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计算机病毒防预软件的设计与实现
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作者 王化公 《软件》 北大核心 1993年第7期28-32,43,共6页
关键词 程序设计 计算机病毒 防预软件
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USB Storage Device Protection Software
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作者 Zhao Chunyang Wang Weiping 《International Journal of Technology Management》 2013年第3期72-75,共4页
U disk is the most conveuient external memory, it is simple and easy to carry, but at the same time it is best tools to bring the virus. Limiting the use of USB interface effectively not only can limit the circulation... U disk is the most conveuient external memory, it is simple and easy to carry, but at the same time it is best tools to bring the virus. Limiting the use of USB interface effectively not only can limit the circulation of the virus, but also can play a part in safety precautions. In fact ,the easiest way of restricting USB interface is to modify the registry,but for many users, dealing with Registry keys is a boring job,for ordinary users, the application is the best way to solve this problem. This article describes a software development process, focusing on how to use C # to modify the registry key and password protection settings, to provide some reference for computer enthusiasts. 展开更多
关键词 USB C# PROGRAM REGISTRY VALUE PROTECTION PASSWORD
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Study on Preventive Software Rejuvenation Policy for Two Kinds of Bugs
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作者 Xufeng Zhao Cunhua Qian Nakagawa Toshio 《Journal of Systems Science and Information》 2009年第2期103-110,共8页
A new preventive software rejuvenation policy is proposed in this paper. This technique is implemented when additive consumption of physical memory has reached some level. Using the theory of cumulative damage process... A new preventive software rejuvenation policy is proposed in this paper. This technique is implemented when additive consumption of physical memory has reached some level. Using the theory of cumulative damage process, two models are given for two kinds of bugs. For the first model, aging-related bug is considered only and consumption of physical memory could be known by tests made at periodic times, optimal preventive rejuvenation policy is analytically derived and numerical example is given. As an extended preventive software rejuvenation policy, Heisenbug and aging-related bug are considered meanwhile in the second model. 展开更多
关键词 software rejuvenation physical memory BUG cumulative damage process system reliability
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