Word count: 3000 words
Objectives to cover:
Introduction to Network Design in Distributed Systems : Network design ensures efficient communication, scalability, and resilience in distributed environments.
Understanding Routing Algorithms: Distance Vector vs. Link State : Routing algorithms determine optimal data paths using either local or global network information.
Protocols for Network Synchronization in Distributed Systems : Synchronization protocols maintain consistent timing and data across distributed nodes.
Load Balancing Techniques for Efficient Network Management : Load balancing distributes workloads evenly to prevent bottlenecks and improve performance.
Quality of Service (QoS) in Network Design : QoS mechanisms prioritize traffic to meet application-specific latency and bandwidth requirements.
Redundancy and Fault Tolerance in Network Architecture : Redundant paths and systems enhance fault tolerance and ensure continuous network operation.
Network Monitoring and Performance Optimization : Monitoring tools track metrics to identify issues and optimize overall network performance.
Data Flow Control and Congestion Management : Flow control and congestion strategies prevent packet loss and ensure smooth data transmission.
Emerging Trends in Network Design: Edge Computing and Beyond : Innovations like edge computing and SDN are shaping the future of distributed network design.
Reference: IEEE style