Biomechatronics is an applied interdisciplinary science that aims to integrate mechanical elements, electronics and parts of biological organisms. Biomechatronics includes the aspects of biology, mechanics, and electronics. It also encompasses the fields of robotics and neuroscience. One example of Biomechatronics is a study done by Hugh Herr, a professor at MIT. Herr excised the muscles of frog legs, to attach to a mechanical fish and by pulsing electrical current through the muscle fibers, he caused the fish to swim. The goal of these experiments is to make devices that interact with human muscle, skeleton, and nervous systems. The end result is that the devices will help with human motor control that was lost or impaired by trauma, disease or birth defects.
Biomechatronics is how the human body works. For example, four different steps must occur to be able to lift the foot to walk. First, impulses from the motor center of the brain are sent to the foot and leg muscles. Next the nerve cells in the feet send information to the brain telling it to adjust the muscle groups or amount of force required to walk across the ground. Different amounts of force are applied depending on the type of surface being walked across. The leg's muscle spindlenerve cells then sense and send the position of the floor back up to the brain. Finally, when the foot is raised to step, signals are sent to muscles in the leg and foot to set it down.
The Innovators: Dr. Hugh Herr, Director, Biomechatronics at MIT
The Innovators: Dr. Hugh Herr, Director, Biomechatronics at MIT
The Innovators: Dr. Hugh Herr, Director, Biomechatronics at MIT
Meet Dr. Hugh Herr, Director of Biomechatronics at MIT. Dr. Herr himself lost both his lower limbs at age 17 in a rock climbing accident. His passion for climbing drove him to build prosthetics for himself that were more like biological legs. Now Dr. Herr and his team at MIT design and build the Biom, artificial lower limbs that improve the lifestyle of amputees. The technology that Dr Herr and his team continue to develop goes beyond prosthetics that will continue to change lives.
15:16
Biomechatronics
Biomechatronics
Biomechatronics
0:10
Biomechatronics
Biomechatronics
Biomechatronics
Treadmill
5:36
Biomechatronics
Biomechatronics
Biomechatronics
The future of physics and biology, with other subdisciplines.
1:06
Biomechatronics
Biomechatronics
Biomechatronics
Technology producted by MIT - FitSocket
6:27
Biomechatronics
Biomechatronics
Biomechatronics
Biomechatronics
Rolar
℗ 2011 Overtech Recordings
Released on: 2011-11-07
Producer: Rolar
Composer: Rolar
Auto-generated by YouTube.
19:01
Hugh Herr: The new bionics that let us run, climb and dance
Hugh Herr: The new bionics that let us run, climb and dance
Hugh Herr: The new bionics that let us run, climb and dance
Hugh Herr is building the next generation of bionic limbs, robotic prosthetics inspired by nature's own designs. Herr lost both legs in a climbing accident 3...
19:30
Biomechatronics| Hugh Herr
Biomechatronics| Hugh Herr
Biomechatronics| Hugh Herr
http://www.weforum.org/
"Hugh Herr is changing the way we think about our bodies. ""Bionic researchers,” he says, “contemplate a future world in which what is biological and what is not will be forever blurred.” Herr is director of the Biomechatronics group at MIT’s Media Lab, where he invents bionic limbs that move like flesh and blood, and exoskeletons that can extend function for us all. In this World Economic Forum video, Herr describes how he defied doctor’s predictions to transform the world of prosthetics and the lives of thousands of amputees, starting with his own.
Watch the full video above or read a selection of quotes below.
0:49
Aron Ralston Using a Myoelectric Postural Controller with Modified Bebionic Prosthetic Hand
Aron Ralston Using a Myoelectric Postural Controller with Modified Bebionic Prosthetic Hand
Aron Ralston Using a Myoelectric Postural Controller with Modified Bebionic Prosthetic Hand
Biomechatronics Development Laboratory Department of Mechanical Engineering, UC-Boulder Department of Bioengineering, UC-Denver | Anschutz Medical Campus Jac...
5:00
MecE 200: Biomechatronics
MecE 200: Biomechatronics
MecE 200: Biomechatronics
MecE 200 Video Presentation
Ruperto Raul Jr Sison
SOURCES:
http://science.howstuffworks.com/biomechatronics1.htm
http://en.wikipedia.org/wiki/Biomechatronics
http://www.uofaweb.ualberta.ca/uofaengineer/article.cfm?article=22795&issue;=22643
http://en.wikipedia.org/wiki/Biomechatronics
http://www.newcastle.edu.au/students/degrees-to-careers/job/biomechatronics-engineer.html
http://www.engineering.ualberta.ca/en/Alumni/StayConnected/PastIssues/~/media/engineering/Alumni/Documents/EngineerMagazinePDFs/EngMag_spring11_.pdf
http://playfoundation.net/2010/10/get-to-know-mits-hugh-herr/
http://biomech.media.mit.edu/#/
http://www.dynastream.com/sdm
0:23
EMG Controlled Active HKAFO (EMG Kontrollü Aktif Ortez) Marmara Biomechatronics ( Biyomekatronik)
EMG Controlled Active HKAFO (EMG Kontrollü Aktif Ortez) Marmara Biomechatronics ( Biyomekatronik)
EMG Controlled Active HKAFO (EMG Kontrollü Aktif Ortez) Marmara Biomechatronics ( Biyomekatronik)
EMG Controlled Active Orthosis For Child Difficulty in Walking.
