在我国，企业的商业秘密是如何获得法律保护的？

近年来侵犯商业秘密的案件时有发生,其中企业内部雇员以人才流动为由,带走企业秘密的占有相当大的比例,权利人采取保密措施是商业秘密得以获得法律保护的前提之一。中国企业。特别是科技型企业,应该也必须利用现有的法律制度来建立起自己的一套保密制度。本期“商业秘密保护手册”中,将告诉商业秘密权利人可通过哪些法律途径有效保护自己。     

结合白族学生母语改进英语语音教学的探索

分析了引起白族学生语音障碍的重要因素:源于母语迁移之干扰,教材编排不够合理,英语教学法缺乏"本土化".提出解决白族学生语音障碍问题的对策与措施.     

借用播音发声技巧,优化地方院校学生的英语发音

合理运用播音发声技巧可优化普通话发音,同样也可优化英语发音.着重探讨如何将播音发声的基本理论引入英语语音教学,巧用播音发声技巧对英语目标语发音进行科学训练,从而缩短受方言影响较重的地方院校学生的英语发音与目标语发音的差距,进一步提升英语发音的精确性和语言的艺术性.     

一种基于密钥分解理论的文件安全分割算法

提出了密钥分解问题的向量空间投影理论,由此给出了密钥分解算法,并且将该理论和算法引入文件分割问题的研究中,给出了一种应用于实际保密场合的文件安全分割及恢复算法,实现了将文件分割成n个子文件,而从其中任意m(1≤m≤n)个子文件恢复原文件的功能,为重要文件的存储和传输提供了安全保证.最后对在通信保密中实现信息的分解保密提出了建议.     

从电视剧《刘老根》看东北方言的特点

赵本山为我们上演了一部反映东北文化现象的电视剧——《刘老根》。该剧展示出东北地区特有的文化和方言。我们从《刘》剧人物的语言入手，对其中的东北方言从语音、词汇、语法三方面进行探究，以期为更好地研究东北方言开拓一个新的视角。     

浅议广告文体的修辞

作为一种特殊的应用文体,广告具有鲜明、独特的语言形式和文体风格。为了达到促销产品的目的,广告撰写人往往使用各种技巧来吸引消费者。修辞就是其中最重要的技巧之一。以理论结合实例的方法,从大众较为熟悉并且广告制作人使用较频繁的语音、词法及文学修辞三方面,对广告文体的修辞做一个简单的探讨。     

Improved Non-Sieving Quadratic Sieve

In this paper, we give about prime numbers and Blum two theorems and one guess integers.We prove the two theorems about Blum integers.Combining the guess with the primitive non-sieving quadratic sieve,we proposed a improved non-sieving quadratic sieve（INQS）.In INQS,we not only reduce the times of squares and modulo n, but also imply another important conclusion,that is,we don＇t need to find the greatest common divisor of two integers as we do in PNQS.By some examples,we compare it with the primitive non-sieving quadratic sieve（PNQS）. It＇s faster to factor a integer by using improved non-sieving quadratic sieve than the primitive one.     

Two-Party Authenticated Key Agreement in Certificateless Public Key Cryptography

0 Introduction To simplify the management of certificates of tradi- tional PKI, Shamir[1] proposed the identity-based public key cryptography (ID-PKC) in which the public key of each party is derived directly from certain aspects of its identity, for exam…     

A Method to Implement Full Anonymous Attestation for Trusted Computing Platform

Trusted computing （TC） technology is brought out by trusted computing group （TCG） to make computing as safe and reliable as people expect. Attestation is one main function specified by TCG, which is the means by which a trusted computer assures a remote computer whose platform is not tampered with. There are two protocols that implement attestation without disclosing the platform＇s real identity, which are Privacy CA-based protocol and direct anonymous attestation （DAA） protocol. However, in the first protocol the privacy CA is the bottleneck and the platform＇s identity will be disclosed if the privacy CA is compromise, while DAA protocol can do profiling when dealing with rogue hardware device. In this paper, we propose a DAA-extended new approach to ensure full anonymous attestation that can not only detect a rogue TPM, but also reveal rogue TPM＇s real identity.     

An Authentication Method of Distinguishing Proxy＇s Secure Accident Responsibility

The publish/subscribe （pub/sub） paradigm has asynchronous, loosely-coupled and many-to-many communication properties and is widely used in the application of large-scale distributed computing environment. There is the problem that is mutual trustable between network proxies in terms of pub/sub systems and the problem which is hardly to distinguish accident responsibility while the accident happens in Kerberos based on symmetrical encryption algorithm. A proxy identity authentication algorithm based on RSA encryption is proposed to solve the problem of mutual trust between proxies, and the security of the messages is guaranteed through certificate delegation. The algorithm can distinguish accident responsibility. The feasibility analysis, security analysis and efficiency analysis of the algorithm are carried out.