1. For what purpose, hamming network is suitable?
A . classification
B . association
C . pattern storage
D . none of the mentioned
2. What does the activation value of winner unit is indicative of?
A . greater the degradation more is the activation value of winning units
B . greater the degradation less is the activation value of winning units
C . greater the degradation more is the activation value of other units
D . greater the degradation less is the activation value of other units
3.What does the matching score at first layer in recognition hamming network is indicative of?
A . dissimilarity of input pattern with patterns stored
B . noise immunity
C . similarity of input pattern with patterns stored
D . none of the mentioned
4. What is the objective of feature maps?
A . to capture the features in space of input patterns
B . to capture just the input patterns
C . update weights
D . to capture output patterns
5.How are weights updated in feature maps?
A . updated for winning unit only
B . updated for neighbours of winner only
C . updated for winning unit and its neighbours
D . none of the mentioned
6. In self organizing network, how is layer connected to output layer?
A . some are connected
B . all are one to one connected
C . each input unit is connected to each output unit
D . none of the mentioned
7. What is true for competitive learning?
A . nodes compete for inputs
B . process leads to most efficient neural representation of input space
C . typical for unsupervised learning
D . all of the mentioned
8. Use of nonlinear units in the feedback layer of competitive network leads to concept of?
A . feature mapping
B . pattern storage
C . pattern classification
D . pattern clustering
9. Kohonen self-organizing map referred to
A . The process of finding the right formal representation of a certain body of knowledge in order to represent it in a knowledge-based system
B . It automatically maps an external signal space into a system’s internal representational space. They are useful in the performance of classification tasks
C . A process where an individual learns how to carry out a certain task when making a transition from a situation in which the task cannot be carried out to a situation in which the same task under the same circumstances can be carried out.
D . None of these
10. Vector quantization is used for
A . Lossy data compression
B . Lossy data correction
C . Pattern recognition
D . All of the above
11. Vector quantization is used in
A . Video coding
B . Audio coding
C . Speech coding
D . All of the above
12. Characteristic of a vector quantizer
A . Multiple quantization indexes are represented by one codeword
B . Each input symbol is represented by a fixed-length codeword
C . Multiple input symbols are represented by one quantization index
D . All of the above
☞ Neural Networks and Deep Learning-Unit-1 Objective Type Questions - [ NNDL ]
☞ Neural Networks and Deep Learning-Unit-2 Objective Type Questions - [ NNDL ]
☞ Neural Networks and Deep Learning-Unit-3 Objective Type Questions - [ NNDL ]
☞ Neural Networks and Deep Learning-Unit-4 Objective Type Questions - [ NNDL ]
☞ R - Programming MCQs - Unit-1 - [ R-Programming ]
☞ R - Programming MCQs - Unit-2 - [ R-Programming ]
☞ R - Programming MCQs - Unit-3 - [ R-Programming ]
☞ R - Programming MCQs - Unit-4 - [ R-Programming ]
☞ R - Programming MCQs - Unit-5 - [ R-Programming ]
☞ Formal Languages and Automata Theory (FLAT) MCQs - Unit-1 - [ FLAT ]
☞ Formal Languages and Automata Theory (FLAT) MCQs - Unit-2 - [ FLAT ]
☞ Formal Languages and Automata Theory (FLAT) MCQs - Unit-3 - [ FLAT ]
☞ Formal Languages and Automata Theory (FLAT) MCQs - Unit-4 - [ FLAT ]
☞ Formal Languages and Automata Theory (FLAT) MCQs - Unit-5 - [ FLAT ]
☞ PPS MCQs - Unit-1 - [ PPS ]
☞ PPS MCQs - Unit-2 - [ PPS ]
☞ PPS MCQs - Unit-3 - [ PPS ]
☞ PPS MCQs - Unit-4 - [ PPS ]
☞ PPS MCQs - Unit-5 - [ PPS ]
☞ Object Oriented Programming through Java MCQs - Unit-1 - [ OOP_JAVA ]
☞ Object Oriented Programming through Java MCQs - Unit-2 - [ OOP_JAVA ]
☞ Object Oriented Programming through Java MCQs - Unit-3 - [ OOP_JAVA ]
☞ Object Oriented Programming through Java MCQs - Unit-4 - [ OOP_JAVA ]
☞ Object Oriented Programming through Java MCQs - Unit-5 - [ OOP_JAVA ]
☞ Design and Analysis of Algorithms MCQs - Unit-1 - [ DAA ]
☞ Design and Analysis of Algorithms MCQs - Unit-2 - [ DAA ]
☞ Design and Analysis of Algorithms MCQs - Unit-3 - [ DAA ]
☞ Design and Analysis of Algorithms MCQs - Unit-4 - [ DAA ]
☞ Design and Analysis of Algorithms MCQs - Unit-5 - [ DAA ]
☞ Software Engineering MCQs - Unit-1 - [ SE ]
☞ Software Engineering MCQs - Unit-2 - [ SE ]
☞ Software Engineering MCQs - Unit-3 - [ SE ]
☞ Software Engineering MCQs - Unit-4 - [ SE ]
☞ Software Engineering MCQs - Unit-5 - [ SE ]
☞ Data Mining MCQs - Unit-1 - [ DM ]
☞ Data Mining MCQs - Unit-2 - [ DM ]
☞ Data Mining MCQs - Unit-3 - [ DM ]
☞ Data Mining MCQs - Unit-4 - [ DM ]
☞ Data Mining MCQs - Unit-5 - [ DM ]
☞ Computer Organization and Architecture (COA) Objective Question Bank-Unit-1 - [ COA ]
☞ Computer Organization and Architecture (COA) Objective Question Bank-Unit-2 - [ COA ]
☞ Computer Organization and Architecture (COA) Objective Question Bank-Unit-3 - [ COA ]
☞ Computer Organization and Architecture (COA) Objective Question Bank-Unit-4 - [ COA ]
☞ Computer Organization and Architecture (COA) Objective Question Bank-Unit-5 - [ COA ]
☞ Data Structures Objective Type Question Bank-Unit-1 - [ DS ]
☞ Data Structures Objective Type Question Bank-Unit-2 - [ DS ]
☞ Data Structures Objective Type Question Bank-Unit-3 - [ DS ]
☞ Data Structures Objective Type Question Bank-Unit-4 - [ DS ]
☞ Data Structures Objective Type Question Bank-Unit-5 - [ DS ]
☞ Database Management System Objective Type Question Bank-Unit-1 - [ DBMS ]
☞ Database Management System Objective Type Question Bank-Unit-2 - [ DBMS ]
☞ Database Management System Objective Type Question Bank-Unit-3 - [ DBMS ]
☞ Database Management System Objective Type Question Bank-Unit-4 - [ DBMS ]
☞ Database Management System Objective Type Question Bank-Unit-5 - [ DBMS ]