(Osman Ülkir & Ömer Mutlu Türk KAYA & Ömer Faruk SARIGÜL)
4:04
[Video Interview] With Hugh Herr, director of the Biomechatronics Group at the MIT Media Lab
[Video Interview] With Hugh Herr, director of the Biomechatronics Group at the MIT Media Lab
[Video Interview] With Hugh Herr, director of the Biomechatronics Group at the MIT Media Lab
AVING NEWS had an interview with Hugh Herr, the director of the Biomechatronics Group at the MIT Media Lab at 'Korea Electronics Show (KES) 2012' Question 1....
0:21
CRAMER+Wii motion test at the Biomechatronics Laboratory - University of California Irvine
CRAMER+Wii motion test at the Biomechatronics Laboratory - University of California Irvine
CRAMER+Wii motion test at the Biomechatronics Laboratory - University of California Irvine
CRAMER is a Closed-chain Robot for Assisting in Manual Exercise and Rehabilitation. It's a simple and low-cost mechanism that provides three degrees of freed...
0:08
Biomechatronics Finger Linkage Demo
Biomechatronics Finger Linkage Demo
Biomechatronics Finger Linkage Demo
They call them fingers but I never see them fing. Oh, there they go. Biomechatronics finger demo.
The Innovators: Dr. Hugh Herr, Director, Biomechatronics at MIT
The Innovators: Dr. Hugh Herr, Director, Biomechatronics at MIT
The Innovators: Dr. Hugh Herr, Director, Biomechatronics at MIT
Meet Dr. Hugh Herr, Director of Biomechatronics at MIT. Dr. Herr himself lost both his lower limbs at age 17 in a rock climbing accident. His passion for climbing drove him to build prosthetics for himself that were more like biological legs. Now Dr. Herr and his team at MIT design and build the Biom, artificial lower limbs that improve the lifestyle of amputees. The technology that Dr Herr and his team continue to develop goes beyond prosthetics that will continue to change lives.
15:16
Biomechatronics
Biomechatronics
Biomechatronics
0:10
Biomechatronics
Biomechatronics
Biomechatronics
Treadmill
5:36
Biomechatronics
Biomechatronics
Biomechatronics
The future of physics and biology, with other subdisciplines.
1:06
Biomechatronics
Biomechatronics
Biomechatronics
Technology producted by MIT - FitSocket
6:27
Biomechatronics
Biomechatronics
Biomechatronics
Biomechatronics
Rolar
℗ 2011 Overtech Recordings
Released on: 2011-11-07
Producer: Rolar
Composer: Rolar
Auto-generated by YouTube.
19:01
Hugh Herr: The new bionics that let us run, climb and dance
Hugh Herr: The new bionics that let us run, climb and dance
Hugh Herr: The new bionics that let us run, climb and dance
Hugh Herr is building the next generation of bionic limbs, robotic prosthetics inspired by nature's own designs. Herr lost both legs in a climbing accident 3...
19:30
Biomechatronics| Hugh Herr
Biomechatronics| Hugh Herr
Biomechatronics| Hugh Herr
http://www.weforum.org/
"Hugh Herr is changing the way we think about our bodies. ""Bionic researchers,” he says, “contemplate a future world in which what is biological and what is not will be forever blurred.” Herr is director of the Biomechatronics group at MIT’s Media Lab, where he invents bionic limbs that move like flesh and blood, and exoskeletons that can extend function for us all. In this World Economic Forum video, Herr describes how he defied doctor’s predictions to transform the world of prosthetics and the lives of thousands of amputees, starting with his own.
Watch the full video above or read a selection of quotes below.
0:49
Aron Ralston Using a Myoelectric Postural Controller with Modified Bebionic Prosthetic Hand
Aron Ralston Using a Myoelectric Postural Controller with Modified Bebionic Prosthetic Hand
Aron Ralston Using a Myoelectric Postural Controller with Modified Bebionic Prosthetic Hand
Biomechatronics Development Laboratory Department of Mechanical Engineering, UC-Boulder Department of Bioengineering, UC-Denver | Anschutz Medical Campus Jac...
