Second hand play guest cloud automatic mining
Publish: 2021-05-09 14:48:00
1. The simplest way is to fill your 1t hard disk. If you want to mine, you have the smallest space. It seems to be 200g. If it is less than this value, mining will not take effect.
2. It will affect the income
mining machine score M = (hardware capacity * hardware factor + bandwidth * bandwidth factor + storage value * storage factor) * (online ration / 24 hours); Total amount of currency issued on the same day = CT hardware capacity: CPU efficiency and memory size of mining machine. At present, the hardware capabilities of the first generation of player cloud are the same, with the capability values of 1, CPU factor weight of 20, memory factor weight of 10
---
bandwidth: the uplink bandwidth measured by the trusted node. To encourage the participation of distributed nodes, the bandwidth factor is 10 at 1-8m, 5 at 9-20m and 1 at 21-100m; 100m or above shall be calculated as 100m; The step progressive algorithm is adopted (see the example below for details)
storage: the storage space that can be used for mining measured by the trusted node. In order to encourage users to share more of their idle storage resources, the storage value is set as 0200g-1000g when it is less than 200g, 1 when it is greater than 1000g, and 2 when it is greater than 1000g; The storage factor is 5
online time: the trusted node will sum up the effective online time of the previous day every day, calculate the score of the whole network and distribute the game coins
an example of mining machinery fraction algorithm:
when the bandwidth is 1m, the storage is 100g, and the online time is 12 hours
miner score = * (12 / 24) = 20
when the bandwidth is 8m, the storage is 300g, and the online time is 24 hours
miner score = * (24 / 24) = 115
when the bandwidth is 9m, the storage is 300g, and the online time is 24 hours
mining machine score = {1 * (20 + 10) + + 1 * 5} * (24 / 24) = 120
when the bandwidth is 20m, the storage is 500g, and the online time is 24 hours
mining machine score = {1 * (20 + 10) + + 1 * 5} * (24 / 24) = 175
when the bandwidth is 21m, the storage is 500g, and the online time is 24 hours
mining machine score = {1 * (20 + 10) + + 1 * 5} * (24 / 24) = 176
when the bandwidth is 100m, the storage is 500g, and the online time is 24 hours
mining machine score = {1 * (20 + 10) + + 1 * 5} * (24 / 24) = 255
mining machine score M = (hardware capacity * hardware factor + bandwidth * bandwidth factor + storage value * storage factor) * (online ration / 24 hours); Total amount of currency issued on the same day = CT hardware capacity: CPU efficiency and memory size of mining machine. At present, the hardware capabilities of the first generation of player cloud are the same, with the capability values of 1, CPU factor weight of 20, memory factor weight of 10
---
bandwidth: the uplink bandwidth measured by the trusted node. To encourage the participation of distributed nodes, the bandwidth factor is 10 at 1-8m, 5 at 9-20m and 1 at 21-100m; 100m or above shall be calculated as 100m; The step progressive algorithm is adopted (see the example below for details)
storage: the storage space that can be used for mining measured by the trusted node. In order to encourage users to share more of their idle storage resources, the storage value is set as 0200g-1000g when it is less than 200g, 1 when it is greater than 1000g, and 2 when it is greater than 1000g; The storage factor is 5
online time: the trusted node will sum up the effective online time of the previous day every day, calculate the score of the whole network and distribute the game coins
an example of mining machinery fraction algorithm:
when the bandwidth is 1m, the storage is 100g, and the online time is 12 hours
miner score = * (12 / 24) = 20
when the bandwidth is 8m, the storage is 300g, and the online time is 24 hours
miner score = * (24 / 24) = 115
when the bandwidth is 9m, the storage is 300g, and the online time is 24 hours
mining machine score = {1 * (20 + 10) + + 1 * 5} * (24 / 24) = 120
when the bandwidth is 20m, the storage is 500g, and the online time is 24 hours
mining machine score = {1 * (20 + 10) + + 1 * 5} * (24 / 24) = 175
when the bandwidth is 21m, the storage is 500g, and the online time is 24 hours
mining machine score = {1 * (20 + 10) + + 1 * 5} * (24 / 24) = 176
when the bandwidth is 100m, the storage is 500g, and the online time is 24 hours
mining machine score = {1 * (20 + 10) + + 1 * 5} * (24 / 24) = 255
3. No, there are two ways to play: conservative and wise. You said 500 cash reward is a conservative way to play
conservative play: hang up for 24 hours, 2m upload bandwidth, more than 200g free space. The daily output of crystal is equivalent to 0.68 yuan, about 500 yuan in two years
wise play: according to the hang up time, upload bandwidth and storage capacity, the number of play coins proced by mining every day changes. At the beginning of the 12th, each machine proced about 70 coins a day. At present, about 20-30 coins a day.
conservative play: hang up for 24 hours, 2m upload bandwidth, more than 200g free space. The daily output of crystal is equivalent to 0.68 yuan, about 500 yuan in two years
wise play: according to the hang up time, upload bandwidth and storage capacity, the number of play coins proced by mining every day changes. At the beginning of the 12th, each machine proced about 70 coins a day. At present, about 20-30 coins a day.
