Adjectives for Routing

Adjectives For Routing

Discover the most popular adjectives for describing routing, complete with example sentences to guide your usage.

Updated on March 16, 2024

In the complex world of network management, the term routing is pivotal. The adjectives used with routing, such as dynamic, based, adaptive, static, and multicast, convey the multifaceted approaches to data packet transmission across networks. For instance, dynamic routing adapts to network changes in real-time, offering flexibility, while static routing provides simplicity with manual setup. Adaptive routing, on the other hand, selects paths based on real-time conditions, optimizing performance. Moreover, multicast routing enhances efficiency by delivering a packet to many destinations in a single send. Each adjective unveils a unique layer of strategy and potential in network configuration, demonstrating the depth of consideration behind routing decisions. Dive deeper into the array of adjectives that reveal the nuances of routing methodologies below.
dynamicDynamic routing optimizes the network performance by automatically adapting to the changes in traffic patterns.
basedThe network utilizes based routing to determine the best path for data packets.
adaptiveAdaptive routing is a technique used in networks to select the best path for data transmission based on current network conditions.
staticThe router uses static routing to send packets to a specific destination without using a routing protocol.
multicastMany network applications use multicast routing a technique for delivering data to multiple computers using multiple paths.
alternateUse the alternate routing to reach your destination quickly.
optimalThe optimal routing was determined by a complex algorithm.
globalGlobal routing is the process of determining the best path for traffic to travel across a network.
efficientEfficient routing is critical for optimizing network performance.
hierarchicalHierarchical routing allows network managers to create a hierarchy of routes, making route management more efficient and scalable.
directHe requested direct routing of his call to the CEO.
alternativeWe must prepare for the possibility of alternative routing in case of an emergency.
properEnsure proper routing through the correct channels.
automatic
classlessThis network protocol uses classless routing to find the best path for data packets.
detailedDetailed routing involves specifying the exact path that signals will take through a circuit.
freeThe new update permits free routing between all network nodes.
awareThe company uses aware routing to optimize network performance and reduce costs.
hopHop routing is a technique for optimizing routing in computer networks.
wormholeWormhole routing can potentially reduce the time it takes to transmit data across vast distances in space.
shortestThe system processes demand based on the shortest routing
unicastUnicast routing is a type of routing in which data is sent from one source to a single destination.
internalThe company is planning to implement internal routing for all of its communications.
demandDemand routing is a routing strategy that directs traffic based on real-time demand.
interdomainBGP is the routing protocol used for interdomain routing
costCost routing is a method of routing traffic to the least expensive path based on cost metrics.
greedyGreedy routing is a simple routing algorithm used in computer networks to find the shortest path between two nodes.
circuitousThe courier company is experiencing delays due to circuitous routing
actualThe actual routing of the data was not determined at this time.
dependentThe dependent routing relies heavily on correctness of path computation.
multipathTo improve network performance and reliability, multipath routing can be implemented to create multiple paths between network devices.
randomThe data was encrypted using random routing
correctThe correct routing of the shipment will ensure its timely delivery.
tolerant
signalSignal routing is the process of sending and receiving signals between different parts of a system.
indirectThe package was delivered after some indirect routing
deterministicDeterministic routing ensures that packets sent from a sender to a receiver always follow the same path, regardless of traffic conditions.
flexibleFlexible routing ensures that traffic can be redirected around congested areas.
standardThe standard routing for this application is through the main router.
contralateralThe use of contralateral routing allows for a more efficient movement.
intelligentThe network uses intelligent routing to direct traffic around congested areas.
stateThe state routing is a process of managing and controlling the flow of traffic within a state or region.
completeThe new system is designed to provide complete routing and sequencing of all jobs.
explicitI configured explicit routing for the network.
geographicGeographic routing is a way of finding a path from one place to another using geographical information.
virtualVirtual routing enables the creation of virtual networks that are not tied to a physical infrastructure.
looseThe ISP implemented loose routing to allow packets to take any available path.
throughThe signal for through routing of 50126 is received.
hydraulicThe hydraulic routing system is designed to ensure efficient and safe flow of fluids in a complex network of pipes and valves.
fixedThis network uses fixed routing
hoc
complexWe need to reconfigure the network's complex routing protocols to improve efficiency.
intracellularThe intracellular routing of proteins is a complex and dynamic process.
distributedThe distributed routing system allowed for efficient data transfer.
strictWe use strict routing to ensure that requests are handled by the correct application.
selfThe new software is self routing which allows it to automatically find the best path to its destination.
evasiveThe evasive routing allowed the data packets to bypass the congested network.
conventional
centralizedUsing centralized routing the network can be managed and controlled from a single location.
selfishSelfish routing occurs when drivers choose the quickest path to their destination, even if it leads to congestion.
multipleThe network allows multiple routing paths to the same destination.
diverseDiverse routing can help to improve network resilience and performance.
vectorVector routing is a routing algorithm that uses distance vectors to calculate the best path to a destination.
opticalOptical routing is a promising technology for high-speed and flexible data transmission.
timeThe time routing module allows for the routing of packets based on the time of day.
qos
areaThe area routing module in the router computes routes for each outgoing interface in the Virtual Routing and Forwarding (VRF) instance.
minimalThe technician can adjust the minimal routing speed of the engine to save on fuel.
careful"Careful routing" avoids accidents.
levelThe level routing is designed to be both efficient and reliable.
cellThe cell routing mechanism directs incoming calls to the appropriate destination within a network.
secureSecure routing ensures that data transmissions are protected from unauthorized access and alteration.
intermediateThe data packets were sent through an intermediate routing device before reaching their destination.
linePlease confirm the line routing details with your supervisor.
forwardForward routing allows data packets to reach their destination.
selectiveThe new network protocol uses selective routing to improve performance.
intervalThe routing protocol uses an interval routing mechanism to send updates every 30 seconds.

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