Q. The ways in which the addresses gets specified by instructions, called

View solution

Q. PC-relative addressing permitting the code for running independently, where it has been loaded, the stated technology is known as

View solution

Q. Addressing modes being used in the execution of the programs, have purpose of significantly reduce

View solution

Q. The number of memory-operands that are being supported by the typical ALU-instruction may be varing from none to

View solution

Q. Numeric character-strings are often known as

View solution

Q. An access towards an object of size a single bytes at byte address A is aligned, if

View solution

Q. Little Endian byte order puts the byte having address

View solution

Q. Add R4,#3, the given instruction is the example of

View solution

Q. Big Endian byte order putting the byte having address

View solution

Q. Width of object like a double-word will be having a size of

View solution

Q. Whenever a memory location is used, then the actual memory address specified through the addressing mode, is called the

View solution

Q. Regs[R4] ? Regs[R4]+ Regs[R3]; the given statement represents the

View solution

Q. Modern compiler technology with its ability to effectively using larger numbers of

View solution

Q. If we have single memory address then the numbers of operands allowed maximum, would be

View solution

Q. A GPR computer having memory to memory operations can easily be ignored by the compiler and is used as a

View solution

Q. The example/s of general-purpose RISC architectures is/are

View solution

Q. Mem[Regs[R1]]; referring the memory location contents, the address of this memory location is specified by the contents of

View solution

Q. The operands working in the stack-architecture are implicitly

View solution

Q. Architecture accessing memory only with the load instruction and the store instructions, is called

View solution

Q. One class accessing memory as being part of any instruction, is called

View solution