4. The essence of a distributed CDN is to share bandwidth. Compared with the way of playing digital currency, the revenue of shared CDN business is stable. It is linked to the upload speed of broadband, and mining is converted into currency
it can be seen from gamer cloud that blockchain routing is indeed a tuyere, and the return of every early batch entry is high. At present, the return has gone down. I am currently focusing on jCG
K3, an old brand of routing. Compared with old mining areas, mining in new mining areas will be much easier. Moreover, it is an intelligent router equipped with blockchain technology, which can be used for home use besides mining, But we also need to consider the risk, it depends on indivial decision-making.
it can be seen from gamer cloud that blockchain routing is indeed a tuyere, and the return of every early batch entry is high. At present, the return has gone down. I am currently focusing on jCG
K3, an old brand of routing. Compared with old mining areas, mining in new mining areas will be much easier. Moreover, it is an intelligent router equipped with blockchain technology, which can be used for home use besides mining, But we also need to consider the risk, it depends on indivial decision-making.
5. Yes, but it doesn't make much sense
after all, the capacity of USB flash disk is much smaller than that of hard disk. It is recommended to use mobile hard disk with 2T capacity, or desktop hard disk with mobile hard disk box.
after all, the capacity of USB flash disk is much smaller than that of hard disk. It is recommended to use mobile hard disk with 2T capacity, or desktop hard disk with mobile hard disk box.
6. Yes
there must be a USB connected mobile hard disk or hard disk case
and the capacity must be more than 200g
so the small capacity U disk can not be used.
there must be a USB connected mobile hard disk or hard disk case
and the capacity must be more than 200g
so the small capacity U disk can not be used.
7. No damage to the hard disk
I've been using it for more than a year
ten of them have no problem
if you want to cash it
it's recommended to buy the second generation of moneymaker
it's easier to cash it
I've been using it for more than a year
ten of them have no problem
if you want to cash it
it's recommended to buy the second generation of moneymaker
it's easier to cash it
8. Unknown_Error
9. Joule's Law: q = I & # 178; RT can be seen that electrical energy into heat and resistance are inextricably linked
carriers (electrons for metals, cation and anion in solution...) move in a directional direction under the action of electric field force. Take the metal as an example, the electrons make directional motion under the action of electric field force. However, because the metal has temperature, the electrons themselves have kinetic energy. They are doing disorderly thermal motion and colliding with each other. After the electric field force is added, the thermal motion of their collision cannot be changed, and the collision will generate heat! In addition, metal atoms can also affect the movement of electrons. Metal atoms may be ionized by electron collision, and then capture this or another electron because of the attraction of the nucleus, which is in dynamic equilibrium in the capture ionization process. The capture of this process will emit electromagnetic waves, most of which are visible light, and most of them are red and yellow, which is also the luminous principle of incandescent lamps
however, gases still exist. For example, in incandescent lamps, tungsten vapor is sublimated on the surface of high-temperature filament. Because of this sublimation, the filament becomes thinner and thinner, and the resistance of the bulb becomes larger and larger. Because the family bulbs are all in parallel, the phenomenon that can be seen is that the light of the bulb is getting darker and darker. Moreover, after the lamp is turned off, There is a layer of black gray material on the inner surface of the bulb glass, which is tungsten metal powder formed by tungsten vapor condensation.
carriers (electrons for metals, cation and anion in solution...) move in a directional direction under the action of electric field force. Take the metal as an example, the electrons make directional motion under the action of electric field force. However, because the metal has temperature, the electrons themselves have kinetic energy. They are doing disorderly thermal motion and colliding with each other. After the electric field force is added, the thermal motion of their collision cannot be changed, and the collision will generate heat! In addition, metal atoms can also affect the movement of electrons. Metal atoms may be ionized by electron collision, and then capture this or another electron because of the attraction of the nucleus, which is in dynamic equilibrium in the capture ionization process. The capture of this process will emit electromagnetic waves, most of which are visible light, and most of them are red and yellow, which is also the luminous principle of incandescent lamps
however, gases still exist. For example, in incandescent lamps, tungsten vapor is sublimated on the surface of high-temperature filament. Because of this sublimation, the filament becomes thinner and thinner, and the resistance of the bulb becomes larger and larger. Because the family bulbs are all in parallel, the phenomenon that can be seen is that the light of the bulb is getting darker and darker. Moreover, after the lamp is turned off, There is a layer of black gray material on the inner surface of the bulb glass, which is tungsten metal powder formed by tungsten vapor condensation.
Hot content