Examples of using Scrypt in English and their translations into Vietnamese
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Einsteinium runs on the Proof-Of-Work scrypt algorithm.
The main advantage of scrypt is that it lowers the advantage of ASIC Bitcoin miners in the network.
Its functioning is ensured by the use of POS system andgenerating Scrypt function as a way of hashing.
The original intended purpose of using scrypt was to allow miners to mine both Bitcoin and Litecoin at the same time.
It's also compatible with all popular mining algorithms,such as SHA-256, Scrypt, X11, Ethereum and Zcash.
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The choice to use scrypt was also partially to avoid giving advantage to video card(GPU), FPGA and ASIC miners over CPU miners.
In a real passwordleak our passwords would be hashed with Scrypt or some other secure hash function, which are slower to test.
The choice to use scrypt was also partially to avoid giving advantage to video card(GPU), FPGA and ASIC miners over CPU miners.
In October 2011,Litecoin was released and became the first successful cryptocurrency to use scrypt as its hash function rather than SHA-256.
In terms of overall hashing power, Scrypt based protocols have a lower hash rate than SHA-256 based protocols.
Scrypt: Less energy-intensive than compared to SHA-256, Scrypt is an algorithm which a number of new cryptocurrencies are using.
Player characters are commanded by issuing transactions,which are confirmed and added to the Huntercoin blockchain by both SHA256 and Scrypt miners.
Scrypt and SHA-256 algorithms are supported, so it can mine bitcoin, litecoin, dogecoin, novacoin, ppcoin, feathercoin and other alternative coins.
In recent years, however,companies such as Zeus and Flower Technology have brought Scrypt AISCs to the market, suggesting that Litecoin's vision of easily accessible mining may become a thing of the past.
One feature of scrypt is that it's harder to create optimized CPU or GPU hardware to solve the puzzle faster, making the system more fair for miners.
Also Mizes uses the latest technology to optimize energy consumption of equipment, provides a wide choice ofmining of any of the 9 crypto currencies using Scrypt, SHA-256 and ETHASH algorithms.
There also pools that offer the ability to merge mineother SHA-256 coins as well as Scrypt pools that allow you to merge mine other popular crypto currencies such as Dogecoin and litecoin.
Due to Litecoin's use of the scrypt algorithm, FPGA and ASIC devices designed for Litecoin extraction are more complicated to create and more expensive to produce than for Bitcoin, which uses SHA-256.
This might not be seen as an advantage at first glance,but since Litecoin uses scrypt hashing instead of SHA-256, mining cannot be accelerated by using parallel processors, as can be done when bitcoin mining.
Due to Litecoin's use of the scrypt algorithm, FGPA and ASIC devices made for mining Litecoin are more complicated to create and more expensive to produce than they are for Bitcoin, which uses SHA-256.
However, the purpose of the computational logic used there, SHA256D and Scrypt, is not so much the direct mining of the cryptocurrency- it is primarily a blockchain-based game among the network participants.
Because of its use of the Scrypt algorithm, FPGA and ASIC devices that are made for mining Litecoin are more complicated to create and more expensive to produce than for Bitcoin, which uses SHA-256 technology.
While SHA-256 based currencies need a hashing power whichhas to be measured in Gigahashes per second(GH/s), Scrypt based currencies do not require that amount of a hashing power and can be measured in Kilohashes or even Megahashes per second(KH/s or MH/s).
The consequences of using scrypt mean that there has not been as much of an‘arms race' in litecoin(and other scrypt currencies), because there is(so far) no ASIC technology available for this algorithm.
While SHA-256 based currencies need a hashing power whichhas to be measured in Gigahashes per second(GH/s), Scrypt based currencies do not require that amount of a hashing power and can be measured in Kilohashes or even Megahashes per second(KH/s or MH/s).
The consequences of using scrypt mean that there has not been as much of an‘arms race' in litecoin(and other scrypt currencies), because there is(so far) no ASIC technology available for this algorithm.
While SHA-256 based currencies need a hashing power whichhas to be measured in Gigahashes per second(GH/s), Scrypt based currencies do not require that amount of a hashing power and can be measured in Kilohashes or even Megahashes per second(KH/s or MH/s).
While SHA-256 based currencies need a hashing power whichhas to be measured in Gigahashes per second(GH/s), Scrypt based currencies do not require that amount of a hashing power and can be measured in Kilohashes or even Megahashes per second(KH/s or MH/s).
While SHA-256 based currencies need a hashing power whichhas to be measured in Gigahashes per second(GH/s), Scrypt based currencies do not require that amount of a hashing power and can be measured in Kilohashes or even Megahashes per second(KH/s or MH/s).