RP-VITA, Dr. Roboto - Remote Control Telepresence Healthcare

Intouch Health, a company founded in 2002, provides remote presence solutions for health care, in the form of robots.

The latest robot developed by Intouch Health is RP Vita. It has environmental awareness that allows it to move around a hospital without bumping into people or things. The doctor controls the robot through the use of an iPad by pointing to where it should go. The patient sees the doctor's head displayed on a screen perched on the top of the robot, as depicted in the picture below:

It sounds a bit strange, but these robots are in many hospitals, and are useful in rural areas where there are few medical specialists.  

The presentation below explains the key points of the use of tele-robotics in medicine:

RP-VITA: A Glimpse at the Future of Healthcare Delivered Today: WIRED Health Conference, 10/16/12
Yulun Wang: Meet Dr. Roboto, Your New Bedside Caregiver from WIRED on FORA.tv

Cute NAO robot performs "Evolution of Dance" and is an active participant in research with young people who have autism spectrum disorders.

I came across a cute video of a NAO robot performing the Evolution of Dance, and as I smiled, I remembered that the robot was used in some research about interventions for young people with autism. 


The technology behind the NAO robot was developed by Aldebaran Robotics, and more details can be found on the company's website, along with the video and links I've provided below. (Aldebaran Robotics is hiring, btw.)


Enjoy the dance performance!

Evolution of Dance by NAO Robot 


DEPCO NAO Robot and Notre Dame Autism Research 



NAO Next: Gen: The New Robot of Aldebaran Robotics



New Robot Helps Autistic Children Interact (UConn) Research with Tim Giffort, CEO of Movia Robotics, and UConn professor Anjana Bhat 


(Above)Bruno Maisonnier of Aldebaran Robots Highlights Therapeutic Uses of the NAO Robot 

RELATED 
Aldebaran Robotics NAO Developer Website Psychologist explores effective treatment options for children with autism disorders 
Susan Guibert, Notre Dame News, 4/16/10 
Robot Speaks the Language of Kids 
Beth Krane, UConn Today, 8/5/10 
Movia Robotics: Systems for Learning, Training, Education and Therapy 
Timothy Gifford and Anjana Bhat on Using Robots to Help Autistic Children 
Rachel Z. Arndt, FastCompany, 4/1/11 
Anjana N. Bhat, University of Connecticut Timothy Gifford 
Social story powerpoint for children with autism who are participate in research at the FUN Lab at Notre Dame (ppt)

Quick Post: Video- Electroactive Polymers (EAP) for a Robot Head; link to OpenMaterials.org

Electroactive Polymer Robot Head


For more information:  
Electroactive Polymers (EAP) as Artificial Muscles (EPAM) for Robotic Applications
Wikipedia:  Electroactive Polymers

Electroactive Polymers Robot "Flying Fish" Transparent Blimp

"The worldwide first EAP propelled airship was made at Empa in collaboration with aeroix GmbH and the Technical University of Berlin. This lighter-than-air vehicle with 8 m in length consists of a slightly pressurized Helium filled body of a biologically inspired form with Dielectric Elastomer (DE) actuators acting as muscles and deforming the body and tail fin in a fish-like manner."


I wonder if the Blimp's surface could be transformed for interactive ads....I'm sure someone is working on this now!

RELATED
OpenMaterials.org (This is a rabbit hole I'll need to explore further.)

"OpenMaterials is a research group dedicated to open investigation and experimentation with DIY production methods and uses of materials.

In the spirit of the open source software and hardware movements, we hope to promote materials to be researched and developed in a public, collaborative manner. We see materials as an open resource, and wish to establish an open process for exploring and sharing knowledge, techniques and applications related to materials science."

Smart & Adaptive Polymer Lab, University of Toronto

SOMEWHAT RELATED
Last night I dreamt about haptic touch-screen overlays... (IMT post from about a year ago that focuses on haptic/tactile feedback, electroactive polymers, and nano-materials.)

For a smile:  "Musical Heads" Watch the Neurosonics Audiomedical" video (via Chris O'Shea)