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Distributed Systems

Course Reviews

Track :

Engineering

Lessons no : 77

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What will you learn in this course?
  • Design and implement scalable distributed systems for improved performance and reliability using modern architecture and protocols
  • Analyze and troubleshoot common issues in distributed computing environments, including latency, fault tolerance, and data consistency
  • Apply principles of distributed algorithms to optimize resource sharing, synchronization, and consensus across networked devices
  • Evaluate security challenges in distributed systems and implement effective measures for data protection and access control
  • Develop strategies for data replication, partitioning, and consistency to ensure system availability and durability
  • Utilize cloud computing platforms and tools to deploy, manage, and monitor distributed applications effectively
  • Implement communication protocols such as RPC, REST, and message queues to facilitate efficient inter-node interactions
  • Design fault-tolerant distributed systems that maintain operation despite node failures or network disruptions
  • Optimize distributed system performance through load balancing, caching, and resource management techniques
  • Assess the impact of network latency and bandwidth on distributed system efficiency and scalability
  • Apply best practices for distributed system testing, debugging, and performance tuning in real-world scenarios
  • Integrate distributed systems with databases and storage solutions for seamless data management and retrieval
  • Explain the core concepts of consistency models, consensus algorithms, and distributed transaction management
  • Develop and deploy distributed applications using modern frameworks, APIs, and development tools

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Lessons | 77
what is distributed systems | Lec 1 | Bhanu Priya
00:06:47

what is distributed systems | Lec 1 | Bhanu Priya
distributed systems | characteristics | Lec 2 | Bhanu Priya
00:06:00

distributed systems | characteristics | Lec 2 | Bhanu Priya
distributed systems | applications | lec 3 | Bhanu Priya
00:05:01

distributed systems | applications | lec 3 | Bhanu Priya
distributed system with example | Lec 4 | Bhanu Priya
00:05:04

distributed system with example | Lec 4 | Bhanu Priya
architecture of distributed system | Lec 5 | Bhanu Priya
00:05:06

architecture of distributed system | Lec 5 | Bhanu Priya
distributed systems | Advantage disadv issues | Lec 6 | Bhanu Priya
00:03:42

distributed systems | Advantage disadv issues | Lec 6 | Bhanu Priya
distributed computing models | Fundamental Architectural | Lec 7 | Bhanu Priya
00:04:00

distributed computing models | Fundamental Architectural | Lec 7 | Bhanu Priya
Architectural model | client server | distributed systems | Lec 8 | Bhanu Priya
00:05:10

Architectural model | client server | distributed systems | Lec 8 | Bhanu Priya
Architectural model | Peer to Peer | distributed systems | Lec 9 | Bhanu Priya
00:04:38

Architectural model | Peer to Peer | distributed systems | Lec 9 | Bhanu Priya
fundamental models | distributed systems | Lec 10 | Bhanu Priya
00:06:52

fundamental models | distributed systems | Lec 10 | Bhanu Priya
network operating system | Distributed Systems | Lec 11 | Bhanu Priya
00:05:51

network operating system | Distributed Systems | Lec 11 | Bhanu Priya
Distributed Operating system | Lec 12 | Bhanu Priya
00:04:31

Distributed Operating system | Lec 12 | Bhanu Priya
middleware operating system | Distributed Systems | Lec 13 | Bhanu Priya
00:04:42

middleware operating system | Distributed Systems | Lec 13 | Bhanu Priya
Communication in Distributed Systems | Lec 14 | Bhanu Priya
00:05:30

