DISTRIBUTED SYSTEM
CHAPTER 1. INTRODUCTION TO DISTRIBUTED SYSTEM
- 1.1 Introduction To Distributed Systems
- 1.2 Examples Of Distributed Systems
- 1.3 Main Characteristics
- 1.4 Advantages And Disadvantages Of Distributed System
- 1.5 Design Goals
- 1.6 Main Problems
- 1.7 Models Of Distributed System
- 1.8 Resource Sharing And The Web Challenges
- 1.9 Types Of Distributed System: Grid, Cluster, Cloud
- Chapter 1 - Slides
- Case Study: Www As Distributed System
CHAPTER 2: DISTRIBUTED OBJECT AND FILE SYSTEM
- 2.1 Introduction
- 2.2 Communication Between Distributed Objects
- 2.3 Remote Procedure Call
- 2.4 Events And Notifications
- 2.5 Java Rmi Case Study
- 2.6 Introduction To Dfs
- 2.7 File Service Architecture
- 2.8 Sun Network File System
- 2.9 Introduction To Name Services
- 2.10 Name Services And Dns
- 2.11 Directory And Discovery Services
- 2.12 Comparison Of Different Distributed File Systems
- Chapter 2- Slides
CHAPTER 3: OPERATING SYSTEM SUPPORT
CHAPTER 4:Distributed Heterogeneous Applications and CORBA
5. TIME AND STATE IN DISTRIBUTED SYSTEM
CHAPTER 6 : COORDINATION AND AGREEMENT
CHAPTER 7: REPLICATION
CHAPTER 8: TRANSACTION AND CONCURRENCY CONTROL
- 8.1 Transactions
- 8.2 Nested Transaction
- 8.3 Locks
- 8.4 Optimistic Concurrency Control
- 8.5 Timestamp Ordering
- 8.6 Comparison Of Methods For Concurrency Control
- 8.7 Introduction To Distributed Transactions
- 8.8 Flat And Nested Distributed Transactions
- 8.9 Atomic Commit Protocols
- 8.10 Concurrency Control In Distributed Transactions
- 8.11 Distributed Deadlocks
- 8.12 Transaction Recovery
CHAPTER 9 : FAULT TOLERANCE
CHAPTER 10 : CASE STUDY
PRACTICAL WORK-DISTRIBUTED SYSTEM
LAB WORK SOLUTION- DISTRIBUTED SYSTEM
OLD QUESTION BANK SOLUTION-DISTRIBUTED SYSTEM IOE
- 2079 Bhadra-Regular
- 2076 Chaitra, Ashwin- Ioe Old Question Solution, Distributed System
- 2078 Bhadra- Ioe Old Question Solution, Distributed System
- 2069-Chaitra- Ioe Old Question Solution, Distributed System
- 2075- Regular And Back- Ioe Old Question Solution, Distributed System
- 2070-Back- Ioe Old Question Solution, Distributed System
- 2074 Regular/ Back- Ioe Old Question Solution, Distributed System
- 2072 Chaitra / Kartik- Ioe Old Question Solution, Distributed System
- 2079 Bhadra/ 2080 Baishakh- Ioe Old Question Solution, Distributed System
- 2071- Shrawan- Ioe Old Question Solution, Distributed System
- 2071 Chaitra- Ioe Old Question Solution, Distributed System
- 2070 Chaitra- Ioe Old Question Solution, Distributed System
- 2070 Ashadh-Ioe Old Question Solution, Distributed System
Distributed System Architecture
Communication
DISTRIBUTED SYSTEM -BCA -ALL SLIDES
MCQ- DISTRIBUTED SYSTEM
Distributed System Notes ,BCA, TU
Middleware
Middleware is software that sits between an operating system and the applications running on it. Acting as an invisible translation layer, middleware facilitates communication and data management for distributed applications.
It facilitates communication, data management, and interoperability in a distributed environment, enabling the integration and coordination of distributed components. Middleware abstracts the complexities of the underlying network, providing a simpler interface for developers to build and manage distributed applications.
Functions of Middleware
- Communication: Middleware provides mechanisms for remote procedure calls, message passing, and event distribution, enabling components to communicate seamlessly across different nodes.
- Data Management: Middleware handles data storage, retrieval, and synchronization across distributed systems, ensuring consistency and reliability.
- Interoperability: Middleware facilitates the interaction between heterogeneous systems and applications, supporting different protocols, languages, and platforms.
- Security: Middleware includes services for authentication, authorization, encryption, and auditing to ensure secure communication and data management.
- Scalability: Middleware supports load balancing, clustering, and failover mechanisms to ensure the system can scale out and handle increased load.
Middleware Interaction in Distributed Systems
- Client-Server Communication: Middleware manages the communication between client and server components, ensuring seamless request-response interactions.
- Event Handling: Middleware facilitates the publishing, subscribing, and handling of events in an event-driven architecture.
- Data Synchronization: Middleware ensures data consistency and synchronization across distributed nodes.
- Service Discovery: Middleware provides mechanisms for service discovery, allowing components to locate and interact with services dynamically.
- Load Balancing and Failover: Middleware manages load distribution and failover mechanisms to ensure high availability and reliability.