It appears that your question is incomplete, but I can provide a general response regarding a system with 16KB of memory. In such a system, the memory can be divided into smaller units, such as pages or segments, to manage multiple processes efficiently. The operating system would load processes into this limited memory space, ensuring that each process has enough resources to operate without exceeding the 16KB limit. Proper memory management techniques, like paging or segmentation, would be crucial to handle the loading and execution of these processes effectively.
If a server object is not loaded in the memory and the request for it, then the server object is loaded in to the memory and is initialized
into memory
No Programs can function (run) without first being loaded into the computer's Memory. Once loaded, Instructions can be addressed and performed. The same is true for Data. It is first read from its source and them loaded into Memory.
The task of dividing memory is primarily handled by the operating system during the process of memory management, which occurs when a program is loaded into memory. This includes allocating memory for the program's code, data, and stack as well as managing memory for multiple processes running concurrently. The OS employs techniques like paging and segmentation to efficiently allocate and manage memory resources. Additionally, memory division is also adjusted dynamically as processes are created or terminated.
into memory
60 x 1073741824 bytes or 60 x 1024 mb generally when someone talks about memory it is volatile memory and is loaded when an application, game or software is loaded.
The number of copies of a DLL (Dynamic Link Library) loaded into an application can vary based on several factors, including how many different applications are using the DLL and whether the DLL is designed to be shared. Typically, a DLL is loaded once into memory for each application that uses it, but if multiple processes use the same DLL, they will share that single instance in memory. You can check the loaded DLLs for a specific application using tools like Process Explorer or Task Manager in Windows.
Data is not updated or saved in hibernate. Hibernate is where the contents of main memory and CPU status is saved to a disk file and then the computer is shut down. On the next startup, the boot sequence reloads the CPU and memory state from that file, instead of the normal boot sequence. If a file was loaded in an editor and not saved before hibernate, then it will still be loaded in that editor and not saved after hibernate. As far as updates, since the computer is turned of during hibernate, updates are impossible.
You probably don't have enough lower memory free. Make sure you have DOS loaded high, and that any necessary memory managers to make additional memory (such as EMM386 and HIMEM) are loaded.
The operating system resides in secondary memory i.e., hard disk.when we boot our computer it is loaded into Primary memory i.e.,RAM and then loaded,this process is called booting
yes. of course. MS-DOS does not have a dynamic memory management.
it is loaded on the ram of a computer ( memory ) and it is also loaded on a partiton of your hard drive if your operating systemwas installed when you broiught it it is partitiion 1