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Qué (quién) es transparent cryptography - definición
LIFE-SIZED ANATOMICAL HUMAN MODEL USED IN EDUCATION
Transparent anatomical manikin; Transparent Anatomical Mannikin; Transparent anatomical mannequin; Transparent woman; Transparent man; Transparent women; Transparent men; User:Djd/sandbox/Transparent men
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Post-quantum cryptography
CRYPTOGRAPHY THAT IS SECURE AGAINST QUANTUM COMPUTERS
PQCrypto; PQcrypto; Pqcrypto; Post-quantum; Post-Quantum; Post-Quantum Cryptography; Post quantum cryptography; Post Quantum Cryptography; Post quantum; Post Quantum; Quantum Safe Cryptography; Quantum Resistant Cryptography; Post-quantum encryption; Algorithms for post-quantum cryptography; Quantum resistant cryptography; Quantum-resistant cryptography; Quantum safe cryptography; Quantum-safe cryptography; Quantum proof cryptography; Quantum-proof cryptography; Draft:Delaram Kahrobaei
In cryptography, post-quantum cryptography (sometimes referred to as quantum-proof, quantum-safe or quantum-resistant) refers to cryptographic algorithms (usually public-key algorithms) that are thought to be secure against a cryptanalytic attack by a quantum computer. The problem with currently popular algorithms is that their security relies on one of three hard mathematical problems: the integer factorization problem, the discrete logarithm problem or the elliptic-curve discrete logarithm problem.
Public-key cryptography
![digitally signed]] with Alice's private key, but the message itself is not encrypted.
1) Alice signs a message with her private key.
2) Using Alice's public key, Bob can verify that Alice sent the message and that the message has not been modified.](https://commons.wikimedia.org/wiki/Special:FilePath/Private key signing.svg?width=200 "digitally signed]] with Alice's private key, but the message itself is not encrypted.
1) Alice signs a message with her private key.
2) Using Alice's public key, Bob can verify that Alice sent the message and that the message has not been modified.")
![symmetric cipher]] which will be, in essentially all cases, much faster.](https://commons.wikimedia.org/wiki/Special:FilePath/Public key shared secret.svg?width=200 "symmetric cipher]] which will be, in essentially all cases, much faster.")
CRYPTOSYSTEM THAT USES BOTH PUBLIC AND PRIVATE KEYS
Private key; Asymmetric key algorithm; Public key algorithm; Public key; Public key cryptography; Asymmetric key cryptography; Public key encyption; Public key crytography; Asymmetric key; Asymmetric key encryption algorithm; Public key encryption; Public-key encryption; Public-key; Asymmetric key encryption; Asymmetric cryptography; Non-secret encryption; Asymmetric key algorithms; Asymmetric encryption; Keypair cryptography; Public Key Cryptography; Private key encryption; Public-key cryptosystem; Public key cryptosystem; Assymetric key cryptography; PubKey; Asymmetric-key cryptography; Asynchronous encryption; Public/private key cryptography; Asymmetric-key algorithm; Key pair; Keypair; Key Pair; Asymmetric crypto; Public encryption key; Asymmetric cryptosystem; Asymmetric cypher; Asymmetric cipher; Asymmetric algorithm; Asymmetric Algorithms; Public Key Encryption; Private Key Encryption; Secret-key; Key pairs; Asymmetric-key cryptosystem; Public key pair; Public-key encrytption; Asymmetrical encryption; Private keys; Applications of public-key cryptography
Public-key cryptography, or asymmetric cryptography, is a cryptographic system that uses pairs of keys. Each pair consists of a public key (which may be known to others) and a private key (which may not be known by anyone except the owner).
private key
CRYPTOSYSTEM THAT USES BOTH PUBLIC AND PRIVATE KEYS
Private key; Asymmetric key algorithm; Public key algorithm; Public key; Public key cryptography; Asymmetric key cryptography; Public key encyption; Public key crytography; Asymmetric key; Asymmetric key encryption algorithm; Public key encryption; Public-key encryption; Public-key; Asymmetric key encryption; Asymmetric cryptography; Non-secret encryption; Asymmetric key algorithms; Asymmetric encryption; Keypair cryptography; Public Key Cryptography; Private key encryption; Public-key cryptosystem; Public key cryptosystem; Assymetric key cryptography; PubKey; Asymmetric-key cryptography; Asynchronous encryption; Public/private key cryptography; Asymmetric-key algorithm; Key pair; Keypair; Key Pair; Asymmetric crypto; Public encryption key; Asymmetric cryptosystem; Asymmetric cypher; Asymmetric cipher; Asymmetric algorithm; Asymmetric Algorithms; Public Key Encryption; Private Key Encryption; Secret-key; Key pairs; Asymmetric-key cryptosystem; Public key pair; Public-key encrytption; Asymmetrical encryption; Private keys; Applications of public-key cryptography
<cryptography> A piece of data used in {private-key
cryptography} and public-key cryptography. In the former
the private key is known by both sender and recipient whereas
in the latter it is known only to the sender.
(2008-02-07)
Wikipedia
Transparent Anatomical Manikin
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The Transparent Anatomical Manikin (TAM) is a three-dimensional, transparent anatomical model of a human being, created for medical instructional purposes. TAM was created by designer Richard Rush in 1968. It consisted of a see-through reproduction of a female human body, with various organs being wired so specific body systems would light up on command, on cue with a pre-recorded educational presentation.
Rush eventually produced 42 TAMs, many of which are still displayed in US health education museums. A cheaper model, the Mobile TAM, was created by Rush in the 1980s.
The Transparent Anatomical Manikin was used as cover art on the 1970 soundtrack album Music from The Body, by Roger Waters and Ron Geesin, and the American alternative rock band Nirvana's 1993 album In Utero.