5:00
MecE 200: Biomechatronics
MecE 200: Biomechatronics
MecE 200: Biomechatronics
MecE 200 Video Presentation
Ruperto Raul Jr Sison
SOURCES:
http://science.howstuffworks.com/biomechatronics1.htm
http://en.wikipedia.org/wiki/Biomechatronics
http://www.uofaweb.ualberta.ca/uofaengineer/article.cfm?article=22795&issue;=22643
http://en.wikipedia.org/wiki/Biomechatronics
http://www.newcastle.edu.au/students/degrees-to-careers/job/biomechatronics-engineer.html
http://www.engineering.ualberta.ca/en/Alumni/StayConnected/PastIssues/~/media/engineering/Alumni/Documents/EngineerMagazinePDFs/EngMag_spring11_.pdf
http://playfoundation.net/2010/10/get-to-know-mits-hugh-herr/
http://biomech.media.mit.edu/#/
http://www.dynastream.com/sdm
0:23
EMG Controlled Active HKAFO (EMG Kontrollü Aktif Ortez) Marmara Biomechatronics ( Biyomekatronik)
EMG Controlled Active HKAFO (EMG Kontrollü Aktif Ortez) Marmara Biomechatronics ( Biyomekatronik)
EMG Controlled Active HKAFO (EMG Kontrollü Aktif Ortez) Marmara Biomechatronics ( Biyomekatronik)
EMG Controlled Active Orthosis For Child Difficulty in Walking.
(Osman Ülkir & Ömer Mutlu Türk KAYA & Ömer Faruk SARIGÜL)
4:04
[Video Interview] With Hugh Herr, director of the Biomechatronics Group at the MIT Media Lab
[Video Interview] With Hugh Herr, director of the Biomechatronics Group at the MIT Media Lab
[Video Interview] With Hugh Herr, director of the Biomechatronics Group at the MIT Media Lab
AVING NEWS had an interview with Hugh Herr, the director of the Biomechatronics Group at the MIT Media Lab at 'Korea Electronics Show (KES) 2012' Question 1....
0:21
CRAMER+Wii motion test at the Biomechatronics Laboratory - University of California Irvine
CRAMER+Wii motion test at the Biomechatronics Laboratory - University of California Irvine
CRAMER+Wii motion test at the Biomechatronics Laboratory - University of California Irvine
CRAMER is a Closed-chain Robot for Assisting in Manual Exercise and Rehabilitation. It's a simple and low-cost mechanism that provides three degrees of freed...
0:08
Biomechatronics Finger Linkage Demo
Biomechatronics Finger Linkage Demo
Biomechatronics Finger Linkage Demo
They call them fingers but I never see them fing. Oh, there they go. Biomechatronics finger demo.
1:52
BONES resonance test at the Biomechatronics Laboratory - University of California Irvine
BONES resonance test at the Biomechatronics Laboratory - University of California Irvine
BONES resonance test at the Biomechatronics Laboratory - University of California Irvine
BONES is a neurorehabilitation exoskeleton for stroke patients. In this video, BONES is tested performing high frequency motions in order to analyze its reso...
2:18
AMME4790 bio Mechatronics wk12 final result video
AMME4790 bio Mechatronics wk12 final result video
AMME4790 bio Mechatronics wk12 final result video
This is the video from sydney uni.
Group Member:
Li Cen 311008186
Luiza 314002286
Li Yang 430452848
Xinyu Zhao 311008186
Joao 314002022
Ana 314002087
Sorry sir, this video is too big to put in email attachment
48:55
Prof. Riaan Stopforth - Research in the fields of Search and Rescue Robotics and Bio-Mechatronics
Prof. Riaan Stopforth - Research in the fields of Search and Rescue Robotics and Bio-Mechatronics
Prof. Riaan Stopforth - Research in the fields of Search and Rescue Robotics and Bio-Mechatronics
Prof. Riaan Stopforth presents his research in the fields of Search and Rescue Robots and Mechatronics
0:21
How to Pronounce Biomechatronics
How to Pronounce Biomechatronics
How to Pronounce Biomechatronics
Learn how to say Biomechatronics correctly with EmmaSaying's "how do you pronounce" free tutorials. http://www.emmasaying.com Take a look at my comparison tu...
0:30
How to Pronounce Biomechatronics
How to Pronounce Biomechatronics
How to Pronounce Biomechatronics
This video shows you how to pronounce Biomechatronics
Through the Development of a Biomechatronic Knee Prosthesis for Transfemoral Amputees: Mechanical Design and Manufacture, Human Gait Characterization, Intell...
