5 methods to optimize memory usage and improve memory efficiency

Although the current computer memory is generally relatively large, generally there are 2 GB, and some even reach 4 GB, but because the user runs the software itself is large, or there are many file windows opened, or when there are too many windows opened during Internet access, it will also affect the speed of system operation, seriously affecting the system running performance.
 
Therefore, we are concerned about how to optimize memory management, improve memory usage efficiency, and increase computer running speed as much as possible.
 
The following computer enthusiasts will introduce several methods to improve the memory usage efficiency and optimize memory management in the use of Windows operating systems.
 
Method 1: www.2cto.com monitors the memory at any time.
 
No matter how large the system memory is, it will always run out. Although there is virtual memory, the read/write speed of the hard disk cannot be compared with the memory speed, frequent use of the virtual memory will make computer operations intolerable. Therefore, when using the memory, you must always monitor the memory usage.
 
A system monitor is provided in Windows to monitor memory usage. Another simple method is to select the "Help/about Windows" menu in any file window and check the current memory usage in the window, generally, if only 60% of the memory resources are available, you need to adjust the memory, otherwise it will seriously affect your running speed and system performance.
 
Method 2: Release the memory in time.
 
The memory is released from the memory.
 
The simplest and most effective way to release the memory is to restart the computer. In addition, it is to close the programs that are not currently in use, including those running in the background. In normal times, you need to develop such a good habit to close programs, files, or windows that are not currently used at any time.
 
Some applications cannot be closed in the normal way, so hot start is required, such as pressing "CTRL + ALT + DEL". In addition, note that if an image or image is stored in the clipboard, images or images occupy a large amount of memory. In this case, you only need to cut a few words and overwrite the original image on the clipboard in the memory to release the large amount of memory occupied by the image; in addition, printing files in the background also occupies a large amount of memory space.
 
Method 3: optimize the data in the memory.
 
In Windows, the more data in the resident memory, such as the shortcut icon on the desktop, the icon in the taskbar, and the time in the system tray, all occupy the memory resources.
 
Therefore, do not set too many shortcut icons on the desktop or in the taskbar. If the memory resources are relatively tight, you can consider optimizing these projects and use as few programs as possible that reside in the background, especially poorly designed programs, which will occupy a large amount of memory resources. Do not open too many files or windows when operating your computer, or open too many data files in your program. If you open them, close these files or windows as soon as you stop using them.
 
In addition, after a long period of use of the computer, if the computer is not restarted, the data arrangement in the memory may be chaotic, resulting in a decline in system performance, then you need to consider restarting the computer.
 
Method 4: Improve the performance of other components of the system.
 
The performance of other computer components has a great impact on memory usage, such as bus type, CPU, hard disk, and memory. If the memory size is too small and the displayed data volume is large, it is impossible to increase the running speed and system performance with more memory.
 
If the hard disk speed is too slow, especially when the average seek time and speed are too slow, it will seriously affect the system's virtual memory read/write speed and usage efficiency, leading to a reduction in the overall system performance.