VAUDE的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列問答集和資訊懶人包

新纖維新紡織品新趨勢

為了解決VAUDE的問題，作者臺灣區絲織工業同業公會,財團法人紡織產業綜合研究所 這樣論述：

　　為協助業者開發新纖維、紗線及機能性布料等新紡織品，了解紡織產業發展趨勢，本會特與紡織產業綜合研究所共同編製《新纖維 新紡織品 新趨勢》一書，內容簡介如目錄。介紹報導新纖維43篇，新紡織品33篇，染整及防護、機能加工新趨勢29篇，紡織終製品(成衣服飾)發展趨勢29篇，紡織設備及製程智慧化趨勢16篇，本書內容豐富，含彩色圖片逾180張，全書約16.5萬字，對紡織業上中下游相關廠商投入開發新纖維、紗線及機能性布料等新紡織品，助益頗大。

VAUDE進入發燒排行的影片

OntheDesignandCryptanalysisofEfficientRSAVariants

為了解決VAUDE的問題，作者吳牧恩 這樣論述：

RSA is the most widely used public-key cryptosystem in the world. However, there are still two main shortcomings when using this system. One is the inefficiency in encryption/decryption, and the other one is high cost for key storage requirement. In this thesis, we focus on designing efficient RSA

variants to improve the efficiency of operation or storage requirement. We design three RSA variants, including Generalized Rebalanced-RSA, Dual RSA, and LSBS-RSA. We briefly describe them in the following:Generalized Rebalanced-RSA is an RSA variant based on the CRT-decryption. The term "Rebalanced

" denotes speeding up RSA decryption by shifting decryption costs to encryption costs. In our design, we let the public exponent e being much smaller than the modulus N, while still maintaining the CRT-exponents small. Thus,the goal of efficient encryption and decryption are achieved simultaneously.

Dual RSA is an RSA variant whose key generation algorithm outputs two distinct RSA key pairs having the same public and private exponents. This variant can be used in scenarios that require two instances of RSA with the advantage of reducing the storage requirements for the keys. We also propose tw

o applications for Dual RSA,blind signatures and authentication/secrecy.LSBS-RSA is the traditional RSA system but with modulus prime sharing least significant bits (LSBs). This property can be used in server-aided signature generation (SASG) to improve the computational efficiency. We give the deta

iled security analysis for LSBS-RSA and specify the tightly security boundary by using the lattice reduction technique.All the cryptanalysis of the proposed variants show that the systems require higher security boundary while comparing with the traditional RSA. This is a trade-offphenomenon between

the security level and efficiency. Thus, we finally point out that one should be more careful when using other kinds of RSA variants.