The complete Gate test structure 2019-20.in this video i describe all information about 2019 Gate examination specially for computer science.I hope this can be helpful! Gate test structure with mark distribution in detailed|The complete Gate information 2019-20 please like comment & Subscribe! If anybody have some questions regarding my videos please tell me at E-mail-- iamsameer1997@gmail.com youtube https://www.youtube.com/channel/UC4k3h0R2H8HVSQqAbuYY27Q Facebook: https://www.facebook.com/mdsamir.shaikh.948

1. GUIDANCE FOR GATE
FULL TEST STRUCTURE
OF
GATE
Graduate Aptitude Test Engineering
by
SAMIR UDDIN
B-Tech CSE
SAMIR UDDIN Consultancy
iamsameer1997@gmail.com

2. TEST MODULES: Gate
Examination Candidates preparing For GATE exam can check the paper pattern to know the
subjects, marks distribution and duration of exams that will help candidates to
strategize and crack GATE examination.
Important Dates
1. September 2018->Start the Online Application Form date.
2. October 2018->Last Date to submit Application Form.
3. October 2018->Last Date for Request for Change in the Choice of
4. Examination City via GOAPS login.
5. January 2019->Admit Card date Availability.
6. February 2019->Exam Date for GATE 2019-20.
7. March 2019->Declare the Result.
8. May 2019->Downloading of Score Card.
9. April 2019->Counselling
10. Rs 1500/->Registration Fee
Note:-All events date may vary within given month.

3. TEST MODULES: Gate
Examination
 The test structured in Gate exam divides in following
manner:-

4. .
TEST MODULES: Gate
Examination
General
Aptitudes
Subject-specific
section
15M
Engineering
Mathematics
The
question
paper of
GATE
2019 will
consist of
three
sections
15M
70M

5. TEST MODULES: Gate
Examination
Question No Description For Questions
Q.1 to Q.25
Q.26 to Q.55
Q.56 to Q.60
carry one mark each
1/3 mark will be deducted for each wrong answer.
carry two marks each
2/3 mark will be deducted for each wrong answer.
From General Aptitude (GA) will carry one mark each
1/3 mark will be deducted for each wrong answer.
Q.61 to Q.65
From GA will carry two marks each
2/3 mark will be deducted for each wrong answer.
Note:- Each of these papers will have some questions on
Engineering Mathematics carrying 15 marks.
Patterns of Question papers with marks
description:-

6. TEST MODULES: Gate
Examination
streams
Qualifying marks
(general)
Qualifying marks
(obc-ncl)
Qualifying marks
(sc/st/pwd)
CS
EC
ME
EE
CH
BT
CE
IN
25
25
34.70
26.9
37.8
37
29.1
22.5
22.5
31.20
24.2
34
33
26.1
16.6
16.6
23.1
17.9
25.1
25
19.4
27.9 25.1 18.5
Gate qualifying cut-off marks-2018:-

7. TEST MODULES: General Aptitude
 The complete Gate syllabus divides into 11
separates sections:-
 1.General Aptitude
(a)Numerical Ability
i. Numerical computation & Estimation.
ii. Numerical reasoning and data interpretation.
iii. Time & Work
iv. Speed &Distance
v. Percentage
vi. Interest ,Profit &Loss
vii. Probability
viii. Ratio &Proportion
ix. Algebra

8. TEST MODULES: General Aptitude
 1.General Aptitude
(b) Verbal Ability
i. English grammar
ii. sentence completion
iii. verbal analogies
iv. word groups
v. instructions
vi. critical reasoning and verbal deduction
vii. Error Detection and Correction
viii. Passage/Sentence Re-arrangement

9. TEST MODULES: Engineering
Mathematics
 2. Engineering Mathematics
(a) Discrete Mathematics
i. Propositional and first order logic
ii. Sets, relations, functions
iii. partial orders and lattices.
iv. Groups, counting.
v. recurrence relations.
vi. generating functions
vii. Graphs: connectivity, matching, coloring
(b) Linear Algebra
i. Matrices, determinants
ii. LU decomposition
iii. System of linear equations
iv. Eigenvalues and eigenvectors

10. TEST MODULES: Engineering
Mathematics
 2. Engineering Mathematics
(c) Probability
i. Random variables
ii. Mean, median, mode and standard deviation
iii. Uniform, normal, exponential, Poisson and
iv. Binomial distributions
Conditional probability and Bayes theorem
(d) Calculus
i. Limits, Continuity and Differentiability
ii. Maxima and Minima. Mean value theorem
iii. Integration

11. TEST MODULES: Digital Logic
 3. Digital Logic
(a) Digital Logic
i. Boolean algebra.
ii. Combinational and sequential circuits.
iii. Minimization.
iv. Number representations and computer arithmetic.

12. TEST MODULES: CO & CA
 4. Computer Organization and Architecture
(a) Computer Organization and Architecture
i. Machine instructions and addressing modes
ii. ALU, data‐path and control unit
iii. Instruction pipelining
iv. Memory hierarchy:
v. cache, main memory and secondary storage
vi. I/O interface (Interrupt and DMA mode)

13. TEST MODULES: C & DATA
STRUCTURE
 5. Programming and Data Structures
(a) Programming and Data Structures
i. Programming in C
ii. Recursion
iii. Arrays
iv. Stacks
v. Queues
vi. Linked lists
vii. Trees, binary search trees
viii. Binary heaps
ix. Graphs

14. TEST MODULES: Algorithms
 6. Algorithms
(a) Algorithms
i. Searching.
ii. Sorting.
iii. Hashing.
iv. Asymptotic worst case time and space complexity.
v. Greedy
vi. Dynamic programming
vii. Divide‐and‐conquer
viii. Graph search
ix. Minimum spanning trees
x. Shortest paths

15. TEST MODULES: Theory of
Computation
 7. Theory of Computation
(a) Theory of Computation
i. Regular expressions
ii. Finite automata
iii. Context-free grammars
iv. Push-down automata
v. Regular and context-free languages
vi. Pumping lemma
vii. Turing machines and undecidability

16. TEST MODULES: Compiler Design
 8. Compiler Design
(a) Compiler Design
i. Lexical analysis
ii. parsing
iii. syntax-directed translation
iv. Runtime environments
v. Intermediate code generation

17. TEST MODULES: Operating
Systems
 9. Operating Systems
(a) Operating Systems
i. Processes
ii. Threads
iii. CPU scheduling
iv. Inter‐process communication
v. Concurrency and synchronization
vi. Deadlock
vii. Memory management and virtual memory
viii. File systems

18. TEST MODULES: Databases
 10. Databases
(a) Databases
i. ER‐model
Relational model :
i. Relational algebra
ii. Tuple calculus
iii. SQL
iv. Integrity constraints
v. Normal forms
vi. Transactions and concurrency control
vii. File organization
viii. Indexing (e.g., B and B+ trees)

19. TEST MODULES: Computer
Networks
 11. Computer Networks
(a) Computer Networks
i. Concept of layering, LAN technologies (Ethernet)
ii. Flow and error control techniques
iii. Switching
iv. IPv4/IPv6
v. Routers and routing algorithms
vi. eg: distance vector, link state
vii. TCP/UDP and sockets
viii. Congestion control
ix. Application layer protocols
x. eg: DNS, SMTP, POP, FTP, HTTP

20. Don’t Forget T0
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