08-16-2017, 09:17 PM
BLUE BRAIN is the name of the world's first Virtual Brain. That means it's a machine that can think, make decisions based on past experience and can store things in memory like a normal human brain does.IBM in collaboration with EPFL is currently developing this Blue Brain. The main objective of the project is to study neurological diseases and load human brain contents into the virtual brain. Within the next 25 years we would be able to scan ourselves on the computer. The human brain is God's most valuable creation. Man is intelligent by the brain. "Blue Brain" is the name of the world's first virtual brain. That means a machine can function as a human brain. Today scientists are in research to create an artificial brain that can think, respond, make decisions and save anything in memory. The main objective is to charge the human brain in the machine. So that man can think, make decisions without any effort. After the death of the body, the virtual brain will act as the man. Thus, even after the death of a person we will not lose the knowledge, intelligence, personalities, feelings and memories of that man that can be used for the development of human society.
Raising is possible by using small robots called "Nanobots". They are so small that they can travel through the brain and spiral. Its basic functionality is that it will monitor the activities of the neuron and explore the structure of the brain. Define the data using sensory technology (Figure 2). There is a method called data acquisition where by using the nurolucida software package that runs on the Windows workstation, we reconstruct the Neuronal 3D morphologies by taking the brain slices of the living being. For the Blue Brain project, a specially developed 12 patch clamp instrument was developed that studies the behavior of neurons . In the simulation, there is NERON software that is written in C, C ++ and FORTRAN where we study the cells using algorithms. These algorithms have to be defined according to age; Race of the living being that is simulated. The software collects data from the nanobots is BBP-SDK, ie Blue Brain Project Software Development Kit. The results are visualized by the application of RT neurons written in C ++ and openGL (Figure 3). Using these developments, an experiment was carried out using a South American sparrow. A computer model of the bird's lungs was developed. Just as the bird sings through the folds of the tissues, these impulses were transferred to the model that began to sing like the bird.