Flux AI: Network Efficiency

Network Efficiency Flux Artworks

An automated logistics control center manages AI-driven drones and self-driving trucks. Digital displays show paths for packages, weather data, and metrics for cost efficiency.
2 images

Futuristic Automated Logistics Control Center with AI Drones and Autonomous Trucks

real-time monitoring
automated logistics
autonomous trucks
Flowchart illustrates Go-Back N protocol dynamics for sending packets. Every 6th packet lost. Total 15 packets sent due to retransmission. Comparison with stop-and-wait protocol.
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Go-Back N Protocol: Packet Transmission and Retransmission Flowchart

computer networking
packet acknowledgment
Network Efficiency
This document outlines the fundamentals of switching in telecommunications. Switching is defined as the process of establishing a pathway between sender and receiver via transmission nodes. It plays a key role in efficiently delivering signals and relieving network congestion. The text primarily discusses circuit switching, highlighting its dedicated and temporary nature, use of fixed bandwidth, and its operational stages: request, establishment, transfer of information, and connection release. It also contrasts circuit switching with packet switching, emphasizing advantages and disadvantages. The example given is the Public Switched Telephone Network (PSTN).
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Fundamentals of Network Switching: Circuit and Packet Switching Explained

data transfer
Network Switching
Circuit Switching