3:42
MYOPIA - Biomechatronic Intervention Session
MYOPIA - Biomechatronic Intervention Session
MYOPIA - Biomechatronic Intervention Session
Myopia is: Bogdan Kubica - drums Robert Kocoń - bass,vocal Robert Słonka - guitar Poland www.myopia.pl.
Meet Dr. Hugh Herr, Director of Biomechatronics at MIT. Dr. Herr himself lost both his lower limbs at age 17 in a rock climbing accident. His passion for climbing drove him to build prosthetics for himself that were more like biological legs. Now Dr. Herr and his team at MIT design and build the Biom, artificial lower limbs that improve the lifestyle of amputees. The technology that Dr Herr and his team continue to develop goes beyond prosthetics that will continue to change lives.
Meet Dr. Hugh Herr, Director of Biomechatronics at MIT. Dr. Herr himself lost both his lower limbs at age 17 in a rock climbing accident. His passion for climbing drove him to build prosthetics for himself that were more like biological legs. Now Dr. Herr and his team at MIT design and build the Biom, artificial lower limbs that improve the lifestyle of amputees. The technology that Dr Herr and his team continue to develop goes beyond prosthetics that will continue to change lives.
Hugh Herr is building the next generation of bionic limbs, robotic prosthetics inspired by nature's own designs. Herr lost both legs in a climbing accident 3...
Hugh Herr is building the next generation of bionic limbs, robotic prosthetics inspired by nature's own designs. Herr lost both legs in a climbing accident 3...
http://www.weforum.org/
"Hugh Herr is changing the way we think about our bodies. ""Bionic researchers,” he says, “contemplate a future world in which what is biological and what is not will be forever blurred.” Herr is director of the Biomechatronics group at MIT’s Media Lab, where he invents bionic limbs that move like flesh and blood, and exoskeletons that can extend function for us all. In this World Economic Forum video, Herr describes how he defied doctor’s predictions to transform the world of prosthetics and the lives of thousands of amputees, starting with his own.
Watch the full video above or read a selection of quotes below.
On disability
“Today we live in a world where disability is commonplace. The level of human suffering is beyond all human comprehension. So many people have disabilities and a poorer quality of life than they seek. The field of bionics imagines a future where that’s not the case, where disability has largely been solved.”
“The science and technology that will enable the elimination of disability after disability, will also I believe set the technological foundation for human augmentation. Recently we’ve established at MIT the centre for extreme bionics. It’s critically important to deeply understand how human’s work from our limbs to our brain - how does it all work?”
On imagining a world without barriers
“As you can see I’m wearing two artificial limbs. Twenty years ago, what I’m wearing today would simply be laughable, but it’s a start. The legs have six microprocessors, small computers and twenty four sensors that measure positions, accelerations, forces and whatnot. That sensory data goes into those microprocessors, and the microprocessor runs algorithms that control a muscle, tendon-like artificial actuator. And when I walk, what we’ve done is put forth algorithms that enable me to walk without much training. It’s very simple and natural for me to walk. It doesn’t really matter that they’re synthetic, because they move like flesh and bone.”
“This is an image of me, taken shortly after my limbs were amputated in 1982. What do you see here? Do you see a cripple? Do you see weakness or do you see extraordinary exciting potential? I asked my rehab doctor a few weeks after my limbs were amputated, what will I be able to do with my new body? He said you’ll be able to drive a car but you’ll need hand controls, but you’ll not be able to ride a bicycle or return to climbing mountains. He was wrong from my perspective today because he viewed my body as broken and he viewed current technology as forever stagnant, will never be upgraded, will never change.”
“I was very upset when he said I wouldn’t be able to do all these things I wanted to do, but quickly I realised that the artificial part of my body represented potential. It could be anything that I could imagine or the scientific world could imagine. I began imagining beyond limitation.”
On future bionics
“We’ve invested so many dollars in society to make wheeled vehicles better and better - cars, wheelchairs and whatnot. My hope is in this century we invest more dollars to make our own bodies, our own morphologies more efficient, stronger.”
“I believe in a decade or two, when we walk down the street we’ll routinely see people wearing machines, exoskeletons. How does all this current and future technology affect human identity? How a person sees their own body - and that body may be unusual with limb amputation or paralysis - and how society views unusual bodies?”
“Bionics has tremendous potential for society, but not without risk. We the people have in our creative power to end disability in this century, and simultaneously adhere with absolute obedience to the principle of human diversity and individual freedoms.”
http://www.weforum.org/
"Hugh Herr is changing the way we think about our bodies. ""Bionic researchers,” he says, “contemplate a future world in which what is biological and what is not will be forever blurred.” Herr is director of the Biomechatronics group at MIT’s Media Lab, where he invents bionic limbs that move like flesh and blood, and exoskeletons that can extend function for us all. In this World Economic Forum video, Herr describes how he defied doctor’s predictions to transform the world of prosthetics and the lives of thousands of amputees, starting with his own.
