A collection of two or more interrelated computer systems are called the computer network. Generally, the information is configured into the packets because it’s a method to systematize the information while the network transmits the information from the sender to the receiver.

QoS (Quality of Service) is the explanation of the whole performance of a service in the computer network. So far, we have listed out the general information about the computer networks and quality of service (QoS). Now, it’s time to discuss the list of QoS parameters in computer networks.  The users look forward to the conventional quality of service in the network system, novel applications, etc. The deployment of high quality and normal sources are the characteristics of the blend of definite and hard-working services.

What are the important QOS parameters in computer networks?

• Jitter
• Throughput
• Reliability
• Intermediate Delay
• Network Lifetime
• Network Capacity
• Packet Delivery Ratio
• Packet Latency
• Energy Efficiency
• Packet Loss Rate
• Bandwidth
• Connectivity Robustness
• End to End Delay
• Cost
• Response Time
• Path Latency

In general, there are many interruptions in the computer network and that may affect the structure, network security, and applications of the network. Here, our well-experienced research team identified the notable affecting factors in the computer network and highlighted some factors below.

What are the factors affecting the QOS parameters?

• Traffic Load
• Statistics of Media Error
• Propagation Delay
• Resource Allocation
• Ability of Buffer
• Structure of Switch in Recent Networks

Above, we have enlisted the significant factors which affect the QoS. Our technical team supports the research scholars to solve the aforementioned factors by using some techniques in networking projects, which is helpful to attain the best QoS parameters in computer networks. The techniques such as,

What are the techniques to achieve a good QOS?

• Admission Control
  • The decision to permit or to reject a work based on the recent load will be determined by the router in the admission control
• Packet Scheduling
  • The destructive sender cannot chunk the whole lines because it is protected by the queuing process
• Buffering
  • The buffering is helpful to increase the delay, protect the bandwidth/reliability and to smoothen the jitter
• Resource Reservation
  • For a successful transmission, the buffer space, bandwidth, and CPU cycle are engaged in advance.
• Proportional Routing
  • To avoid the exhausted level for signal routers, the traffic is similarly classified towards the routers
• Traffic Shaping
  • The traffic shaping is supportive to dispatch the shatter traffic into the constant rate
• Over Provisioning
  • The packets in the network transmit effortlessly due to the provision of buffer space, the capacity of the router, and the bandwidth in overdose.

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