Take a look around you right now. You may be sitting in front of a computer and, chances are, there’s a phone or some other “smart” device in your vicinity. There have been plenty of conversations about whether or not robots could – or should – be entrusted with life and death decisions. The United States Office of Naval Research announced a five year, $7.5 million grant to study the possibilities for creating moral robots. The five year program includes researchers from Rensselaer Polytechnic Institute, and Tufts, Brown, Georgetown, and Yale Universities.
Besides all of the many technological challenges, the prospect of creating robots with morals raises an intriguing question: whose morals?
The basic idea is to create an infantile robot capable of acquiring moral sensibilities. That might result in a more human-like morality, but engineers have less control over the end result and there are risks in that, as well.
There are many questions about the ethicality of building moral robots, moral dilemmas which we have yet to work out. What’s your take?
How Medicare Data influcence our life? When you get hurted (which we don’t wish to happen), how will Medicare system take care of you? To what extent will Medicare System pay you? What is the high cost and low cost contributors to the Medicare system? In our project, we will do researchs on the real world Medicare claims data to get valuable insights on both the data and on parties who are involved in it like healthcare system.
This art project, which will ‘vanish’ at the end of October 2014, was created using eco-friendly materials and GPS technology in a fascinating way. The National Mall in Washington, DC is the site of the commissioned artwork, created by artist Jorge Rodriguez-Gerada. The giant portrait is visible from the ground, from atop the Washington Monument, and from outer space!
A little explanation by the artist… “I use vector files, which are images based on points that have algorithms to keep the curves in position. Then we use high-accuracy GPS technology to place stakes in the ground, and string to delineate the curves. The etching design also makes it work — the farther away you are, the more it comes together as shadowing. So when we get the final images from the satellite from space, it will actually look photographic.“
Read more about his vision & the work itself in these two articles:
University of Missouri, US – 2 projects:
“RaW”, led by Chao Fang, finding protein substructures to enhance knowledge of protein function using analytics!
“DORK”, led by Xinjian Yao, using analytics to understand Medicare data to further understand what happens in the system.
University Putra Malaysia: Embedded Systems for Public Water Management, led by BALAMI Emmanuel Luke, toword making water supplies more sustainable.
Lumbini Engineering College, Nepal – event held September 28 to inform students about Smarter Planet, Bluemix, Watson, IBM and Students for a Smarter Planet opportunities. Led by Basant Pandey.