 More and more requirements from society and the robots are applied for different areas such as industrial robots, service robots, special purpose robots and so on. So robots are everywhere. We still need to do more research on the area. Then why do we really need to bring inspired robots? Because traditional robots can never be as clever as humans, can never be as flexible as humans, can never be humans' good friends because they are designed very differently. It is why we need to consider another direction. Then what is the opportunity? Because today the information science and the neuroscience get a good interaction. It inspires, brings inspired intelligence, which includes bring inspired robots. And this is a new direction for robotics research. First kind of robots is traditional robots. It has fixed sensors, fixed controller. It doesn't have good learning ability and it has mechanical and electronics and it has different supports. And the second kind of robots are self-learning robots. These kind of self-learning robots are designed for a particular task and these kind of self-learning robots is good in learning. However, they need a plenty of data and also they are not designed basically on human biological model. And the third kind of robots are bring inspired robots. They are designed basically on human biological model. They may have different skills such as their teacher, organ, animal and society. For this kind of bring inspired robots, if we consider about the organ for example, then we can consider the robot may have vision, motion, decision, some kind of this kind of model which corresponds to software. And also they may have hardware such as arm, hand, leg which corresponds to hardware. The core problem of bring inspired robots may have two parts. One is integration, another part is mechanical and electrical supports. For the integration, it may include sensory and motor transformation and also mechanical perception from different sources. We think that the third kind of robots can benefit from each other for different applications. First of all, we consider performance. We also need to consider about the price and the special applications. Then, what is the current situation of neural robotics in human brain project in Europe? The neural robotics is one part of the whole project and also neural robotics is one of six major platforms. In our work for the visual model of bring inspired robots, we introduce the membrane association and many other parts. And the model is performances by the current coordination performance. And also in our work in vision motion model of bring inspired robots, we consider the sensory and motor transformation and also some kind of collaboration by the cerebrum and we get the better performance for the system. The robot can achieve high precision and high speed at the same time. And also for the neural scientists, the robot right and the robot monkey are designed. The robot monkey right is used for the neural scientists to understand the social behavior of real right. And the robot monkey is used for the training for the monkey. And we think that bring inspired robot has a very wide application, have excellent performance. We also know that there are a lot of challenges such as which kind of model can be adopted for the robot and how it can be adopted to achieve the goal. And we think that bring science and information science interact with each other very well. Robotics get benefit from both areas and also get very good flexibility, very good intelligence to be humans good friends. And to be more general for many tasks is the dreams of robotics. It needs our efforts. Thank you.