What is the translation of " HOMOMORPHIC ENCRYPTION " in Chinese?

• 同态加密

Examples of using Homomorphic encryption in English and their translations into Chinese

Homomorphic Encryption Computing Techniques.
同态计算技术.

In 2009, however, IBM researcher Craig Gentry came up with the first fully homomorphic encryption scheme.
年，IBM的CraigGentry创建了第一个完全同态加密方案。

Homomorphic encryption is the Holy Grail of security and privacy since it removes huge challenges.
同态加密是安全性和隐私的圣杯，因为它消除了巨大的挑战。

Cryptographic techniques such as Zero Knowledge Proofs(ZKPs) and zk-SNARKs already use homomorphic encryption.
诸如零知识证明（ZKPs）和zk-SNARK之类的密码学技术已经使用了同态加密。

Homomorphic encryption will be deployed soon in the financial sector to protect sensitive banking data.
同态加密将很快被部署于金融领域，以保护敏感的银行数据。

There are interesting developments in other areas of cryptography too, such as fully homomorphic encryption and quantum cryptography.
在密码学的其他领域也有一些有趣的发展，比如完全同态加密和量子密码学。

Homomorphic encryption will be deployed soon in the financial sector to protect sensitive banking data.
同构加密将很快应用在在金融部门，以保护敏感的银行数据。

IBM senior research scientist Flavio Bergamaschi has investigated the use of hardware at the edge to implement homomorphic encryption operations.
IBM高级研究科学家FlavioBergamaschi研究了使用边缘硬件实现同态加密操作的方法。

Homomorphic encryption is a new idea to solve this problem, allowing users to process data without decryption.
同态加密是一种解决该问题的新思想，允许用户在不解密的情况下处理数据。

Lattices posses strong security reductions, are capable of key exchanges, digital signatures, as well as more complex features like full homomorphic encryption.
它们具有很强的安全性，可以进行密钥交换，数字签名以及完全同态加密等更复杂的构造。

Homomorphic encryption is a new idea that solves that problem, allowing users to process data without decrypting it.
同态加密是一种解决该问题的新思想，允许用户在不解密的情况下处理数据。

His research focusses on returning data control to users, and challenges in cloud computing security and privacy, data provenance, and homomorphic encryption.
他的研究着眼于令用户重掌数据控制权、云计算安全与隐私所面临的挑战、数据溯源和同态加密。

Homomorphic encryption and multi-party computation: ongoing improvements are still required for practicality.
同态加密和多方计算（Homomorphicencryptionandmulti-partycomputation）：为了实用性，仍然需要不断的改进。

An alternative privacy-preserving machine learning technique- homomorphic encryption- suffers from none of those shortcomings, but it's far from an ace in the hole.
另一种保护隐私的机器学习技术--同态加密--没有这些缺点，但它离完美也还很远。

Homomorphic encryption, which allows processing of encrypted data, gives us the ability to use these services without exposing our private information.
同态加密允许对加密数据进行处理，使我们能够使用这些服务而不暴露我们的私人信息。

They have strong security reductions and are capable of key exchanges, digital signatures, and far more sophisticated constructions like fully homomorphic encryption.
它们具有很强的安全性，能够进行密钥交换、数字签名，以及构造出像全同态加密这样复杂的算法。

The new method involves stitching homomorphic encryption with two other techniques into what the researchers call a"functional-encryption scheme.".
新方法涉及将同态加密与其他两种技术集成到开发人员称为“功能加密方案”的解决方案中。

Guarantee user data privacy: achieve the highest level of data security through cryptographic techniques such as zero-knowledge proof, homomorphic encryption, and differential privacy;
通过零知识证明、同态加密、差分隐私等密码学技术实现最高级数据安全保障;

As for homomorphic encryption- a form of encryption that allows computation on encrypted data- it's somewhat slow and computationally demanding.
至于同态加密-一种允许对加密数据进行计算的加密形式--它有点慢，计算量也很高。

New privacy measures have to be created and adopted, more advanced than simpler secure multi-party computation(SMPC) or faster than homomorphic encryption.
新的隐私保护方法应当被发明及采用，它们应当比简单的安全多方计算法（SMPC）复杂得多，也应该比同态加密法（homomorphicencryption）高效迅速。

So EPFL's crypto lab put together a homomorphic encryption scheme that allows the scanner and ID system to analyze data without ever decrypting it.
因此EPFL的加密实验室建立了一个同态加密机制，允许扫描仪和ID系统在没有解密的情况下分析数据。

There are many technologies to explore, such as zero-knowledge proofs and zk-snarks/starks, trusted execution environments, secure multi-party computation and fully homomorphic encryption.
有许多技术需要探索，例如零知识证明和zk-snarks/starks，可信执行环境，安全的多方计算和完全同态加密。

For starters, both software-based solutions, Homomorphic Encryption and Multi-Party Computation, may need new application logic before implementation.
对于初学者来说，基于软件的解决方案，同态加密和多方计算，在实施之前可能需要新的应用程序逻辑。

Security professionals are working on a few different exciting technological advances in the encryption field, including Elliptic Curve Cryptography(ECC), homomorphic encryption, and quantum computation.
安全专家正在研究在加密领域的几个不同的令人兴奋的技术进步，包括EllipticCurve加密(ECC)，同态加密，量子计算。

These tools give us a new capability: fully homomorphic encryption(FHE) that is usable on circuits of any depth, limited only by the user's patience.
这些工具为我们提供了一种新的功能：全同态加密(FHE)，它可以在任何深度的电路上使用，只受用户的耐心限制。

Homomorphic encryption soon will help large companies protect their information at times when they need to share it in a multi-party computing environment, Horvath said.
霍瓦特说，同态加密很快将帮助大公司在需要在多方计算环境中共享信息时保护它们的信息。

Anonymity and privacy by default based on homomorphic encryption with the BLAKE2 cryptographic hash function and multi-hop locks based on ED25519 elliptic-curve public key encryption..
匿名和隐私默认情况下基于BLAKE2加密散列函数的同态加密和基于ED25519椭圆曲线公钥加密的多跳锁。

Homomorphic encryption is technically feasible, Horvath says, but the process involves such complex multiplication and addition processes that most solutions are incomplete.
霍瓦特说，同态加密在技术上是可行的，但是这个过程涉及复杂的乘法和加法过程，因此大多数解决方案都是不完整的。

There are two types of homomorphic encryption: fully homomorphic encryption(FHE) and somewhat homomorphic encryption(SHE).
目前的同态加密有两种，部分同态加密(PartialHomomorphicEncryption)和完全同态加密(FullyHomomorphicEncryption)。

The two types of homomorphic encryption algorithms that exist are the Partial Homomorphic Encryption(PHE) and Fully Homomorphic Encryption(FHE).
目前的同态加密有两种，部分同态加密(PartialHomomorphicEncryption)和完全同态加密(FullyHomomorphicEncryption)。