Distributed Systems

Learn Distributed Systems the exam way—clear concepts, worked examples, and 77 focused lessons in computer networking.

Instructor: DAKALA SREENIVASULU

Last updated Aug 2026 en

30 learners enrolled

all-levels

This course includes

— on-demand video
Access on mobile & desktop
Full lifetime access
Certificate of completion

Course content

11 sections · 77 lectures

Lec-01 : What is Distributed systems ? Preview
Lec-02 : Characteristics
Lec-03 : applications?
Lec-04 : Distributed system with example
Lec-05 : Architecture
Lec-06 : Advantages, Dis- advantages & Issues

Lec-07 : Distributed computing models Preview
Lec-08 : Client - Server Architectural model
Lec-09 : Peer - Peer Architectural model
Lec-10 : Fundamental models

Lec-11 : Network operating system Preview
Lec-12 : Distributed OS
Lec-13 : Middleware OS
Lec-14 : Communication in Distributed Systems
Lec-15 : Communication protocols
Lec-16 : Layered protocol - 1
Lec-17 : Layered protocol - 2

Lec-18 : Introduction | Remote procedure call Preview
Lec-19 : Steps | Remote procedure call
Lec-20 : Example | Remote procedure call
Lec-21 : Implementation issue with Example
Lec-22 : Advantages & Dis advantages

Lec-23 : RMI architecture Preview
Lec-24 : Stub & Skeleton
Lec-25 : RMI working
Lec-26 : Message passing model
Lec-27 : Modeling channel & processeor in message passing
Lec-28 : Introduction | Bully algorithm
Lec-29 : Example | Bully algorithm
Lec-30 : Ring algorithm in distributed system
Lec-31 : Ring algorithm example
Lec-32 : message passing interface (MPI)
Lec-33 : Parallel virtual machine (PVM)
Lec-34 : PVM vs MPI

Lec-35 : Process & Threads Preview
Lec-36 : Difference : Process & Threads
Lec-37 : Threads in distributed system
Lec-38 : Code migration
Lec-39 : Migration models
Lec-40 : Resource migration
Lec-41 : Software agents
Lec-42 : Distributed objects
Lec-43 : Evaluation : Distributed objects

Lec-44 : CORBA features Preview
Lec-45 : CORBA architecture - 1
Lec-46 : CORBA architecture - 2
Lec-47 : CORBA : Service, Adv & Dis-adv

Lec-48 : Synchronisation Preview
Lec-49 : Introduction : Clock synchronisation
Lec-50 : Types : Clock synchronisation
Lec-51 : physical clock
Lec-52 : physical clock UTC
Lec-53 : Algorithm : physical clock
Lec-54 : Berkeley physical clock algorithm
Lec-55 : Logical clocks
Lec-56 : Lamport logical clock algorithm - 1
Lec-57 : Lamport logical clock algorithm - 2

Lec-58 : Distributes mutual exclusion Preview
Lec-59 : Transaction execution
Lec-60 : Distributed transaction
Lec-61 : Two phase commit protocol
Lec-62 : Security
Lec-63 : Security mechanisms

Lec-64 : Introduction : Distributed database Preview
Lec-65 : Types : Distributed database
Lec-66 : Architecture : Distributed database
Lec-67 : Fragmentation : Distributed database
Lec-68 : Data replication : Distributed database
Lec-69 : Query processing & Optimization
Lec-70 :Distributed transaction model
Lec-71 :Recovery in distributed database
Lec-72:concurrency problems in distributed database
Lec-73 :Concurrency control in distributed database

Lec-74 :Introduction : Parallel databases Preview
Lec-75 :Parameters : Parallel databases
Lec-76 :Types of architecture : Parallel databases
Lec-77 :parallel query evaluation

Explore related topics

Computer Science all-levels

Description

Distributed Systems is an exam-focused computer networking programme designed for B.Tech / MCA learners and anyone revising CS subjects for semester exams (all levels). Lessons are paced for semester revision and competitive practice, with clear explanations you can replay anytime.

You will connect definitions to exam-style problems in Distributed Systems, so you can write clearer answers, dry-run code mentally, and revise units in order. Syllabus highlights include Overview, Models, Operating Systems, Remote procedure call, RMI, and Process Concepts. Across 77 lessons, you will move from foundations to problem-solving patterns that show up in university papers and placement tests.

Taught by DAKALA SREENIVASULU, this course keeps theory short and practice heavy—so you can revise faster, spot examiner cues, and build confidence before mocks and finals.