a deep understanding of bbr

ps第一步，开坑不管埋

参考李涛老师课程

ECMP deploys conveniently but is easy to cause congestion due to large flows collisions. A well designed load balancing mechanism is needed, also faces several challenges.

ns-3 is a powerful network simulator. This is a note for learning how ns-3 works.

official tutorial at here.

ns-3 is a powerful network simulator. This is a note for learning how ns-3 works.

official tutorial at here.

最近在看某明朝历史通俗读物，闲来整理一下流水账+人物评价。

conga is a distributed congestion-aware load balancing for datacenters published on sigcomm 2014.

HPCC leverages in-network telemetry (INT) to control traffic precisely.

how different traffic control schemes work in traditional/rdma-enabled DCNs.

here for paper

instruction

Data-center network stacks are moving into hardware to achieve 100 Gbps data rates and beyond at low latency and low CPU utilization. However, hardwiring the network stack in the NIC would stifle innovation in transport protocols. In this paper, we enable programmable transport protocols in high-speed NICs by designing Tonic, a flexible hardware architecture for transport logic. At 100 Gbps, transport protocols must generate a data segment every few nanoseconds using only a few kilobits of per-flow state on the NIC. By identifying common patterns across transport logic of different transport protocols, we design an efficient hardware “template” for transport logic that satisfies these constraints while being programmable with a simple API. Experiments with our FPGA-based prototype show that Tonic can support the transport logic of a wide range of protocols and meet timing for 100 Gbps of back-to-back 128-byte packets. That is, every 10 ns, our prototype generates the address of a data segment for one of more than a thousand active flows for a downstream DMA pipeline to fetch and transmit a packet.