please correct this google based translation #2 Dissimilar to more broadly utilized and referred public-key schemes such as the RSA or Diffie-Hellman cryptosystems, that are quickly attacked by a quantum computer, no proficient quantum calculations are known for the issues ordinarily utilized in lattice cryptography; basically, nonexclusive (and generally unobtrusive) quantum speedups give the main known favorable position over non-quantum calculations. Some lattice-based developments have all the attributes of being impervious to assault by both established and quantum computers. Moreover, numerous lattice-based structures are known to be secure under the presumptions that specific all around examined computational lattice issues cannot be tackled effectively. 与量子计算机快速攻击的RSA或Diffie-Hellman密码系统等更广泛使用和引用的公共密钥方案不同，没有熟知的量子计算针对通常在格密码体系中使用的问题而知晓;基本上，非排他性（通常不引人注目）的量子加速提供了非量子计算的主要已知有利位置。一些基于网格的开发具有不受既定电路和量子计算机攻击的所有特性。此外，众所周知的基于晶格的结构在假定不能有效解决特定的所有检查的计算晶格问题的情况下是已知的。