Why is cloud computing called mining
Publish: 2021-05-16 07:07:20
1.
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all public cloud manufacturers explicitly require that they are not allowed to use the cloud server for mining, otherwise they will be banned
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GPU is mainly used in mining. At present, GPU servers provided by public cloud manufacturers are more expensive, which is not cost-effective, so it is better to use special chips
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of course, some hackers intrude into the server through vulnerabilities, implant mining programs and scripts on it, and carry out mining operations, but this is illegal in itself
2. Strictly speaking, bitcoin mining is not cloud computing, but more similar to the meat machine commonly used by hackers
cloud computing is to submit the local computing tasks to the remote cloud. The specific computing methods used in the cloud can be centralized or distributed
bitcoin is a typical distributed computing network, which uses the idle time of many local machines to exchange digital currency with electricity.
cloud computing is to submit the local computing tasks to the remote cloud. The specific computing methods used in the cloud can be centralized or distributed
bitcoin is a typical distributed computing network, which uses the idle time of many local machines to exchange digital currency with electricity.
3. Cloud is a metaphor of network and Internet. In the past, cloud was often used to represent telecom network, and later it was also used to represent the abstraction of Internet and underlying infrastructure.
4. If the ovary is not good, it means that the uterus is not complete. Embryo development is completed in the uterus. If the uterus is intact, it should be able to be a test tube baby
5. You may be testing in the wrong way. Because generally speaking, they will ovulate. I suggest you use radish test paper. Because this measurement is very accurate. Don't pretend it's convenient for you to determine the ovulation period.
6. Unknown_Error
7. CPU is not the more cores, the better.
multi core just means that they have an advantage in multithreading.
for example, a four core 1g CPU can only send two people to perform two tasks, which means that four people can only send two people to work at the highest speed of 1G. The other two people have nothing to do and are idle.
If a al core 2G CPU performs two tasks, both of them are useful, Moreover, they can complete their work at the highest speed of 2G, which is twice as fast as the four cores just now.
when we use computers in our daily life, we only use one core and the other is basically idle. We only use games or multiple software to use another CPU
multi core just means that they have an advantage in multithreading.
for example, a four core 1g CPU can only send two people to perform two tasks, which means that four people can only send two people to work at the highest speed of 1G. The other two people have nothing to do and are idle.
If a al core 2G CPU performs two tasks, both of them are useful, Moreover, they can complete their work at the highest speed of 2G, which is twice as fast as the four cores just now.
when we use computers in our daily life, we only use one core and the other is basically idle. We only use games or multiple software to use another CPU
8. In principle, it is true that the more cores there are, the stronger the processing power is, because no core can be regarded as a relatively independent CPU. In the same time and at the same dominant frequency, each core independently completes the computing task, and the performance is certainly higher. However, in reality, the ability of multi-core needs software to cooperate. The specialty of multi-core is multi-threaded parallel computing, that is, it can perform different tasks at the same time. If the running software supports multi-threaded parallel computing well, the specialty of multi-core can be brought into play. If it is the program that the next calculation completely depends on the result of the previous step, The advantage of multi-core is not obvious.
9. Yes, it is
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