Watch the full video above or read a selection of quotes below.
On disability
“Today we live in a world where disability is commonplace. The level of human suffering is beyond all human comprehension. So many people have disabilities and a poorer quality of life than they seek. The field of bionics imagines a future where that’s not the case, where disability has largely been solved.”
“The science and technology that will enable the elimination of disability after disability, will also I believe set the technological foundation for human augmentation. Recently we’ve established at MIT the centre for extreme bionics. It’s critically important to deeply understand how human’s work from our limbs to our brain - how does it all work?”
On imagining a world without barriers
“As you can see I’m wearing two artificial limbs. Twenty years ago, what I’m wearing today would simply be laughable, but it’s a start. The legs have six microprocessors, small computers and twenty four sensors that measure positions, accelerations, forces and whatnot. That sensory data goes into those microprocessors, and the microprocessor runs algorithms that control a muscle, tendon-like artificial actuator. And when I walk, what we’ve done is put forth algorithms that enable me to walk without much training. It’s very simple and natural for me to walk. It doesn’t really matter that they’re synthetic, because they move like flesh and bone.”
“This is an image of me, taken shortly after my limbs were amputated in 1982. What do you see here? Do you see a cripple? Do you see weakness or do you see extraordinary exciting potential? I asked my rehab doctor a few weeks after my limbs were amputated, what will I be able to do with my new body? He said you’ll be able to drive a car but you’ll need hand controls, but you’ll not be able to ride a bicycle or return to climbing mountains. He was wrong from my perspective today because he viewed my body as broken and he viewed current technology as forever stagnant, will never be upgraded, will never change.”
“I was very upset when he said I wouldn’t be able to do all these things I wanted to do, but quickly I realised that the artificial part of my body represented potential. It could be anything that I could imagine or the scientific world could imagine. I began imagining beyond limitation.”
On future bionics
“We’ve invested so many dollars in society to make wheeled vehicles better and better - cars, wheelchairs and whatnot. My hope is in this century we invest more dollars to make our own bodies, our own morphologies more efficient, stronger.”
“I believe in a decade or two, when we walk down the street we’ll routinely see people wearing machines, exoskeletons. How does all this current and future technology affect human identity? How a person sees their own body - and that body may be unusual with limb amputation or paralysis - and how society views unusual bodies?”
“Bionics has tremendous potential for society, but not without risk. We the people have in our creative power to end disability in this century, and simultaneously adhere with absolute obedience to the principle of human diversity and individual freedoms.”
published:09 Mar 2015
views:114
Aron Ralston Using a Myoelectric Postural Controller with Modified Bebionic Prosthetic Hand
Biomechatronics Development Laboratory Department of Mechanical Engineering, UC-Boulder Department of Bioengineering, UC-Denver | Anschutz Medical Campus Jac...
Biomechatronics Development Laboratory Department of Mechanical Engineering, UC-Boulder Department of Bioengineering, UC-Denver | Anschutz Medical Campus Jac...
AVING NEWS had an interview with Hugh Herr, the director of the Biomechatronics Group at the MIT Media Lab at 'Korea Electronics Show (KES) 2012' Question 1....
AVING NEWS had an interview with Hugh Herr, the director of the Biomechatronics Group at the MIT Media Lab at 'Korea Electronics Show (KES) 2012' Question 1....
CRAMER is a Closed-chain Robot for Assisting in Manual Exercise and Rehabilitation. It's a simple and low-cost mechanism that provides three degrees of freed...
CRAMER is a Closed-chain Robot for Assisting in Manual Exercise and Rehabilitation. It's a simple and low-cost mechanism that provides three degrees of freed...
BONES is a neurorehabilitation exoskeleton for stroke patients. In this video, BONES is tested performing high frequency motions in order to analyze its reso...
BONES is a neurorehabilitation exoskeleton for stroke patients. In this video, BONES is tested performing high frequency motions in order to analyze its reso...
This is the video from sydney uni.
Group Member:
Li Cen 311008186
Luiza 314002286
Li Yang 430452848
Xinyu Zhao 311008186
Joao 314002022
Ana 314002087
Sorry sir, this video is too big to put in email attachment
This is the video from sydney uni.
Group Member:
Li Cen 311008186
Luiza 314002286
Li Yang 430452848
Xinyu Zhao 311008186
Joao 314002022
Ana 314002087
Sorry sir, this video is too big to put in email attachment
published:22 Oct 2014
views:1
Prof. Riaan Stopforth - Research in the fields of Search and Rescue Robotics and Bio-Mechatronics
Learn how to say Biomechatronics correctly with EmmaSaying's "how do you pronounce" free tutorials. http://www.emmasaying.com Take a look at my comparison tu...
