Exam Details
Subject | soft computing | |
Paper | ||
Exam / Course | ||
Department | electronics & information technology | |
Organization | National Institute Of Electronics & Information Technology | |
Position | ||
Exam Date | January, 2016 | |
City, State | delhi, dwarka |
Question Paper
C9-R4 Page 1 of 1 January, 2016
C9-R4: SOFT COMPUTING
NOTE:
Time: 3 Hours Total Marks: 100
1.
Distinguish between Fuzzy and probability with example.
What is inversion? List out the types of inversion in GA.
Draw architecture of fuzzy control system. Also describe its component.
What is associative memory? Explain its types.
Explain MAXICAN HAT network with diagram.
How feed forward network can differ from feedback network?
Consider two fuzzy sets A and B find Complement, Union, Intersection and Difference
A .5/3 .3/4
B .7/3 .2/4
2.
What is need of derivative free optimization? List out common characteristics of derivation free
optimization techniques.
Discuss advantage and disadvantage of genetic algorithm and give a comparison between local
optimization and global optimization techniques.
3.
What are Evolutionary Algorithms? Explain Simple Genetic Algorithm with the help of a
flowchart. Also explain how GA differs from other traditional algorithms.
Describe different selection methods for GA.
4.
Define the following term with respect to NN: Threshold, Learning rate, Bias, Activation function,
Delta rule.
Explain the block diagram of Fuzzy Inference System.
5.
What are hybrid systems? Discuss advantages, disadvantages and applications of neuro-fuzzy
and neuro-genetic hybrid systems.
What is Soft Computing? State difference between soft computing hard computing. List out
the soft computing characteristics.
6.
How is a set of weights of a neural network encoded in a chromosome? Give an Example.
Define the term linguistic information, numerical information and stage adaptive network.
What is meant by dilemma between interpretability and precision?
7.
Explain Travelling Salesman Problem. Also suggest different operators used to solve it using
GA.
Write a short note on Competitive learning with its limitations.
Explain the Simulated annealing with an example
1. Answer question 1 and any FOUR from questions 2 to 7.
2. Parts of the same question should be answered together and in the same
sequence.
C9-R4: SOFT COMPUTING
NOTE:
Time: 3 Hours Total Marks: 100
1.
Distinguish between Fuzzy and probability with example.
What is inversion? List out the types of inversion in GA.
Draw architecture of fuzzy control system. Also describe its component.
What is associative memory? Explain its types.
Explain MAXICAN HAT network with diagram.
How feed forward network can differ from feedback network?
Consider two fuzzy sets A and B find Complement, Union, Intersection and Difference
A .5/3 .3/4
B .7/3 .2/4
2.
What is need of derivative free optimization? List out common characteristics of derivation free
optimization techniques.
Discuss advantage and disadvantage of genetic algorithm and give a comparison between local
optimization and global optimization techniques.
3.
What are Evolutionary Algorithms? Explain Simple Genetic Algorithm with the help of a
flowchart. Also explain how GA differs from other traditional algorithms.
Describe different selection methods for GA.
4.
Define the following term with respect to NN: Threshold, Learning rate, Bias, Activation function,
Delta rule.
Explain the block diagram of Fuzzy Inference System.
5.
What are hybrid systems? Discuss advantages, disadvantages and applications of neuro-fuzzy
and neuro-genetic hybrid systems.
What is Soft Computing? State difference between soft computing hard computing. List out
the soft computing characteristics.
6.
How is a set of weights of a neural network encoded in a chromosome? Give an Example.
Define the term linguistic information, numerical information and stage adaptive network.
What is meant by dilemma between interpretability and precision?
7.
Explain Travelling Salesman Problem. Also suggest different operators used to solve it using
GA.
Write a short note on Competitive learning with its limitations.
Explain the Simulated annealing with an example
1. Answer question 1 and any FOUR from questions 2 to 7.
2. Parts of the same question should be answered together and in the same
sequence.
Other Question Papers
Departments
- electronics & information technology
Subjects
- accounting & financial management system
- advanced algorithms
- advanced computer graphics
- advanced computer networks
- application of .net technology
- applied operations research
- artificial intelligence & neural networks
- automata theory & compiler design
- basic mathematics
- basics of os, unix & shell programming
- basics of os, unix and shell programming
- computer based statistical & numerical methods
- computer graphics & multimedia
- computer system architecture
- cyber forensic & law
- data communication and network technologies
- data communication and network technologies
- data network and management
- data structure through c++
- data structure through java
- data structures through ‘c++’
- data warehouse and data mining
- data warehousing and data mining
- digital image processing
- digital image processing and computer visio
- digital signal processing
- discrete structures
- e-business
- elements of mathematical sciences
- embedded systems
- graphics and visualisation
- image processing and computer vision
- information security
- information storage & management
- internet technology and web design
- internet technology and web design
- internet technology and web services
- introduction to database management system
- introduction to dbms
- introduction to ict resources
- introduction to multimedia
- introduction to object oriented programming through java
- introduction to object-oriented programming through java
- it tools and business system
- it tools and business systems
- machine learning
- management fundamentals & information systems
- mathematical methods for computing
- mobile computing
- multimedia systems
- multimedia systems
- network management & information security
- object oriented database management systems
- operating system
- operating systems
- parallel computing
- professional & business communication
- programming and problem solving through ‘c’ language
- programming and problem solving through ‘c’ language
- project management
- soft computing
- software engineering and case tools
- software project management
- software systems
- software testing and quality management
- software testing and quality management
- structured system analysis & design
- structured system analysis and design
- system modeling & computer simulation
- visual programming
- wireless & mobile communication