Distributed systems are a cornerstone of modern computing, enabling applications to run across multiple interconnected computers. AKTU’s B.Tech curriculum includes the Distributed Systems (KCS-077) course to equip students with the fundamental knowledge and skills required to understand, design, and develop distributed applications. Distributed system AKTU Old Paper or Distributed System Previous Year Paper AKTU are valuable resources that aid students in achieving excellent grades in their exams.
Distributed System Previous Year Paper AKTU B Tech Download
Here are some Distributed system Previous Year Paper AKTU, I hope they are helpful for you.
| Year | Download Link |
|---|---|
| 2023 | Click here |
| 2022 | Click here |
| 2020 | Click here |
AKTU Old Papers : Image processing Old Paper | Augmented & Virtual Reality Old Paper
Distributed System AKTU B Tech 7th Semester Unit Names
This course delves into the core concepts, architectures, and challenges associated with distributed systems. It explores various techniques for communication, coordination, and fault tolerance in these systems. Below are the names of the chapters that you will gonna be studied in Distributed System for AKTU B Tech 7th Semester.
UNIT 1: CHARACTERIZATION OF DISTRIBUTED SYSTEMS
This unit introduces the fundamentals of distributed systems, defining them and providing examples like the web. It emphasizes challenges like resource sharing and heterogeneity. Architectural (client-server, peer-to-peer) and fundamental (interaction, failure, security) models are explored. The lack of a global clock is addressed through logical clocks (Lamport, Vector), enabling partial ordering of events. Message passing concepts, including causal and total ordering, and techniques for global state and termination detection are covered.
UNIT 2: DISTRIBUTED MUTUAL EXCLUSION
This unit focuses on coordinating access to shared resources. Distributed mutual exclusion algorithms (token-based, non-token-based) and their performance metrics are discussed. Distributed deadlock detection, including prevention, avoidance, detection, and resolution techniques, is covered. Specific detection algorithms like path-pushing and edge-chasing are examined.
UNIT 3: AGREEMENT PROTOCOLS
This unit deals with achieving consensus among distributed processes, even with failures. Agreement protocols and different agreement problems, particularly the Byzantine agreement problem and its solutions, are discussed. Applications like atomic commit in distributed databases are highlighted. Distributed resource management, including distributed file systems and distributed shared memory (DSM) and its implementation, is also covered.
UNIT 4: FAILURE RECOVERY IN DS
This unit addresses failure handling. Backward and forward recovery techniques, recovery in concurrent systems, and consistent checkpointing are discussed. Recovery in distributed databases is also covered. Fault tolerance issues and commit/voting protocols are explored.
UNIT 5: TRANSACTION CONTROL
This unit focuses on managing concurrent data access. Transactions, nested transactions, and concurrency control mechanisms (locks, optimistic control, timestamp ordering) are discussed. Distributed transactions, atomic commit protocols, and concurrency control in distributed transactions are covered. Transaction recovery and replication for fault tolerance and availability are also addressed.
Importance of Distributed System Old Year Paper AKTU
- Foundation for Modern Applications: Most modern applications, from web services to mobile apps, rely on distributed systems to function efficiently across geographically dispersed servers. Understanding these systems is essential for building scalable and reliable applications.
- Ubiquitous in Various Fields: Distributed systems are the backbone of technologies like cloud computing, big data analytics, and the Internet of Things (IoT). This course equips you with the knowledge required to work in these rapidly growing fields.
- Problem-Solving Skills: Developing distributed systems involves tackling challenges like communication, synchronization, and fault tolerance. This course hones your problem-solving skills and ability to design efficient solutions.
Benefits for B.Tech Graduates:
- Career Opportunities: Skills in distributed systems are highly sought after by employers. This course prepares you for jobs in areas like distributed systems engineering, cloud architecture, and software development for large-scale systems.
- Competitive Advantage: Understanding distributed systems gives you an edge in the job market. You’ll be able to contribute to projects involving complex distributed architectures.
- Adaptability in the IT Field: Technologies evolve rapidly. This course provides a foundation for understanding and adapting to new distributed system concepts and paradigms.
Strategic Advantage for AKTU Graduates:
- Industry Readiness: By understanding distributed systems, you’ll graduate with in-demand skills, making you a more competitive candidate for IT jobs that involve distributed applications.
- Lifelong Learning: The field of distributed systems is constantly evolving. This course equips you with the skills to learn and adapt to new advancements throughout your career.
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