In what ways does the reduction of collision domains improve overall network performance?
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Reducing collision domains in wireless networks can significantly enhance overall network performance by minimizing frame collisions, improving throughput, reducing delays, and conserving energy. Strategies such as optimizing contention window sizes based on the number of participating stations and prioritizing communication among nodes with similar user priorities can effectively mitigate collisions. Additionally, implementing collision probability reduction mechanisms for transmitted packets, like TCP-ACK, can lead to reduced TCP delays and improved performance in various network types. These approaches collectively contribute to enhancing network efficiency, increasing throughput, and conserving energy, ultimately optimizing the overall performance of wireless networks.
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| Papers (4) | Insight |
|---|---|
| Reducing collision domains by decreasing TCP-ACK collision probability prioritizes ACK frames, shortening TCP round trip time, and lowering overall TCP delay, enhancing network performance significantly. | |
8 Citations | Reducing collision domains in IEEE 802.15.6 WBANs enhances throughput and energy efficiency by minimizing frame collisions, leading to a threefold improvement in throughput and twofold increase in node energy efficiency. |
| Reducing collision domains through adaptive data rate algorithms enhances network performance by maximizing throughput and packet reception rate, as shown in the proposed LoRa gateway algorithm. | |
| Reducing collision domains by optimizing contention window sizes in dense WiFi environments enhances network performance by minimizing collisions and improving throughput, as discussed in the paper. |
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