1
GATE CSE 2015 Set 3
Numerical
+1
-0
Consider a software program that is artificially seeded with $$100$$ faults. While testing this program, $$159$$ faults are detected, out of which $$75$$ faults are from those artificially seeded faults. Assuming that both real and seeded faults are of same nature and have same distribution, the estimated number of undetected real faults is ____________.
2
GATE CSE 2015 Set 2
+1
-0.3
A software requirements specification $$(SRS)$$ document should avoid discussing which one of the following?
A
User interface issues
B
Non-functional requirements
C
Design specification
D
Interfaces with third party software
3
GATE CSE 2015 Set 2
+1
-0.3
Consider the basic $$COCOMO$$ model where $$E$$ is the effort applied in person-months, $$D$$ is the development time in chronological months, $$KLOC$$ is the estimated number of delivered lines of code (in thousands) and $${a_b},{b_b},{c_b},{d_b}$$ have their usual meanings. The basic $$COCOMO$$ equations are of the form
A
$$E = {a_b}\left( {KLOC} \right)\exp \left( {b{}_b} \right),\,D = {c_b}\left( E \right)\exp \left( {{d_b}} \right)$$
B
$$D = {a_b}\left( {KLOC} \right)\exp \left( {b{}_b} \right),\,D = {c_b}\left( E \right)\exp \left( {{d_b}} \right)$$
C
$$E = {a_b}\exp \left( {b{}_b} \right),\,D = {c_b}\left( {KLOC} \right)\exp \left( {{d_b}} \right)$$
D
$$E = {a_b}\exp \left( {d{}_b} \right),\,D = {c_b}\left( {KLOC} \right)\exp \left( {{b_b}} \right)$$
4
GATE CSE 2015 Set 1
+1
-0.3

Match the following:

List I List II
(P) Condition coverage (i) Black-box testing
(Q) Equivalence class partitioning (ii) System testing
(R) Volume testing (iii) White-box testing
(S) Alpha testing (iv) Performance testing
A
P - ii, Q - iii, R - i, S - iv
B
P - iii, Q - iv, R - ii, S - i
C
P - iii, Q - i, R - iv, S - ii
D
P - iii, Q - i, R - ii, S - iv
GATE CSE Subjects
Discrete Mathematics
Programming Languages
Theory of Computation
Operating Systems
Digital Logic
Computer Organization
Database Management System
Data Structures
Computer Networks
Algorithms
Compiler Design
Software Engineering
Web Technologies
General Aptitude
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