The so-called "flying flower order" means that two or more people quickly say a poem containing this word on a keyword. When one person finishes speaking, another person will say another poem containing this keyword in a very short time, and so on, until someone can't say it, he is out.
When it comes to the ability to store and retrieve data, computers are superior to human brains. The computer can quickly retrieve all the poems containing a certain keyword from the vast number of poems and memorize them. Although those beautiful poems are only simple zeros and 1 in the eyes of computers, computers simply don't understand the emotions contained in them.
From the mechanism of data processing, there are many similarities between human brain and computer. A computer has a CPU that processes data, so the CPU is called the brain of the computer. There should be something similar to CPU in the human brain, which processes a lot of information all the time. There is memory in the computer to temporarily store the data that the CPU has processed or will process. There should also be a short-term memory area in the human brain to store the intermediate data generated during the operation of the brain. Computers have external storage devices, such as hard disks, which store a large amount of data, but they are not processed in real time. There should also be a long-term memory area in the human brain. The knowledge we have learned usually sleeps in this area and is awakened by the brain when we use it.
The process of computer processing data is as follows: first, the data is transferred from the hard disk to the memory, and the CPU obtains the data from the memory for processing, and then returns the processing result to the memory. Only when you issue a save command will the CPU save the data in the memory to the hard disk. For example, if you use word processing software to modify a written article, opening the file is to transfer the data of the article from the hard disk to the memory. The modification process is that the CPU calls and writes back the article data in memory. When you need to save, press the Save button to save the modified article to the hard disk.
You will see that the processing speed and memory size of CPU are very important in the whole process. CPU has fast processing speed, short time to complete the same task, large memory, and can load more data at a time, eliminating the need to read and write hard disks frequently.
The process of data processing in human brain is similar to that in computer.
Take the mausoleum as an example. Suppose you know 100 a poem with "Hua" as the key word. This 100 poem is stored in the long-term memory area of your brain, and you generally don't transfer it to the short-term memory area. During the competition, you will transfer these poems to the short-term memory area, but your brain doesn't have that much memory, so you can't transfer all 100 poems to the short-term forgetting area at once. It's good to turn four or five sentences at a time. When it's your turn to speak, you should take out a sentence from the short-term memory area, and update the poems in the short-term memory area in real time according to the poems you have told others, and constantly import new poems from the long-term memory area to supplement the short-term memory area.
Computers can be upgraded, replaced with faster CPU, increased memory and hard disk capacity, and made more powerful performance.
The human brain is no good, and everyone's brain configuration is basically the same. In particular, the short-term memory area is very small, which is basically the level of remembering three or five sentences. And with the growth of age, the processing speed of the brain will slow down, the memory area will shrink, and you can't upgrade.
The advantage of the brain is not how fast the processing speed is and how big the memory is, but that it can coordinate these weak devices, make them run as efficiently and for a long time as possible, and make the input and output become an uninterrupted data stream. The soft power of the brain is greater than the hard power.
Taking a speech as an example, why can you make a long speech on a question? It's not that we write a draft in our mind first and then print it out with our mouths, but that we just make an outline in our mind and start talking. In the process of speaking, on the one hand, we should take into account the outline and know where we are; On the other hand, we should organize the language temporarily, store it in the short-term memory area, speak it at the same time, and constantly supplement the short-term memory area with new sentences. If this process goes well, we can continue to talk. If the short-term memory area is empty, we will get stuck before we can add it.
Hua Fei Ling's competition was similar to his speech, but Hua Fei Ling strictly limited what he said. It is a game to test the comprehensive level of the brain, and knowledge is only one aspect. When keywords come out, you should retrieve related poems from the long-term memory area of your brain in a short time, not just one sentence at a time, but at least two to five sentences at the same time and cache them in the short-term memory area. Because if every sentence is retrieved from the long-term memory area, the processing speed of the brain can't keep up with the speed of the live game, and the brain is also very easy to get tired during the long-term rapid operation and can't cope with the high-intensity brain-burning game.
The correct way is to make preparations in advance, retrieve the poetry-related keywords that may "fly" in advance, and then memorize them. During the competition, you can constantly use these poems to supplement the short-term memory area, so that it will not be exhausted, and you can constantly say new poems. If the short-term memory area is large, more poems can be stored at one time, and the response is relatively calm. If the short-term memory area is small and there are few poems that can be stored at one time, it is necessary to update them frequently, and the brain is prone to fatigue. Generally speaking, you should ensure that there are at least two poems in the short-term memory area, otherwise when your opponent speaks the poems you have stored in the short-term memory area, you will have to retrieve them from the long-term memory area, which will delay time.
There are also differences in retrieval speed. In the process of computer software design, in order to improve the retrieval speed, the data will be indexed. Just like the catalogue of books, a small amount of information will be used to mark more information, and a small amount of information will be retrieved to find the real large-capacity information.
The same is true of reciting poems with key words. You shouldn't store these poems in your brain in disorder, but you should index them.
The method I explore is classification. I'll first find out the keywords that contain keywords, such as poems about flowers, which can be classified according to peach blossom, apricot blossom, chrysanthemum and plum blossom. If there are many analogies, I can also divide small categories into big categories, such as spring flowers, summer flowers, autumn flowers and winter flowers. In this way, memory categories can be associated with small categories, from small categories to poems, and related poems can be quickly retrieved and stored in short-term memory areas. In the process of confrontation, if "Spring Flowers" can't be remembered for a while, you can quickly switch to "Summer Flowers", and there is always one for you.
Of course, I haven't thought of a good way to write down all kinds of poems, which made me miss many familiar poems during the competition.