Digital Logic Circuits: Unit I: (a) Number Systems : University Questions with Answers (Long Answered Questions)
University Questions with Answers (Long Answered Questions)
(Regulation 2008)
Dec
- 09
Q.1
Explain the gray code to binary converter with the necessary diagram. [Section
1.7] [10]
May
- 12
Q.2
Write the application of gray code. [Section 1.7]
Q.
3 Given that a frame with bit sequence 1101011011 is transmitted, it has been
received as 1101011010. Determine the method of detecting the error using any
one error detecting code.
[Section
1.8.3] [8]
Q.
4 Explain Hamming code with an example. State its advantages over parity codes.
[Section 1.8.3] [8]
(Regulation
2013)
Dec
- 15
Q.
5 What is meant by weighted and non-weighted coding ? [Section 1.7] [8]
Dec.-16
Q.
6 Explain in detail the usage of Hamming codes for error detection and error
correction with an example considering the data bits as 0101. [Section 1.8.3] [10]
Dec.-17
Q.7
Explain in detail about error detecting and error correcting code. [Section
1.8] [13]
Digital Logic Circuits: Unit I: (a) Number Systems : Tag: : Digital Logic Circuits | Number Systems - University Questions with Answers (Long Answered Questions)
Digital Logic Circuits
EE3302 3rd Semester EEE Dept | 2021 Regulation | 3rd Semester EEE Dept 2021 Regulation