qrcodes et R.A., Page 59

Ce scanner de poche analyse vos données vitales et vous les communique en temps réel | qrcodes et R.A. | Scoop.it

From dailygeekshow.com - February 5, 2014 12:24 PM

Google respectera-t-il les Trois Lois de la robotique ? | qrcodes et R.A. | Scoop.it

From ragemag.fr - February 4, 2014 1:02 PM

Brigitte Noirhomme's curator insight, January 22, 2014 9:22 AM

Je l'ai testé en français. Pas mal du tout mais je conseille de conserver la vitesse normale: si on ralentit la lecture, cela semble artificiel,.

Amélie Silvert's comment, January 29, 2014 8:52 AM

15 mots en gratuit seulement :(

173 Sud's curator insight, January 31, 2014 10:15 AM

Transcription de fichiers audio : l'outil ultime oTranscribe

Esther Garcia's curator insight, February 20, 2014 11:22 PM

Title: From Human to Cyborg? Custom-designed, Enhanced Prosthetics Are in Our Future

Author: Graham Noble

Date: February 5, 2014

Main Idea: Prosthetics can now not only help your ability but enhance it with this new technology.

Summary: 1) enhances your physical performance.

2) 3D printing technology can make it more affordable

3) New defensive armor could help our soldiers survive.

Opinion: I think this article was factual mostly.

Questions: Would this be considered a kind of a steroid?

Important: I think it is important because advances in technology could change our physical performance.

Sources: http://guardianlv.com/2014/02/from-human-to-cyborg-custom-designed-enhanced-prosthetics-are-in-our-future/

Katie Vazquez's curator insight, February 23, 2014 7:26 PM

Title: From Human to Cyborg? Custom-designed Enhanced Prosthetics Are in Our Future

Main Idea: The creation of bionic prosthetics that not only restore physical ability, but perform better than the originals could be seen in the near future.

Summary:

1. The development of exoskeletons and "smart" armor that are designed to enhance soldiers' protection and physical capability is currently being worked on by the military.

2. Neural interfacing aims to work in ways that the central nervous system can control the operation of a prosthetic and even receive sensory information from it.

3. 3D printing technology can help make artificial limbs more affordable and also allows for nearly limitless customization of prosthetics.

Opinion/POV: I didn't see an opinion nor POV in this article.

Question: How would a bionic prosthetic function?

Is this article important to science? Why?

Yes, I believe this article is important to science because it talks about the future of technology in prosthetics.

Source: http://guardianlv.com/2014/02/from-human-to-cyborg-custom-designed-enhanced-prosthetics-are-in-our-future/

Celest Ybarra's curator insight, March 29, 2014 8:10 PM

Main Idea: Prosthetics can not only help to enhance your ability to move but can also enhance it with the help of new technology

1)This article is about limb replacement for people who want to enhance their ability to move better

2)The development of exoskeletons and 'smart' armor were designed to perform better than the originals: faster, stronger, more dexterous and more precise than it’s organic predecessor.

3)3D technology can also help make the prosthetics more affordable, thus more popular

Opinion: The article was mostly based on facts, so I don't think was any opinions.

Questions: How much does it cost to get a prosthetic object? How many people already have this product?

Is this article important to science?: Yes, because it helps improves peoples lives, and results from using this product can help scientists, or researchers, in the future. With all of the information that that receive from the people who use the product, it can help further them into building even better prosthetics.

luiy's curator insight, February 5, 2014 6:36 AM

Et pourtant, les proto-robots du quotidien, autocuiseur, iPhone, Escalators et poinçonneur automatique ne sont pas moins robotiques que les spécimens à venir. C’est bien pour cela, au fond, que les questions éthiques sont posées avec urgence par ceux des chercheurs et des philosophes qui ont compris que le robot n’était pas un futur, mais un présent. Pour cela aussi qu’il peut être judicieux de comprendre comment l’avenir de cette science est en train de se jouer dans l’ombre des OPA et des marchés financiers.

Quand la robopsychologue Susan Calvin, héroïne d’un grand nombre de nouvelles d’Isaac Asimov est interrogée sur la dangerosité des robots, sa réponse est presque tout le temps la même : un robot ne peut pas être dangereux. Il ne le peut pas, parce que la couche fondamentale de son cerveau, le cœur même de sa pensée, est programmé pour obéir aux Trois Lois de la Robotique, essentielles pour fonder un rapport sain entre le robot et l’homme. La Première de ces lois indique qu’un robot « ne peut porter atteinte à un être humain, ni, en restant passif, permettre qu’un être humain soit exposé au danger ». La Deuxième loi affirme qu’un robot « doit obéir aux ordres que lui donne un être humain, sauf si de tels ordres entrent en conflit avec la Première loi ». La Troisième loi enfin veut qu’un robot « protège son existence tant que cette protection n’entre pas en conflit avec la Première ou la Deuxième loi ».