MEMORY BASE ADDRESS Meaning and
Definition
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Memory base address refers to the starting location or the first memory location of a specific region or block of memory in a computer system. It serves as a reference point for accessing and locating data or instructions stored in memory.
In a computer's memory system, data is organized and stored systematically at different addresses. Each memory location has a unique address associated with it. The memory base address points to the initial location of a block of memory, and subsequent memory locations are referenced by incrementing or decrementing from this base address.
The memory base address is essential for memory management, as it allows the computer's central processing unit (CPU) to access and retrieve information stored in memory during program execution. By specifying the memory base address, the CPU can efficiently locate and access required data or instructions.
The base address is typically represented in binary or hexadecimal notation to provide a unique identifier for a specific memory location. It can be fixed, such as in the case of read-only memory (ROM), where the starting address is predetermined and unchangeable. Alternatively, the base address can be dynamically assigned or calculated during runtime, such as in the case of random-access memory (RAM).
Overall, the memory base address plays a crucial role in memory addressing and allows for efficient data retrieval and manipulation in computer systems.
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