Learn how to say Biomechatronics correctly with EmmaSaying's "how do you pronounce" free tutorials. http://www.emmasaying.com Take a look at my comparison tu...
Through the Development of a Biomechatronic Knee Prosthesis for Transfemoral Amputees: Mechanical Design and Manufacture, Human Gait Characterization, Intell...
Through the Development of a Biomechatronic Knee Prosthesis for Transfemoral Amputees: Mechanical Design and Manufacture, Human Gait Characterization, Intell...
The Innovators: Dr. Hugh Herr, Director, Biomechatronics at MIT
Meet Dr. Hugh Herr, Director of Biomechatronics at MIT. Dr. Herr himself lost both his low...
published:16 Sep 2013
The Innovators: Dr. Hugh Herr, Director, Biomechatronics at MIT
The Innovators: Dr. Hugh Herr, Director, Biomechatronics at MIT
published:16 Sep 2013
views:1
Meet Dr. Hugh Herr, Director of Biomechatronics at MIT. Dr. Herr himself lost both his lower limbs at age 17 in a rock climbing accident. His passion for climbing drove him to build prosthetics for himself that were more like biological legs. Now Dr. Herr and his team at MIT design and build the Biom, artificial lower limbs that improve the lifestyle of amputees. The technology that Dr Herr and his team continue to develop goes beyond prosthetics that will continue to change lives.
15:16
Biomechatronics
...
published:12 Jun 2014
Biomechatronics
Biomechatronics
published:12 Jun 2014
views:13
0:10
Biomechatronics
Treadmill...
published:11 Jun 2014
Biomechatronics
Biomechatronics
published:11 Jun 2014
views:3
Treadmill
5:36
Biomechatronics
The future of physics and biology, with other subdisciplines....
Hugh Herr is building the next generation of bionic limbs, robotic prosthetics inspired by nature's own designs. Herr lost both legs in a climbing accident 3...
19:30
Biomechatronics| Hugh Herr
http://www.weforum.org/
"Hugh Herr is changing the way we think about our bodies. ""Bioni...
published:09 Mar 2015
Biomechatronics| Hugh Herr
Biomechatronics| Hugh Herr
published:09 Mar 2015
views:114
http://www.weforum.org/
"Hugh Herr is changing the way we think about our bodies. ""Bionic researchers,” he says, “contemplate a future world in which what is biological and what is not will be forever blurred.” Herr is director of the Biomechatronics group at MIT’s Media Lab, where he invents bionic limbs that move like flesh and blood, and exoskeletons that can extend function for us all. In this World Economic Forum video, Herr describes how he defied doctor’s predictions to transform the world of prosthetics and the lives of thousands of amputees, starting with his own.
Watch the full video above or read a selection of quotes below.
On disability
“Today we live in a world where disability is commonplace. The level of human suffering is beyond all human comprehension. So many people have disabilities and a poorer quality of life than they seek. The field of bionics imagines a future where that’s not the case, where disability has largely been solved.”
“The science and technology that will enable the elimination of disability after disability, will also I believe set the technological foundation for human augmentation. Recently we’ve established at MIT the centre for extreme bionics. It’s critically important to deeply understand how human’s work from our limbs to our brain - how does it all work?”
On imagining a world without barriers
“As you can see I’m wearing two artificial limbs. Twenty years ago, what I’m wearing today would simply be laughable, but it’s a start. The legs have six microprocessors, small computers and twenty four sensors that measure positions, accelerations, forces and whatnot. That sensory data goes into those microprocessors, and the microprocessor runs algorithms that control a muscle, tendon-like artificial actuator. And when I walk, what we’ve done is put forth algorithms that enable me to walk without much training. It’s very simple and natural for me to walk. It doesn’t really matter that they’re synthetic, because they move like flesh and bone.”
“This is an image of me, taken shortly after my limbs were amputated in 1982. What do you see here? Do you see a cripple? Do you see weakness or do you see extraordinary exciting potential? I asked my rehab doctor a few weeks after my limbs were amputated, what will I be able to do with my new body? He said you’ll be able to drive a car but you’ll need hand controls, but you’ll not be able to ride a bicycle or return to climbing mountains. He was wrong from my perspective today because he viewed my body as broken and he viewed current technology as forever stagnant, will never be upgraded, will never change.”
“I was very upset when he said I wouldn’t be able to do all these things I wanted to do, but quickly I realised that the artificial part of my body represented potential. It could be anything that I could imagine or the scientific world could imagine. I began imagining beyond limitation.”
On future bionics
“We’ve invested so many dollars in society to make wheeled vehicles better and better - cars, wheelchairs and whatnot. My hope is in this century we invest more dollars to make our own bodies, our own morphologies more efficient, stronger.”
