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Q. Computational Fluid Dynamics?
Computational Fluid Dynamics: CFD was a FORTRAN like language developed in the early 70s at "Computational Fluid Dynamics Branch of Ames Research Centre" for ILLIAC IV machines which is a SIMD computer for array processing. The language design was exceptionally pragmatic. No effort was made to hide hardware peculiarities from the user. Indeed each try was made to give programmers access and control of all of hardware to help constructing resourceful programs. This language made the architectural characteristics of ILLIAC IV very apparent to programmer however it contained seeds of a number of practical programming language abstractions for data-parallel programming too. In spite of its simplicity and ad hoc machine dependencies, CFD permitted researchers at Ames to develop a range of application programs which efficiently used ILLIAC IV.
The output of SR flip flop when S=1, R=0 is ? Ans. When for the SR flip-flop S=set i/p R=reset i/p, as S=1, R=0, Flip-flop will be set means output will be one.
Compare zero-, one, two-, and three- address machines by writing programs to compute X = (A + B x C)/(D - E x F) for every of the four machines. Do n
CLASSIFICATION OF DIGITAL COMPUTER Computer are classified under a number of factors.Some people classify them according to their processing speed.main memory,technology used
What is clause form and resolution?
Translator for low level programming language were termed as? Ans. Translator for low level programming language is called as Assembler.
Basic Software: The basic software is also referred to as utilities. Basic software packages are available for performing operations such as data entry and validation, sorting
Efficiency of Vector Processing over Scalar Processing: We know that, a sequential computer processes scalar operands one at a time. Thus, if we have to process a vector of len
INT 21H supports about 100 different functions. A function is recognised by putting the function number in AH register. For illustration if we want to call function number 01 then
Given a RAID 3 (bit-interleaved parity) with k disks, how well will large block transmits work? How well will it handle a high I/O request rate? Compare the performance to a one di
Consider the following pseudo-code segment. 1. input y {y is a three-digit hexadecimal number} 2. d ← 0 3. for i = 1 to 3 3.1. char ← i th character from y readin
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