The problem of computational power
1、 The bank can loan the idle computing resources to indivials or enterprises
the computing power resources here include software and hardware, mainly in the following two cases
1. With computing power software resources, without hardware resources, the computing power output mode of software and hardware cooperation in computing power bank can be realized. The tenth power itself is a server rental sales background, there are a lot of servers and other computing hardware resources, so you can avoid the cost of purchasing hardware equipment
2. There are no computing power software and hardware resources, only one computing power result is required. The computing power bank outputs computing power results for users through the existing built computing power platform resources, or provides VIP computing power output customization scheme for users
Second, indivials and enterprises have surplus computing resources, which can be stored in the computing bank to dispatch the demand side of computing power, and then share the rewards to the depositors according to the actual situationIf an enterprise has idle servers and other computing hardware resources, it can also sublet them in the computing bank to share the rent. Or it can be converted into computing services

At present, the tenth power computing platform can provide customers with idle computing power of personal devices worldwide and provide computing power support for world-class scientific research projects, involving mathematics, physics, chemistry, life sciences, astronomy and other fields
so far, the computing power can reach 30p, which is equivalent to the computing power of tianhe-2, the world's fifth largest supercomputer, and can meet the needs of all computing power projects on the market
the tenth power distributed computing resource platform is suitable for all kinds of projects that need a lot of computing power support, especially for scientific research, such as mathematics, physics, chemistry, life sciences, astronomy and other fields. At present, it is providing computing power support for 37 cutting-edge research projects across various academic fields. In addition, in the current more popular instry fields, it is becoming more and more popular, There are also a lot of application requirements

for example, all kinds of mining machines sold by digyi mining have high computing power and low energy consumption, so you can consult.
if you want to do a lot of things well, you should first fall in love with such things, and so is computing. Generally speaking, people studying science have better computing ability, because they love computing more than others.
don't avoid things related to computing in life.
many people are used to asking people when they encounter computing, although it's very simple computing, because in their hearts, Their computing ability is very poor, and it seems faster to ask others, and the error rate is also reced accordingly. Some people directly take out a calculator or mobile phone, and think that it is more convenient and faster. Over time, their computing ability will only become worse and worse
think more about the topic of numbers
for example, a hotel opens, You can set a cost for it according to the number you predict, calculate how long you can recover the cost, or calculate how much money you can add to the account after three years of deposit in the bank according to the interest. After habitually calculating such problems, you will find that you have a concept of the number, And the computing ability will be greatly improved
4
master some computing skills
many people around me will not use computing skills, for example, I ask 99 × When 99 is equal to several, many people feel that they can't calculate it by oral calculation. In fact, this skill was often used in our primary school, but as we grow up, we graally forget these skills, such as converting to 99 × In addition, if I ask what is 55 + 56 + 57, many people really add one by one. In fact, they can quickly calculate 56 by simple multiplication × 3 on the line, a lot of calculation can use the above skills to calculate and transform, and really use up to rely on their own efforts
you can first use the parallelogram rule, that is, any two forces are regarded as two sides of a parallelogram, Then translate the two sides into a parallelogram. Then draw a diagonal line, which is the resultant force of the two forces.
in fact, the two of them are the same. You can see it by making a little bit.
the triangle rule refers to the combination of two forces (or any other vector), whose resultant force should be to move the starting point of one force to the ending point of another force, The resultant force is from the starting point of the second to the end point of the first.
vector representation is to use a line segment and an arrow to represent a physical quantity. The length of the line segment represents the magnitude of the vector quantity, and the arrow represents its direction.
if there are two forces with different magnitude and direction, calculate their resultant force with an appropriate amount of triangle, and connect the tail of the second force with the head of the first force, Their resultant force is a vector with the tail of the first force pointing to the head of the second force. After drawing, you can see that the three constitute a triangle, which is called vector triangle