Communication in Distributed Systems | Lec 14 | Bhanu Priya
communication protocols | Distributed Systems | Lec 15 | Bhanu Priya
00:06:27

communication protocols | Distributed Systems | Lec 15 | Bhanu Priya
layered protocol | part 1| Distributed Systems | Lec 16 | Bhanu Priya
00:11:23

layered protocol | part 1| Distributed Systems | Lec 16 | Bhanu Priya
layered protocol | part 2| Distributed Systems | Lec 17 | Bhanu Priya
00:10:14

layered protocol | part 2| Distributed Systems | Lec 17 | Bhanu Priya
remote procedure call in distributed system | Lec 18 | Bhanu Priya
00:13:12

remote procedure call in distributed system | Lec 18 | Bhanu Priya
remote procedure call in distributed system | Steps | Lec 19 | Bhanu Priya
00:03:55

remote procedure call in distributed system | Steps | Lec 19 | Bhanu Priya
remote procedure call in distributed system with Example | Lec 20 | Bhanu Priya
00:05:06

remote procedure call in distributed system with Example | Lec 20 | Bhanu Priya
remote procedure call | implemetation issue with example | Lec 21 | Bhanu Priya
00:10:15

remote procedure call | implemetation issue with example | Lec 21 | Bhanu Priya
remote procedure call | advantages disadvantages | distributed system | Lec 22 | Bhanu Priya
00:03:22

remote procedure call | advantages disadvantages | distributed system | Lec 22 | Bhanu Priya
RMI architecture | distributed system | Lec 23 | Bhanu Priya
00:05:46

RMI architecture | distributed system | Lec 23 | Bhanu Priya
stub and skeleton in rmi | distributed system | Lec 24 | Bhanu Priya
00:06:35

stub and skeleton in rmi | distributed system | Lec 24 | Bhanu Priya
rmi in distributed system | Working | Lec 25 | Bhanu Priya
00:08:28

rmi in distributed system | Working | Lec 25 | Bhanu Priya
Message passing model | basic algorithm | distributed system | Lec 26 | Bhanu Priya
00:08:21

Message passing model | basic algorithm | distributed system | Lec 26 | Bhanu Priya
modeling channel processeor in message passing | distributed system | Lec 27 | Bhanu Priya
00:06:37

modeling channel processeor in message passing | distributed system | Lec 27 | Bhanu Priya
Bully algorithm | distributed system | Lec 28 | Bhanu Priya
00:10:01

Bully algorithm | distributed system | Lec 28 | Bhanu Priya
bully algorithm example | distributed system | Lec 29 | Bhanu Priya
00:04:25

bully algorithm example | distributed system | Lec 29 | Bhanu Priya
ring algorithm in distributed system | Lec 30 | Bhanu Priya
00:05:05

ring algorithm in distributed system | Lec 30 | Bhanu Priya
ring algorithm example | distributed system | Lec 31 | Bhanu Priya
00:04:15

ring algorithm example | distributed system | Lec 31 | Bhanu Priya
message passing interface MPI | distributed system | Lec 32 | Bhanu Priya
00:06:24

message passing interface MPI | distributed system | Lec 32 | Bhanu Priya
parallel virtual machine PVM | distributed system | Lec 33 | Bhanu Priya
00:05:42

parallel virtual machine PVM | distributed system | Lec 33 | Bhanu Priya
PVM vs MPI | distributed system | Lec 34 | Bhanu Priya
00:03:28

PVM vs MPI | distributed system | Lec 34 | Bhanu Priya
process and threads | distributed system | Lec 35 | Bhanu Priya
00:05:27

process and threads | distributed system | Lec 35 | Bhanu Priya
process and threads difference | distributed system | Lec 36 | Bhanu Priya
00:03:03

process and threads difference | distributed system | Lec 36 | Bhanu Priya
threads in distributed system | distributed system | Lec 37 | Bhanu Priya
00:09:02

threads in distributed system | distributed system | Lec 37 | Bhanu Priya
code migration | distributed system | Lec 38 | Bhanu Priya
00:04:53

code migration | distributed system | Lec 38 | Bhanu Priya
migration models | distributed system | Lec 39 | Bhanu Priya
00:06:03

migration models | distributed system | Lec 39 | Bhanu Priya
resource migration | distributed system | Bhanu Priya
00:06:09

resource migration | distributed system | Bhanu Priya
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A distributed system is a computing environment in which various components are spread across multiple computers (or other computing devices) on a network. These devices split up the work, coordinating their efforts to complete the job more efficiently than if a single device had been responsible for the task.