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Hardware support for user-access control on an object-oriented processor

机译:面向对象处理器上的用户访问控制的硬件支持

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JAVA is relatively a new Object-Oriented Programming (OOP) language. It has most of the advantages of Object-Oriented languages such as encapsulation, polymorphism, dynamic binding and inheritance. Consequently programs developed by JAVA are more reliable and secure. However, as traditional computer architectures RISC and CISC do not provide much hardware support for OOP, their performance for OOP is notoriously poor.jHISC is developed to target for JAVA and bases on High Level Instruction Set Computer (HISC) which supports Object-Oriented Programming (OOP) in hardware level. With jHISC architecture, software developer can take the advantages of OOP without the performance penalty.In this paper, a new algorithm of security management is introduced for jHISC. The algorithm can maximize the hardware supports to OOP of jHISC, to further improve the security and performance of JAVA program.
机译:JAVA是相对较新的面向对象编程(OOP)语言。它具有面向对象语言的大多数优点,例如封装,多态性,动态绑定和继承。因此,JAVA开发的程序更加可靠和安全。但是,由于传统的计算机体系结构RISC和CISC不能为OOP提供太多的硬件支持,因此它们在OOP方面的性能非常差。jHISC是针对JAVA开发的,并且基于支持面向对象编程的高级指令集计算机(HISC) (OOP)在硬件级别。借助jHISC体系结构,软件开发人员可以利用OOP的优势而不会降低性能。本文为jHISC引入了一种新的安全管理算法。该算法可以最大限度地提高对jHISC的OOP的硬件支持,从而进一步提高JAVA程序的安全性和性能。

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