摘要:
This application provides a fragmented packet traffic rate limiting method, a DPU fragmented packet forwarding method, and an apparatus. The rate limiting method includes: performing pre-coloring processing on a target fragmented packet based on a preset packet fragment coloring table such that the target fragmented packet is provided with a color mark, where the color mark includes a discarded color and a reserved color; performing traffic evaluation on the pre-colored target fragmented packet based on a color-aware token bucket algorithm to perform secondary coloring processing on the target fragmented packet, and updating the packet fragment coloring table based on the color mark of the target fragmented packet subjected to secondary coloring; and performing rate limiting processing on a target fragmented packet which is marked as the discarded color. In this application, resource consumption in a traffic evaluation process can be effectively reduced, traffic evaluation efficiency can be improved, and validity and reliability of fragmented packet traffic rate limiting can be ensured, thereby effectively avoiding forwarding of an invalid fragmented packet, improving fragmented packet forwarding efficiency, and reducing a waste of a network bandwidth resource.
摘要:
The disclosure relates in some aspects to a scheduling and token bucket scheme for co-existence of different radio access technologies on a communication resource. In some aspects, the scheme may avoid traffic collisions on the resource and promotes access fairness on the resource.
摘要:
The present invention provides a method and an apparatus for data traffic restriction, which is applied to a network device where a link aggregation group interface includes member ports located on different chipsets of single boards, firstly, configuring, for each link aggregation group interface, a credit bucket for storing tokens overflowing from a token bucket corresponding to each member port, and the tokens overflowing from the different token buckets are distinctively labeled; receiving a packet to be sent, if a number of tokens in the token bucket is not sufficient for sending the packet to be sent, borrowing, from the credit bucket, tokens overflowing from a non-current token bucket, if the tokens of the current token bucket and the borrowed tokens are sufficient for sending the packet to be sent, sending the packet to be sent, and meanwhile, reducing the number of tokens in the current token bucket and tokens in the credit bucket. A dynamic restriction of data traffic over a plurality of links of each link aggregation group interface in the network equipment is achieved, so that the sum of the data traffic over the member ports in the link aggregation group interfaces can be better matched with the entire data traffic restricted for the link aggregation group interfaces.
摘要:
L'invention est relative à un limiteur de débit d'une transmission de données selon la technique du seau à jetons, comprenant un compteur de jetons (10) configuré pour être incrémenté à une cadence déterminant le débit moyen de la transmission ; un diviseur de fréquence (12') connecté pour commander l'incrémentation du compteur de jetons à partir d'une horloge (CK), le diviseur ayant un taux de division entier (N) ; et un modulateur (14) configuré pour alterner le taux de division entre deux entiers différents (N, N+1) de manière à faire tendre le débit moyen résultant vers un débit programmé entre deux débits correspondant respectivement aux deux entiers.
摘要:
Methods and apparatus are provided for improving the configuration, management, and distribution of quality of service information in a fibre channel fabric using zoning mechanisms. Configuration of Quality of Service (QoS) information is made easy by using zones as a classifier for flows. QoS information is included in zone objects, thereby using the existing zone distribution mechanism to distribute QoS information. Devices not part of any zones are placed automatically in the default zone with a default QoS priority level. QoS information for a particular packet is available as soon as the zoning information is obtained.
摘要:
The present invention provides a method and an apparatus for data traffic restriction, which is applied to a network device where a link aggregation group interface includes member ports located on different chipsets of single boards, firstly, configuring, for each link aggregation group interface, a credit bucket for storing tokens overflowing from a token bucket corresponding to each member port, and the tokens overflowing from the different token buckets are distinctively labeled; receiving a packet to be sent, if a number of tokens in the token bucket is not sufficient for sending the packet to be sent, borrowing, from the credit bucket, tokens overflowing from a non-current token bucket, if the tokens of the current token bucket and the borrowed tokens are sufficient for sending the packet to be sent, sending the packet to be sent, and meanwhile, reducing the number of tokens in the current token bucket and tokens in the credit bucket. A dynamic restriction of data traffic over a plurality of links of each link aggregation group interface in the network equipment is achieved, so that the sum of the data traffic over the member ports in the link aggregation group interfaces can be better matched with the entire data traffic restricted for the link aggregation group interfaces.
摘要:
The present invention provides a method and an apparatus for data traffic restriction, which is applied to a network device where a link aggregation group interface includes member ports located on different chipsets of single boards, firstly, configuring, for each link aggregation group interface, a credit bucket for storing tokens overflowing from a token bucket corresponding to each member port, and the tokens overflowing from the different token buckets are distinctively labeled; receiving a packet to be sent, if a number of tokens in the token bucket is not sufficient for sending the packet to be sent, borrowing, from the credit bucket, tokens overflowing from a non-current token bucket, if the tokens of the current token bucket and the borrowed tokens are sufficient for sending the packet to be sent, sending the packet to be sent, and meanwhile, reducing the number of tokens in the current token bucket and tokens in the credit bucket. A dynamic restriction of data traffic over a plurality of links of each link aggregation group interface in the network equipment is achieved, so that the sum of the data traffic over the member ports in the link aggregation group interfaces can be better matched with the entire data traffic restricted for the link aggregation group interfaces.
摘要:
Computerized methods, systems, and computer-storage media for allowing virtual machines (VMs) residing on a common physical node to fairly share network bandwidth are provided. Restrictions on resource consumption are implemented to ameliorate stressing the network bandwidth or adversely affecting the quality of service (QoS) guaranteed to tenants of the physical node. The restrictions involves providing a scheduler that dynamically controls networking bandwidth allocated to each of the VMs as a function of QoS policies. These QoS policies are enforced by controlling a volume of traffic being sent from the VMs. Controlling traffic includes depositing tokens into token-bucket queues assigned to the VMs, respectively. The tokens are consumed as packets pass through the token-bucket queues. Upon consumption, packets are held until sufficient tokens are reloaded to the token-bucket queues.