Examples of using Asymmetric encryption in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
This is where asymmetric encryption excels.
Asymmetric encryption takes longer to execute because of the complex logic involved.
That's where asymmetric encryption comes in.
The way in which those keysare employed accounts for the difference between symmetric and asymmetric encryption.
This is where asymmetric encryption comes in.
In many applications, symmetric and asymmetric encryption are used together.
The other is asymmetric encryption, which is the major application of public key cryptography.
Algorithm of Shor will immediately break any asymmetric encryption with quantum Computer.
On the other hoof, asymmetric encryption(such as RSA) is slower, but far more secure, using 2048 or 4096-bit keys.
The development of quantum computing andthe resulting threat to current implementations of asymmetric encryption seems to be only a matter of time.
Unlike general perception, asymmetric encryption is not used to encrypt the entire SSH session.
However, due to the fact that Bitcoin and other cryptocurrencies make use of public-private key pairs, there is a commonmisconception that blockchain systems make use of asymmetric encryption algorithms.
Unlike symmetric encryption, asymmetric encryption uses two different keys to encrypt and decrypt….
The fundamental difference between these two methods of encryption relies on the fact that symmetric encryption algorithms make use of a single key, while asymmetric encryption makes use of two different but related keys.
I read a lot about asymmetric encryption and still can't understand how is the step by step process to achieve what I need.
While symmetric encryption algorithms use the same key to perform both the encryption anddecryption functions, an asymmetric encryption algorithm, by contrast, uses one key to encrypt the data and another key to decrypt it.
Asymmetric encryption algorithms, unlike symmetrical encryption algorithms, use two keys for encryption and decryption.
As mentioned above,the type of encryption employed by Bitcoin is known as asymmetric encryption- a type of encryption that utilizes what are known as public and private keys.
Conversely, asymmetric encryption solves the problem of key distribution by using public keys for encryption and private keys for decryption.
As previously noted, though, asymmetric encryption and digital signatures are two major use cases of asymmetric cryptography(public-key cryptography).
Nevertheless, asymmetric encryption still serves the purpose of ensuring that the message was actually sent by the person you think it is, and that it hasn't been tampered with.
For the sake of the SSL handshake, the browser uses asymmetric encryption to verify the public/private key pair, and by extension the certificate itself(as we mentioned, this is one of many checks).
In asymmetric encryption, however, there must be a mathematical relationship between the public and private keys, meaning that there is a mathematical pattern between the two.
Another functional difference between symmetric and asymmetric encryption is related to the length of the keys, which are measured in bits and are directly related to the level of security provided by each cryptographic algorithm.
Asymmetric encryption can be applied to systems in which many users may need to encrypt and decrypt a message or set of data, especially when speed and computing power are not primary concerns.
Because the public and private keys employed in asymmetric encryption are to some degree mathematically related, the keys themselves must also be considerably longer to provide a similar level of security offered by shorter symmetric keys.
Thus, asymmetric encryption offers a higher level of security because even if someone intercepts their messages and finds Bob's public key, they are not able to decrypt the message.
The tradeoff, however, is that asymmetric encryption systems are very slow by comparison to symmetric systems and require much more computing power as a result of their vastly longer key lengths.
As you can see, symmetric and asymmetric encryption function in different ways, while one form allows both parties to encrypt and decrypt, the other facilitates a more one-sided form of communication.