“I believe in a decade or two, when we walk down the street we’ll routinely see people wearing machines, exoskeletons. How does all this current and future technology affect human identity? How a person sees their own body - and that body may be unusual with limb amputation or paralysis - and how society views unusual bodies?”
“Bionics has tremendous potential for society, but not without risk. We the people have in our creative power to end disability in this century, and simultaneously adhere with absolute obedience to the principle of human diversity and individual freedoms.”
0:49
Aron Ralston Using a Myoelectric Postural Controller with Modified Bebionic Prosthetic Hand
Biomechatronics Development Laboratory Department of Mechanical Engineering, UC-Boulder De...
Biomechatronics Development Laboratory Department of Mechanical Engineering, UC-Boulder Department of Bioengineering, UC-Denver | Anschutz Medical Campus Jac...
5:00
MecE 200: Biomechatronics
MecE 200 Video Presentation
Ruperto Raul Jr Sison
SOURCES:
http://science.howstuffworks.c...
published:16 Nov 2013
MecE 200: Biomechatronics
MecE 200: Biomechatronics
published:16 Nov 2013
views:29
MecE 200 Video Presentation
Ruperto Raul Jr Sison
SOURCES:
http://science.howstuffworks.com/biomechatronics1.htm
http://en.wikipedia.org/wiki/Biomechatronics
http://www.uofaweb.ualberta.ca/uofaengineer/article.cfm?article=22795&issue;=22643
http://en.wikipedia.org/wiki/Biomechatronics
http://www.newcastle.edu.au/students/degrees-to-careers/job/biomechatronics-engineer.html
http://www.engineering.ualberta.ca/en/Alumni/StayConnected/PastIssues/~/media/engineering/Alumni/Documents/EngineerMagazinePDFs/EngMag_spring11_.pdf
http://playfoundation.net/2010/10/get-to-know-mits-hugh-herr/
http://biomech.media.mit.edu/#/
http://www.dynastream.com/sdm
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EMG Controlled Active HKAFO (EMG Kontrollü Aktif Ortez) Marmara Biomechatronics ( Biyomekatronik)
EMG Controlled Active Orthosis For Child Difficulty in Walking.
(Osman Ülkir & Ömer Mutlu...
published:23 Jul 2015
EMG Controlled Active HKAFO (EMG Kontrollü Aktif Ortez) Marmara Biomechatronics ( Biyomekatronik)
EMG Controlled Active HKAFO (EMG Kontrollü Aktif Ortez) Marmara Biomechatronics ( Biyomekatronik)
published:23 Jul 2015
views:99
EMG Controlled Active Orthosis For Child Difficulty in Walking.
(Osman Ülkir & Ömer Mutlu Türk KAYA & Ömer Faruk SARIGÜL)
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[Video Interview] With Hugh Herr, director of the Biomechatronics Group at the MIT Media Lab
AVING NEWS had an interview with Hugh Herr, the director of the Biomechatronics Group at t...
AVING NEWS had an interview with Hugh Herr, the director of the Biomechatronics Group at the MIT Media Lab at 'Korea Electronics Show (KES) 2012' Question 1....
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CRAMER+Wii motion test at the Biomechatronics Laboratory - University of California Irvine
CRAMER is a Closed-chain Robot for Assisting in Manual Exercise and Rehabilitation. It's a...
CRAMER is a Closed-chain Robot for Assisting in Manual Exercise and Rehabilitation. It's a simple and low-cost mechanism that provides three degrees of freed...
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Biomechatronics Finger Linkage Demo
They call them fingers but I never see them fing. Oh, there they go. Biomechatronics finge...
PhysicistBrian Greene has a wonderful essay in October’s Smithsonian magazine on the centennial of Albert Einstein’s general theory of relativity. But then it all seemed to collapse ... The empirical research frontier? Detecting gravitational waves ... ....
Saudi Arabia's most senior cleric, the grand mufti, has said Thursday's stampede that killed more than 700 people at the annual Muslim pilgrimage to Mecca was beyond human control. He told the interior minister, Crown PrinceMohammed bin Nayef, that he was not to blame for the tragedy. Iran and several other countries have criticised Saudi authorities for the way they handled safety issues ...KingSalman has ordered a safety review ... ....
Starring Bollywood icon Priyanka Chopra, the ABC thriller follows a group of newbie FBI recruits, including AlexParrish (Chopra), who is framed for the biggest terrorist attack on New York City since 9/11. [...] Chopra makes an impressive American debut as Alex ... > ....
photo: Public Domain / NASA, ESA, and The Hubble Heritage Team STScI/AURA)
NASA has released an absolutely beautiful photo taken by the Hubble Space Telescope of the debris of a star that exploded 8,000 years ago. You’re looking at the Veil Nebula, a supernova remnant more than 2,000 light-years away ... Read this next....
