有一种流行的 RNN 架构是长短期记忆网络（LSTM），其可以通过记忆单元（memory cell）和门函数（gating function）建模长期依赖性和解决梯度消失问题。
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如果框架(或者—如果您选择一门函数语言，如Clojure或Scala—语言)能优化底层实现，那么您就可以自动从中获益。
If the framework (or - if you choose a functional language such as Clojure or Scala - the language) can optimize the underlying implementation, you automatically benefit.
并指明应用门函数响应法的限制条件。
Then the limitation on the gate function response method is pointed out.
根据单向陷门函数的陷门性质，文章设计了一种安全有效的基于RSA的概率公钥密码算法，并对其正确性进行了证明。
Based on trapdoor one-way function, this paper presents a RSA -based probabilistic public-key algorithm with security and efficiency and the correctness of algorithm was proved.
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