relative addressing मीनिंग इन हिंदी

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Use of relative addressing lets a machine-language program be position-independent.
It also featured relative addressing, and a fully automatic context switched interrupt system.
It leads to the impossibility of relative addressing of neurons as it was done by von Neumann.
Skip addressing may be considered a special kind of PC-relative addressing mode with a fixed " + 1 " offset.
The PC-relative addressing mode can be used to load a register with a value stored in program memory a short distance away from the current instruction.
A two-byte offset, containing a 16-bit, unsigned integer, can be used to provide relative addressing for up to 64 kilobytes of a data structure.
For subroutines, the type of addressing is dependent on the high three bits of T and on the Mark Stack FlipFlop ( MSFF ), as shown in B5x00 Relative Addressing.
Under the " relative addressing " scheme, to obtain an absolute address, the relevant base address is taken and offset ( aka displacement ) is added to it.
Another advantage of PC-relative addressing is that the code may be position-independent, i . e . it can be loaded anywhere in memory without the need to adjust any addresses.
On the 386 processor and later, because of 32-bit segment offsets and limits, it is possible to make segments cover the entire addressable memory, which makes segment-relative addressing transparent to the user.