Syrian rebels trained by the United States gave some of their equipment to the al Qaeda-linked Nusra Front in exchange for safe passage, a US military spokesman said. It is the latest blow to a troubled US effort to train local partners to fight Islamic State militants ... He had earlier said all weapons and equipment issued to the rebels remained under their control ... Reuters ....
Sengeh, a Harvard University and MIT-trained biomechatronics engineer who developed patented technology in the design of comfortable prosthetics, is a TED fellow and co-founder of the international charitable organization, GlobalMinimum (GMin), that encourages young people in Africa to engage in critical thinking skills and hands-on learning programs that tackle challenges affecting their communities ... WHEN.. Saturday, June 13, 9 a.m....
From The Pavilion's slow conveyance of the viewer's gaze (and virtually her body) through expansive 3D spaces filled with streamlined, if hybrid, biomechatronic objects and real brands, Monaghan reveals his visual literacy has been conditioned by advertising and cinema, two fields that share a decidedly intentional (as opposed to incidental or aesthetic) aim to their designs....
Arnold Schwarzenegger in TerminatorGenisys. Photo. Photo credit. Melinda Sue Gordon... In a terrifying development, they've started building Terminators there ... It was the only place with buildings large enough to accommodate the movie's gargantuan sets ... Photo. Melinda Sue Gordon ... Arnold Schwarzenegger, looking suitably biomechatronic, had a patch of green screen embedded in his cheek for digital augmentation to be applied later ... Photo ... Photo ... ....
ATLANTA, April 27, 2015 /PRNewswire/ -- For more than four decades, AUVSI's Unmanned Systems conference and trade show has been the premier worldwide event for the unmanned land, sea, and air industries ... And, as always, members of the press may register for complimentary access to all events ... Monday, 4 May ... GeneralSession ... Herr will share his personal journey to becoming a leader in the emerging field of biomechatronics....
JemimaKiss. Hugh Herr, a double amputee, top mountain climber and biophysicist, has done inspiring work aimed at eliminating disability. Hugh Herr, climbing with his prostheses. He can lengthen them, to give him a much greater reach than an ordinary human being. Photograph. / Andrew Kornylak/Aurora Photos/ ... Put that computing power in a biomechatronic limb and the result is one that feels as good, or better, than a biological one ... Show 25....
(Source. University of Portland) Chika Eke, a senior majoring in mechanical engineering, awarded prestigious three-year research fellowship from National Science Foundation to study at MIT. Chika Eke, a senior majoring in mechanical engineering, has been awarded a prestigious graduate research fellowship from the National Science Foundation ... Her goal is to complete her thesis through MIT Media Lab's BiomechatronicsGroup ... distributed by....
By Matt CantorPublished April 02, 2015Newser. Facebook0 Twitter0 Email Print. The exoskeleton boot in action. (AP Photo, Lisa Lau, Carnegie Mellon UniversityExperimentalBiomechatronics Lab). Tired of the agony of placing one foot in front of the other all on your own? A new boot is coming to the rescue ... ADVERTISEMENT. ADVERTISEMENT ... The Washington Post compares the process to the working of a catapult ... Advertisement. SciTech Connect ... ....
Reporters' notebook ... by and March 18, 2015 1.32 PM PDT. facebook. twitter. linkedin. googleplus. more. more + email ... digg ... This year's SXSW was a place to hear nuggets of wisdom from some of the world's greatest minds, including MIT's Hugh Herr, who heads biomechatronics research at the university's Media Lab; Google's Astro Teller, head of the Google X "moonshot factory," and Martine Rothblatt, who founded satellite-radio company Sirius XM ... ....
The key speakers include. ... The event will also showcase various new prototypes, such as plug and play devices for connected autos, smart monitoring devices, robots, electrical vehicle charging stations and virtual reality headsets from exhibitors that include Microsoft, Telescope, Clucid, Inc., GI Logic, Wearsens, Inc., Omnimmerse, UCLAWireless HealthInstitute, UCLA SmartGrid and UCLA Biomechatronics... Elise Anderson, (310) 206-7537....
10.58 PM ET. Camila Domonoske. Showing off our ugly sweaters before the @carnegiemellon EngineeringHolidayParty #ExperimentalBiomechatronicsLab #NPRuglysweaters. A photo posted by Mailing 🐱 (@mailingers) on Dec 12, 2014 at 2.01pm PST... From biomechatronics labs, office parties and living rooms across the nation, you responded. Here are a few of our favorites — and at the bottom, you'll find some pictures of NPR's own #NPRuglysweaters ... 🎄 ... ....