通过试验证明，该算法系统资源占用率低、可靠性高，具有较高的实用价值。
The result of experiment demonstrates that the new algorithm has lower rate of system resources occupation and higher reliability and is of practical use.
NURBS建模手段因在精确性、控制性和系统资源占用率的平衡性最优而确定为最终技术方案，以完成设计与建模任务。
The result shows that NURBS modeling is the final technical project to complete the task of design and modeling, for it has the best balance in accuracy? Control and system resources impropriate rate.
如此低的系统资源占用率保证了用户在同时进行各种应用时不会被杀毒软件运行时的负荷所累，保证了自由舒适的使用体验。
So low system resources occupation rate guarantee users in various applications and will not be antivirus software runtime loads tired, ensure the free comfortable to use experience.
如此低的系统资源占用率保证了用户在同时进行各种应用时不会被杀毒软件运行时的负荷所累，保证了自由舒适的使用体验。
This low system resource usage ensures the user when applications are made at the same time not be tired by the anti-virus software when running load, ensuring free and comfortable experience.
该算法对系统资源的占用率小，冻结时间短。
This algorithm has low occupation probability to system resource and short freezing time.
它允许在同一窗口内打开任意多个页面，减少浏览器对系统资源的占用率，提高网页浏览的速度和效率。
It allows any number of pages open in the same window, reducing browser, the occupancy rate of the system resources. improve the speed and efficiency of web browsing.
它允许在同一窗口内打开任意多个页面，减少浏览器对系统资源的占用率，提高网页浏览的速度和效率。
It allows any number of pages open in the same window, reducing browser, the occupancy rate of the system resources. improve the speed and efficiency of web browsing.
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