk, appear human, and also make friends with people such as a human would do. We need to examine the meaning of the word artificial intelligence. All textbooks define the field as "the study and design of intelligent agents" where an intelligent agent is a system that perceives its environment and takes actions that maximize its chances of success. John McCarthy, who coined the term in 1956, defines it as "the science and engineering of making intelligent machines.” Reading these definitions brings a greater understanding as to what artificial intelligence is and the fact remains that it has been around a lot longer than we think. I remember my mother buying a vacuum in 2002 called the iRobot. It would roam around the house without a handle or a remote control and vacuum the carpet. The iRobot would know when...
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...HUMANOID ROBOTS Prashant Chandak, Shobhan Mankad, Siddhi Tatiya G.H. Raisoni College of Engineering and Management, Wagholi, Pune. Some forms of Humanoid Robots may model only the part of body, for example, from the waist up. Some may have ‘Face’, with ‘eyes’ and ‘mouth’. While on the other hand, some Humanoid Robots are built to resemble a human body exactly. Such robots are called as “Androids.” Given below is an Android robot showing replica as that of a female body: Abstract- This paper presents Humanoid Robots, one of the applications of electronics engineering. Humanoid Robots are basically the robots with their overall appearance similar to that of a normal human body, which allows it to interact with the tools made for human or its environment. In general humanoid robots have a structure same as that of a normal human body consisting of one face, two hands, two legs, etc. Index Terms- Humanoid Robots, Robotic Components, Robotics, Types of Humanoid robots. I. INTRODUCTION A humanoid robot is an automatically working robot because it can adapt according to changes in its environment or itself and continue to reach its goal. This is the main difference between humanoid and other kinds of robots. II. FEATURES Some of the capabilities of a humanoid robot that include are: Self recharge- Humanoid robot have a unique and special ability to recharge itself automatically. Autonomous learning- It learns or gains new capabilities without outside...
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...The First conception of the robot that can be dated back to 350 B.C where the Greek mathematician Archytas of Tarentum built a mechanical bird that was propelled by steam. Robots have came a long way from the past to the present, in the future Robots will maybe be everywhere on the face of the planet earth. Robots will be in everyone’s homes helping the family owners do maybe chores or just protect the little ones in case of an emergency. Robots are machines capable of carrying out a complex series of actions automatically.Robots have evolved greatly since the very first robot to the present robot. Some features that robots have improved greatly are the structure of the body and intelligence. One of the features that robots have improved over the years is their intelligence. Back then robots were built just to do one simple task. For an example people invented robots to help people just lift things up thats all. But now robots are being built to so much more. Now Robots can be told to do something and they do it. They are able to do the task as they are told to do so. Some of these tasks may be from watering the plants to washing the car to even cooking your very own meal. Robots intelligence have increased so much that some robots have a mind of their own and can do a task without being told, they just do the task on their own free will. Chiefly, one feature that has greatly improved over the years i s the intelligence of the robot. Another feature that has greatly improved...
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...Asimo Unit 2 assignment 2 | AbstractASIMO is a humanoid Robot that was built to genuinely help people. Linda Vaughn | Asimo Unit 2 assignment 2 | AbstractASIMO is a humanoid Robot that was built to genuinely help people. Linda Vaughn | Linda Vaughn GS1145T 10/3/2015 Why Create ASIMO? ASIMO is humanoid robot created to duplicate human motion and genuinely help people. ASIMO took more than two decades of persistent study, research, trial and error before achieving a humanoid robot. ASIMO's design, development and operation rely on many different disciplines including Mathematics, Physics, Anatomy, Engineering and Computer Science. In 1986 Honda engineer’s set out to create a walking humanoid robot early models (E1, E2, and E3) focused on developing legs that could simulate the walk of a human. Models (E4, E5, and E6) focused on developing walk stabilization and climbing stairs. Then the head, arms and body were added to improve balance. Hondas first robot P1 was rather rugged standing at 6’2 and weighing at 386lbs. P2 had a more friendly design. P3 model was more compact standing at 5’2 and weighing 287lbs. ASIMO can run, walk on uneven slopes and surfaces turn smoothly and reach and grab for objects. ASIMO can also comprehend and respond to simple voice commands. It can also recognize the face of a selective group of individuals using camera eyes. It can also map environment and register stationary objects and can avoid moving objects as it moves along...
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...Bio-Robotics and Human-Mechatronics (T. Matsumaru) Lab 2012 生体工学 Bioengineering 440111270A 授業の内容Class • 概略と目標Goal • 生体工学bio-engineeringにおける基礎的な知識fundamental knowledgeを体系的に systematically習得masterすること. • ただしhowever授業時間数class hourに限りがあるlimitedので,工学系の学生さんengineering studentsが生体を 知ろうとするときに,取り組みやすいaccessible項目items,将来もin the future役に立ちusefulそうな話題をtopics 取捨選択picked upした. • 関連する周辺分野related fieldsを含めて学んだlearned知識knowledgeを,現実の問題・ practical issues課題actual problems / subjectsに関連づけるconnectこと. • 受講要件Requirement • 過去のpast学習経験learning experienceを生かすmake use習慣customをつけよう. 松丸隆文 Takafumi Matsumaru • 機械工学mechanical engineeringに関する基礎科目basic subjects (いわゆる4力学four major dynamicsなど)を習得learnedしていることが望ましいdesirable . • さらに深くdeeply学ぶnecessaryためには,医学medicine ・生理学physiology ・看護学nursing science ・薬学pharmacy ・心理学psychologyなどの基礎basicsを,必要に応じてwhen needed 学んでstudy by yourself欲しいpreferable. • 基礎工学fundamental engineeringやその他の周辺分野relating fieldsを組み合せてintegrating問題を解決solve a problemしようとする応用工学applied engineeringのひとつだと位置づける. • その先はいくらでも広がっている,広がりつづけているThe world spreads beyond the class infinitely.興味をもった ところから自分の力で深入りして行こう. • 履修上の注意Remarks • 講義はきっかけを与えるgive an opportunity to study入り口entrance.受身でなく,自分から 積極的にactive情報収集gathering informationなどで学習を深めてdeepen your study欲しい. Bio-Robotics and Human-Mechatronics (T. Matsumaru) Lab 2012 Bio-Robotics and Human-Mechatronics (T. Matsumaru) Lab 2012 授業の進め方Procedure • 演習Practice • その授業following classに関連するrelated to 内容の自己点検self-inspection...
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...futuristic humanoid robot. Kahn et al. (2012) investigated children’s social and moral conceptions of a humanoid robot that was teleoperated to exhibit futuristic social capabilities. Ninety children (across 3 age groups: 9, 12 and 15) interacted with ATR’s Robovie in 15-minute sessions that ended when an experimenter interrupted Robovie’s turn in a game. Then, against Robovie’s stated moral objections (that it was unfair to Robovie, and caused psychological distress to Robovie), the experimenter put Robovie in a closet. Each participant was then engaged in a 50-minute structural-developmental interview. Behavioral results showed that during the interaction sessions, all of the children engaged in physical and verbal social behaviors with Robovie. Based on the interview data, the majority of the children believed that Robovie had psychological attributes insofar as they said that Robovie was intelligent (79%), had interests (76%), can be sad (64%), and had feelings (60%). The majority of children also believed that Robovie was a social other insofar as they said that they enjoyed having Robovie show them around the lab (89%), might like to spend time with Robovie if they were lonely (84%), might go to Robovie for comfort if they were sad (55%), would feel like they would need to comfort Robovie if Robovie told them “I’m sad” (81%), could trust Robovie with...
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