Imagination from human brain to search engine

The human brain is a complex thing. artificial intelligence research has always existed in different directions of intelligence and behavior since the study of the brain. Computers can play chess and writeArticleIn an extreme opinion, AI is actually a problem of optimization. The problem of optimization is a search problem. If you have enough computing power, you can have enough intelligence ". Many people who have just entered this field are keen to study annealing, genetics, etc.Algorithm. However, the actual situation is far more complex than this. No matter how much you play chess or write articles or learn that robots play football, it is only a simulation of human behaviors by computers, rather than a simulation of the brain, these are just human intelligence, not computer intelligence. Computers are still a computing tool. AI has a long way to go ,...... A little too far.

Recently, let's look at the Lucene principle andCodeAnalysis, transforming unstructured data into structured data. In this process, indexes are created and searched by the search engine for analysis and retrieval, which still relies on powerful computing capabilities, search results are often unpredictable. The human brain can give answers faster. For example, Google "apple peel ".

The human brain is composed of many living cells, some of which are very active and some are relatively quiet. Different areas of the brain store different information (this has been confirmed in medicine that some brain-impaired patients will lose part of their memory ). Human memory is actually composed of different living cells, including experience and knowledge. Living wave cells often hold close memories, and memory cells with a long history gradually become quiet. When external requests occur, the nerves transmit the information to the cells and the cells respond. The cellular response of live waves is of course the fastest. Human Brain retrieval pays more attention to transmission costs and time, and the response is taken care of by memory cells rather than by an engine. The most frequently used memory cells have the fastest response. Based on this, we can define a search engine that simulates the human brain. Any knowledge is carried in a living cell or object. When a request occurs, information is transmitted to these objects, each object will respond to these stimuli. These cells or objects can be scattered in different computers through the cloud, so the main cost of this search is concentrated in the cost of neural transmission. Every piece of information is a living individual, it is not just disk data. In fact, we can further make him smarter and further split new cells.