论文部分内容阅读
应用软件或游戏常会标识出运行时所需的最低系统配置。不过多数使用者应该都有过这样的经验,若只是依据这种标准运行程序,性能表现上是远远不能满足要求的,其中主要的原因是内存容量不足,其他的才是微处理器速度或是相关外设的配合问题。那么购买电脑时究竟该配备多少内存才算是足够?相信这是许多人心中长久以来的疑惑.也是一个相当有趣的问题。在目前视为主流的操作系统的环境下,内存的多少事实上会影响到系统的运行性能,但性能增长的幅度与内存倍增间存在什么关系,则又是另一个值得探究的问题,也直接决定着该购买多少内存。在这次的测试中,我们选择了32、64、128与256MB四种不同容量的内存,分别针对应用程序,游戏,图像处理等不同需求,测试倍增内存与系统性能增加问的关系,并讨论测试结果所代表的含意。希望通过详细的测试与说明,能带给读者一个比较明确的概念与采购建议,且在能符合经济性均原则下,购买适量的内存,同时又能兼顾日常工作所需。
Applications or games often identify the minimum system configuration required for runtime. But most users should have had such experience, if only based on this standard operating procedures, the performance is far from meeting the requirements, the main reason is the memory capacity is insufficient, the other is the microprocessor speed or Related peripherals with the problem. So how much memory should I buy when I buy a computer? I believe this is a long time doubts in many people’s minds, and it is also a quite interesting issue. In the current mainstream operating system environment, the amount of memory in fact will affect the operating performance of the system, but the magnitude of performance growth and memory multiplication between the existence of what is another question worth exploring, but also direct Decide how much memory to buy. In this test, we chose four different memory capacities of 32, 64, 128 and 256 MB to test the relationship between doubling memory and system performance requirements for different applications, games, and image processing, respectively, and discussing The meaning of the test results. Hope that through detailed testing and description, can bring readers a more clear concept and procurement advice, and in line with the principle of economy are average, buy the right amount of memory, while taking into account the daily work needs.