Lesson 16 of 38 • 30 upvotes • 12:32mins
In this lesson, we will see how to find the range of any hypothetical data format and we will also discuss the IEEE 754 Floating point data representation.
38 lessons • 8h 35m
Course Overview (in Hindi)
12:01mins
Types of Computer Architecture (in Hindi)
13:49mins
Instruction Cycle (in Hindi)
14:00mins
Introduction to Control Unit (in Hindi)
14:21mins
Microprogrammed Control Unit (in Hindi)
14:56mins
Introduction to Pipelining (in Hindi)
14:45mins
Instruction Pipelining
14:42mins
Numericals on Pipelining
14:33mins
Pipelining Hazards-1
14:55mins
Pipelining Hazards-2
14:33mins
Concept and numericals of CPI
14:01mins
Introduction to Data Representation
14:46mins
2'sComplement Representation
14:59mins
Introduction to Floating Point Representation
14:18mins
Concept of Excess-Bias in exponent
12:11mins
Range of floating point representation
12:32mins
ESE PYQ on Data Representation-1
13:17mins
ESE PYQ on Data Representation-2
15:00mins
Concept of Associative Memory
8:47mins
Cache Memory-1
13:31mins
Cache Memory-2
13:47mins
Cache Memory-3
12:50mins
Direct Mapping-1
13:50mins
Direct Mapping-2
14:37mins
Fully Associative Mapping
12:20mins
K-way set associative mapping
13:59mins
ESE PYQ on Cache Memory-1
14:16mins
ESE PYQ on Cache Memory-2
14:38mins
CISC Vs RISC
14:41mins
Structure of Hard Disk-1
11:41mins
Structure of Hard Disk-2
14:23mins
ESE PYQ Numericals on Hard Disk
13:40mins
I-O Organization in Computer Architecture
11:07mins
I-O Organization in Computer Architecture
12:45mins
Interrupt-Initiated I-O
12:38mins
Direct Memory Access(DMA) Controlled Transfer
12:31mins
Practice Questions on I-O Organization
12:13mins
ESE 2019 Mains Questions-1
13:28mins