What is another word for dynamic memory allocation?

Pronunciation: [da͡ɪnˈamɪk mˈɛməɹˌi ˌaləkˈe͡ɪʃən] (IPA)

Dynamic memory allocation refers to the process in computer programming where memory is assigned to variables or data structures during runtime. Synonyms for this term include "runtime memory allocation" or simply "memory allocation". This mechanism enables programs to allocate memory as needed, enabling flexibility in managing resources. Another synonym is "on-demand memory allocation" since memory is allocated based on specific requirements at runtime. Additionally, "dynamic memory management" can be used to describe the process of allocating and deallocating memory during program execution. Such synonyms effectively convey the idea of dynamically allocating memory space in a program, facilitating efficient utilization of computer resources.

What are the opposite words for dynamic memory allocation?

Static memory allocation is the opposite of dynamic memory allocation, whereby memory is allocated to a program when it is loaded into the computer's RAM. Unlike dynamic memory allocation, static memory allocation involves preallocating a fixed amount of memory to a program, often at compile time. This type of memory allocation is usually performed for small programs or when the program's memory usage is predictable. Static memory allocation ensures that program memory is located at predetermined memory addresses, which can sometimes lead to memory fragmentation, resulting in wasted memory space. In summary, static memory allocation is an antonym for dynamic memory allocation, with the former being a predetermined memory allocation, while the latter is a demand-driven allocation.

What are the antonyms for Dynamic memory allocation?

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