There's no algorithmic patterns, but neural networks can speed up the process.
https://github.com/nnmin/NeuralMinerETH
Topic: Algorithms : alternative to brute forcing solutions (Read 289 times)
It's likely quantum computers will be excellent miners. They can probably zoom in on solutions much quicker than the random massive parallel method. We will probably find out in a year or five.
Quantum computers are already available as experimental cloud services. It won't be long until speed and number of qubits are useful. Then, some clever developer will start solo mining bitcoins and find a lot of profitable blocks all by himself.
I do not think that quantum computers will be used for mining cryptocurrency. There are more interesting problems that they can solve. But I'm waiting for them to be tested in mining.Quantum computers are already available as experimental cloud services. It won't be long until speed and number of qubits are useful. Then, some clever developer will start solo mining bitcoins and find a lot of profitable blocks all by himself.
It's likely quantum computers will be excellent miners. They can probably zoom in on solutions much quicker than the random massive parallel method. We will probably find out in a year or five.
Quantum computers are already available as experimental cloud services. It won't be long until speed and number of qubits are useful. Then, some clever developer will start solo mining bitcoins and find a lot of profitable blocks all by himself.
I do not think that quantum computers will be used for mining cryptocurrency. There are more interesting problems that they can solve. But I'm waiting for them to be tested in mining. Quantum computers are already available as experimental cloud services. It won't be long until speed and number of qubits are useful. Then, some clever developer will start solo mining bitcoins and find a lot of profitable blocks all by himself.
It's likely quantum computers will be excellent miners. They can probably zoom in on solutions much quicker than the random massive parallel method. We will probably find out in a year or five.
Quantum computers are already available as experimental cloud services. It won't be long until speed and number of qubits are useful. Then, some clever developer will start solo mining bitcoins and find a lot of profitable blocks all by himself.
Quantum computers are already available as experimental cloud services. It won't be long until speed and number of qubits are useful. Then, some clever developer will start solo mining bitcoins and find a lot of profitable blocks all by himself.
Are most algos for nonce + hash generation formally proven to be completely random?
Yes, there's no other way but to check randomly.Is there a more effective method to generate nonce's rather than random brute force search?
No, see above.
Has anyone done any research on nonce / hash patterns?
There are no patterns. There's no other way to find the hash but to randomly try different inputs to the hashing function.
I have wondered this myself, though as a non-cryptographer I'm pretty sure that if it were possible someone would have done it.
Are most algos for nonce + hash generation formally proven to be completely random?
Is there a more effective method to generate nonce's rather than random brute force search?
Has anyone done any research on nonce / hash patterns?
Statistically speaking, there are fewer higher difficulty solutions so the probability of randomly 'landing' on one is low but if there's a way to guarantee any part of the hash, then it would drastically improve hashrate.
Is there a more effective method to generate nonce's rather than random brute force search?
Has anyone done any research on nonce / hash patterns?
Statistically speaking, there are fewer higher difficulty solutions so the probability of randomly 'landing' on one is low but if there's a way to guarantee any part of the hash, then it would drastically improve hashrate.
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