Hash-to-coins

Hash-to-coins

Nicehash – beginners guide on how to withdraw your bitcoin

So I downloaded NiceHash and mined for a few hours yesterday. So far, I’m enjoying it, but I’m curious if I can choose which coin I mine. I was interested in mining Zcash because it appears to be a user-friendly coin. Is it only possible to choose the coin from the website, or is it also possible to change coins from the mobile app? There are 18 comments. 92 percent sharesavehidereport Voted up To leave a comment, please log in or create an account. Sign UpSign In Sort by the strongest.
Hash-power is a computational resource that describes the processing power required by your computer or hardware to run and solve various cryptocurrency Proof-of-Work hashing algorithms. NiceHash also has a cryptocurrency trading platform!

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For various ways to quantify complexity, difficulty 1 target may be different. Traditionally, it denotes a hash in which the first 32 bits are zero and the remaining bits are one (this is known as “pool difficulty” or “pdiff”). As a consequence, Bitcoin clients often estimate difficulty based on the Bitcoin protocol’s representation of targets as a custom floating point form with minimal precision (this is known as “bdiff”).
For example, the difficulty of Bitcoin is changed per 2016 blocks based on how long it took to locate the previous 2016 blocks. 2016 blocks will take precisely two weeks to locate at the desired pace of one block per ten minutes. The complexity has been decreased compared to the previous 2016 blocks, which took more than two weeks to locate. The difficulty rises if they take less than two weeks. The adjustment in difficulty is proportional to the amount of time it took to locate the previous 2016 blocks in excess of or less than two weeks.

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The complexity fluctuates depending on the current hash rate. It changes every 10 minutes to ensure that a block is mined. If a pool contributes 1000 GH/s and the hash rate is 1000 TH/s, the pool can theoretically receive 0.1 percent of the coins mined. Let’s pretend that 90% of the network’s hashrate was actually redirected to mine another SHA256 coin. The payout percentage (and, essentially, the absolute payout) could remain the same if every pool and solo miner contributed just 10% to bitcoin mining. 0.1 percent = (100 GH/s)/(100 TH/s). Of course, I’m assuming that payouts are linear; however, I’m not sure if they are. The remaining 90% of the network’s hashrate could now be used to mine another coin through a single large pool.
Why couldn’t bitcoin be rerouted to perform 51 percent attacks on different SHA256 coins before people abandon those communities and migrate to other coins, until bitcoin is the only SHA256 coin remaining? Similarly, scrypt coins may be used in this way, but each in its own market. My first impression is that this is not true, because if it were, it would have already been done.

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a collection of books (LNCS, volume 3152)

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Parameter generation, which selects a primitive from a family, is the first step in several cryptographic primitives. Public coins (e.g., in the discrete-logarithm-based case) or hidden coins may be used in such generation (e.g., in the factoring-based case). We investigate the relationship between collision-resistant hash function families for public and hidden coins (CRHFs). We show, in particular, that: Our key finding, which states that there is no black-box reduction from public-coin CRHFs to secret-coin CRHFs, is mentioned above. Although we use oracle separations to prove this result, we use a novel method to show that there is no black-box reduction without proving that there is no relativizing reduction. Keywords and phrases Hash Function Hash Function Hash Function Hash Function Hash Function Hash Function Hash Function Annual Symposium No. 44 Primitive Cryptography

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