Prop ore pool
Publish: 2021-03-26 22:10:53
1. PPLNs + is a mining pool
income distribution
mode, which is created by AA mining pool. The optimized combination of traditional PPLNs, pplnt and prop modes makes it more accurate and efficient in
computing power
and income distribution. The concrete intuitive embodiment is that the income obtained from digging blocks is accurately distributed, and the long-term mining improves the miners' income.
income distribution
mode, which is created by AA mining pool. The optimized combination of traditional PPLNs, pplnt and prop modes makes it more accurate and efficient in
computing power
and income distribution. The concrete intuitive embodiment is that the income obtained from digging blocks is accurately distributed, and the long-term mining improves the miners' income.
2. bitcoin is also "g" out, but it is mined out in the virtual network world by computers (which we generally call "mining machine"). Therefore, to dig money, we also need to select a suitable area, build a factory, connect hundreds of mining machines and dig together. This is the mine
the cost of a mine includes construction cost, equipment cost, maintenance cost, network cost, etc. The maintenance cost includes the cost of electricity and manpower, which is why we will build the mine in a place with relatively low electricity charges. The payback cycle of a bitcoin miner is related to many factors, such as policy, technology, currency price, computing power, maintenance status and so on. It generally takes 200-300 days to payback. But as the market fluctuates, so does the cycle
with the mine, let's talk about the mine pool. As more and more people are now engaged in mining, more and more mining machines and mines are added, and the total power is growing. In this case, the probability of a single miner digging into bitcoin is getting smaller and smaller. So, people came up with a way. Since mining machines can't do it alone, we can combine mining machines to compete with other mining machines in the world - the collection of computing power of mining machines is the so-called mine pool. In this way, the probability of mining can be greatly increased. When bitcoin is g, corresponding rewards will be given to each miner according to its contribution to the total computing power
the concept of mine pool is more abstract than mine field. The ore pool can be a collection of several mining machines, or a collection of computing forces of mining machines in a number of mines. For example, when it comes to a mining pool in China, the mining machines connected to the pool include both Chinese and foreign mining machines, which are distributed according to work regardless of region.
the cost of a mine includes construction cost, equipment cost, maintenance cost, network cost, etc. The maintenance cost includes the cost of electricity and manpower, which is why we will build the mine in a place with relatively low electricity charges. The payback cycle of a bitcoin miner is related to many factors, such as policy, technology, currency price, computing power, maintenance status and so on. It generally takes 200-300 days to payback. But as the market fluctuates, so does the cycle
with the mine, let's talk about the mine pool. As more and more people are now engaged in mining, more and more mining machines and mines are added, and the total power is growing. In this case, the probability of a single miner digging into bitcoin is getting smaller and smaller. So, people came up with a way. Since mining machines can't do it alone, we can combine mining machines to compete with other mining machines in the world - the collection of computing power of mining machines is the so-called mine pool. In this way, the probability of mining can be greatly increased. When bitcoin is g, corresponding rewards will be given to each miner according to its contribution to the total computing power
the concept of mine pool is more abstract than mine field. The ore pool can be a collection of several mining machines, or a collection of computing forces of mining machines in a number of mines. For example, when it comes to a mining pool in China, the mining machines connected to the pool include both Chinese and foreign mining machines, which are distributed according to work regardless of region.
3.
bus line: Maglev → Metro Line 2 → Metro Line 10, the whole journey is about 56.8km
1. Walk about 1.6km from Shanghai Pudong International Airport to Pudong International Airport Station
2. Take maglev, pass 1 station to Longyang Road Station
3. Take Metro Line 2, pass 6 stations to Nanjing East Road Station
4. Walk about 240m, Transfer to Metro Line 10
5, take Metro Line 10, go through 13 stops to Hongqiao terminal 1 station
6, walk about 420 meters to Shanghai Hongqiao Airport
4. I believe you have been discussing PPS and prop recently, which is the best for miners? The generation of bitcoin block is: after the block is discovered by the mine pool, it will be broadcast to the whole network. After 120 times of confirmation, the block will be generated. PPS mode is: every time the miner contributes a bit of speed, the mine pool pays the miner the corresponding bitcoin. The bitcoin of the mine pool still comes from the real block generation, but before the real block generation, the mine pool pays the miner in advance. The prop mode is: after 120 times of confirmation, bitcoin will be allocated to miners according to the contribution of each miner. This mode is more consistent with the generation of bitcoin blocks. Why do miners dig up different amount of bitcoin every day in the pool of prop mode? PPS mode is paid in advance by the mine pool, so as long as the miners' speed is stable, the number of bitcoins they get every day will be stable. The prop mode requires 120 confirmations before the mine pool pays the miners. Because the real block generated by the mine pool is determined by probability, the number of bitcoins that the miners get every day will be different. Miners don't just dig for one or two days, so it's meaningless to discuss the number of bitcoins they dig each day in these two models. In prop mode, even if no real block is generated for the time being, the real block will be allocated to each miner according to the contribution of digging this block. Miners dig bitcoin for at least a few months, or even a few years, so in the long run, the amount of bitcoin g out by these two modes is the same.
Hot content