This Science Daily article seems to agree to a small degree.
For several decades many AI researchers have told us that artificial intelligence is around the corner, with the dream to put a robot in every home. Do our menial and dirty jobs for us, while waiting on us hand and foot. I have had a few discussion with Deans World readers on AI and am usually outnumbered. But it seems to me that the goal posts on the definition of AI keep getting moved until a wristwatch or hand calculator qualify as AI.
We see all kinds of robot projects with the goal to mimic human behavior. IBM's Deep Blue is certainly impressive defeating world Chess champion Garry Kasparov in 1997. But Deep Blue is a computer program and database that harbors no intelligence artificial or otherwise. It only follows preprogrammed instructions on how to make the next move. It does not ponder a move nor do a wit of thinking.
True AI would be something like
Arthur C. Clarke's HAL9000 in Space Odyssey. I don't doubt that real AI is possible and I'm sure some day we will see it, but I've seen little substantiative progress in the last couple of decades.

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Honda's Asimo Robot can run, jump up and down, climb up and down stairs and other impressive feats
as this short clip shows. But he has no rudimentary intelligence of his own. The intelligence is in the expert programming. The life-like appearance due to mechanical expertise combined with programming to give canned life-like appearances. In the clip the robot stopped and looked at himself in the mirror, stopped and admired another robot on display simply because the programmers programmed to do so. He had no curiosity nor inner compulsion to do it on his own. Heck he has no thought process to know what he is looking at.

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Developers of iCub robots want to develop leaning the way children do. By developing ability to understand and interact with their surrounding world through experiences. Six projects across Europe are working on six different aspect of the learning process.
The six projects include one from Imperial College London that will explore how ‘mirror neurons’ found in the human brain can be translated into a digital application. ‘Mirror neurons’, discovered in the early 1990s, trigger memories of previous experiences when humans are trying to understand the physical actions of others. A separate team at UPF Barcelona will also work on iCub’s ‘cognitive architecture’.
At the same time, a team headquartered at UPMC in Paris will explore the dynamics needed to achieve full body control for iCub. Meanwhile, researchers at TUM Munich will work on the development of iCub’s manipulation skills. A project team from the University of Lyons will explore internal simulation techniques – something our brains do when planning actions or trying to understand the actions of others.
Over in Turkey, a team based at METU in Ankara will focus almost exclusively on language acquisition and the iCub’s ability to link objects with verbal utterances.
This whole project causes my eyes to roll. I've a feeling that they will learn little if anything about AI. Like Honda's Asimo and Sony's Quro this project will, in the end, be a project to see how closely human behavior can be mimicked.
The cart is before the horse here. We won't learn about, and produce AI (which again I think is entirely possible) by making robots that act like humans. We are getting closer to reverse engineering the human brain. That is the direction AI needs to pursue. When we understand intelligence and what it is, then, and only then will be have the foundation to build machines and robots with artificial intelligence. We are making robots with the ability to move like humans. Rudimentary abilities to classify objects and recall them (although without thought). But no amount of classifying their surroundings and recalling them will be more than a database: one without curiosity or intelligence.
First lean precisely what intelligence is, then apply it to machine systems. When that happens AI will truly be "Child's Play."