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Difference between relocatable and self relocatable programs.
A relocatable program is one which can be processed to relocate it to a selected area of memory. For illustration an object module. The difference among a relocatable and a non-relocatable program is the availability of information relating to the address sensitive instructions in this. A self-relocating program is the one which can perform the relocation of its own address sensitive instructions.
A self-relocating program can execute into any area of memory. It is very significant in time-sharing operating system where load address of a program is likely to be different for various executions.
Memory Stack Stack could exist as a stand-alone unit or could be executed in a random-access memory attached to the CPU. The implementation of a stack in a CPU is done by assig
Representation in Prolog - Logic Programs: If we justimpose some additional constraints on first-order logic, so than we get to a representation language knowing as logic prog
Question: Write a MathCad solution to compute the ellipsoid radii at a point. Use the defining parameters for the GRS80 ellipsoid - a and f - in table 19.1. Program Equation 19
Q. Illustrate Domain Names and Address Resolution? But what if you don't know IP address of the computer you want to connect to? What happens if you need to access a web server
Q. Example of asymptotic notations? The function f (n) belongs to the set (g(n)) if there exists positive constants c such that for satisfactorily large values of n we have 0
CONTROL SECTION: The control section directs the flow of traffic (operations) and data. Also it maintains order within the computer. The control section chooses one program sta
State about the multiple inheritance multiple inheritance is shown in Figure. In this, one class is inherited from more than one class.
They are of two types. They are big endian and little endian. Memory is separated into two bank, 1:even bank 2:odd bank.
Q. A. Which gates are called Universal Gates? Why? B. State and prove any one of the DeMorgen's Laws. Show that these theorems can be extended up to any number of variables.
Q. Illustrate Clock signals of clock pulse generator? Synchronization in a sequential circuit is attained by a clock pulse generator that gives continuous clock pulse. Figure
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