1
GATE CSE 1990
MCQ (Single Correct Answer)
+2
-0.6
Match the pairs in the following:

List - I

(a) Heap construction
(b) Constructing hash table witn linear probing
(c) AVL Tree construction
(d) Digital tree construction

List - II

(p) $$\Omega \left( {n\log _{10}^n} \right)$$
(q) O(n)
(r) O(n2)
(s) $$\Omega \left( {n\log _2^n} \right)$$
A
a - r, b - q, c - s, d - p
B
a - q, b - r, c - p, d - s
C
a - q, b - r, c - s, d - p
D
a - q, b - s, c - r, d - p
2
GATE CSE 1990
MCQ (Single Correct Answer)
+1
-0.3
Match the following:

List - I

(a) Lexical Analysis
(b) Code Optimization
(c) Code Generation
(d) Abelian Group

List - II

(p) DAG's
(q) Syntax trees
(r) Push Down automata
(s) Finite automata
A
a - s, b - p, c - q, d - r
B
a - r, b - p, c - q, d - s
C
a - s, b - q, c - p, d - r
D
a - s, b - p, c - r, d - q
3
GATE CSE 1990
MCQ (Single Correct Answer)
+1
-0.3

Match the followings:

Group-I

(a) Pointer data type
(b) Activation Record
(c) Repeat -Until
(d) Coercion

Group-II

(p) Type Conversion
(q) Dynamic Data Structure
(r) Recursion
(s) Nondeterministic loop
A
a - p, b - r, c - s, d - q
B
a - q, b - r, c - s, d - p
C
a - q, b - s, c - r, d - p
D
a - r, b - q, c - s, d - p
4
GATE CSE 1990
Subjective
+5
-0
State the Both's algorithm for multiplication of two numbers, Draw a block diagram for the implementation of the Booth's algorithm for determining the product of two $$8-$$bit signed numbers.
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