Network traffic management is an information technology term used to describe the management of the usage on a computer network and is routinely implemented to keep speeds high by controlling what a person can and can't access.
DANTDMS stands for "Dynamic Adaptive Network Traffic Data Management System." It is a framework designed to optimize the management and flow of network traffic data, allowing for real-time adaptations to changing network conditions. The system aims to enhance efficiency and performance in data handling and transmission.
An out-of-band modem is a type of modem that operates independently of the primary data network, allowing remote management and monitoring of network devices. It typically connects to a separate communication channel, such as a dedicated phone line or cellular network, enabling administrators to access and control network equipment even when the primary network is down. This is particularly useful for troubleshooting and maintaining network reliability. Out-of-band management enhances security by providing a dedicated path for management traffic, separate from regular data traffic.
Management traffic and native VLAN traffic are always transmitted as untagged frames. Management traffic is used for device configuration and monitoring, while native VLAN traffic is traffic that is not associated with any specific VLAN and is transmitted untagged within a VLAN network.
A network traffic analyzer is used for analyzing and monitoring the use of network traffic for many devices. Network Traffic Analyzer is also used to monitor the wireless network performance.
Static aspects of QoS management involve setting predefined parameters and configurations for network traffic handling, such as minimum bandwidth guarantees or priority levels. Dynamic aspects involve real-time adjustments and optimizations based on current network conditions, traffic load, and performance requirements. Dynamic QoS management is more adaptable and responsive to changing network conditions compared to static QoS management.
The device you’re referring to is typically a router or a switch with VLAN (Virtual Local Area Network) capabilities. By segmenting the network into two or more parts, it reduces broadcast traffic and improves overall network performance. This segmentation helps isolate network issues and enhances security by controlling traffic flow between segments. Additionally, it allows for better management of network resources and can improve bandwidth utilization.
yes, it reducing the network traffic
Tracing network traffic requires a network monitor, protocol analyzer, or packet sniffer.
A bridge network connects two or more separate networks, allowing them to communicate as if they were a single network. It operates at the data link layer (Layer 2) of the OSI model, filtering traffic and reducing collisions by segmenting traffic into different collision domains. This enhances overall network performance and efficiency, facilitating better management of network traffic and improving data flow between devices. Additionally, bridge networks can help in integrating different network technologies or extending network reach.
A management port is typically a port which does not forward normal network traffic and is only used for remote management. It allows you telnet or SSH into the router for management purposes. Typically all other protocols are blocked on this interface and it is normally placed on the management network and is separated from all other networks passing through the router.
Integrated network management systems are made up of network monitoring and network analysis tools.
NetFlow was developed by Cisco Systems to allow monitoring of internet and network traffic. The advantage of this is that possible security threats can be intercepted and workers slacking off can be monitored.