Network traffic control is a vital aspect of managing a computer network especially in larger organizations that experience high volumes of data traffic. This process involves the management of the network environment as it pertains to network traffic flows. Essentially, network traffic control ensures that each network user gets equitable access to the available network resources including bandwidth, computing power, and data storage.
Effective traffic control helps network administrators optimize network performance, manage network congestion, and ensure that information transmitted across the network is secure, reliable and available at all times. Different tools are employed in traffic control such as Quality of Service (QoS) techniques, packet shaping, and filtering mechanisms. These tools work together to deliver efficient network traffic control.
QoS techniques involve prioritizing network traffic which ensures that more critical data gets better performance with fewer interruptions. Packet shaping, on the other hand, limits the volume of data transmitted in a given time period, which helps to prevent network congestion. Filtering mechanisms help ensure that only authorized individuals can access network resources, which protects against security breaches.
In conclusion, effective network traffic control is crucial to the smooth functioning of a network. It helps to prevent network congestion, manage network resources, and prioritize data traffic for optimal performance. Employing QoS techniques, packet shaping, and filtering mechanisms are all critical tools to ensure effective network traffic control.