PACKET TRANSMISSION METHOD AND RELATED APPARATUS

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PACKET TRANSMISSION METHOD AND RELATED APPARATUS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240214312 titled 'PACKET TRANSMISSION METHOD AND RELATED APPARATUS

Simplified Explanation: This patent application describes a method and apparatus for packet transmission to achieve network load balancing and enhance network bandwidth utilization. The method involves obtaining RDMA packets with transmission identifiers, determining forwarding paths based on these identifiers, and forwarding the packets accordingly.

First network device obtains RDMA packet with transmission identifier
RDMA packets with the same transmission identifier must be transmitted sequentially
Target forwarding path determined based on transmission identifier and destination address
RDMA packet forwarded through the target forwarding path

Key Features and Innovation:

Implementation of network load balancing
Improved utilization of network bandwidth
Sequential transmission of RDMA packets with the same identifier
Dynamic determination of forwarding paths based on identifiers

Potential Applications: This technology can be applied in:

Data centers
Cloud computing environments
High-performance computing systems

Problems Solved:

Network congestion
Inefficient bandwidth utilization
Lack of dynamic load balancing

Benefits:

Enhanced network performance
Improved data transmission efficiency
Better resource utilization

Commercial Applications: Potential commercial applications include:

Networking equipment manufacturing
Data center management software development
Cloud service providers

Prior Art: Researchers can explore prior art related to:

Network load balancing
RDMA packet transmission
Bandwidth optimization techniques

Frequently Updated Research: Stay updated on research related to:

Network load balancing algorithms
RDMA technology advancements

Questions about Packet Transmission Method and Apparatus: 1. How does the method in this patent application improve network bandwidth utilization? 2. What are the potential commercial applications of this technology?

1. *A relevant generic question not answered by the article, with a detailed answer.* How does this technology compare to traditional packet transmission methods in terms of efficiency and performance? This technology improves efficiency and performance by dynamically determining forwarding paths based on transmission identifiers, leading to better network load balancing and bandwidth utilization compared to traditional methods.

2. *Another relevant generic question, with a detailed answer.* What are the key challenges in implementing network load balancing and optimizing network bandwidth utilization? Key challenges include network congestion, inefficient bandwidth allocation, and the lack of dynamic load balancing mechanisms. This technology addresses these challenges by introducing a method for sequential transmission of RDMA packets with transmission identifiers to improve network performance and resource utilization.

Original Abstract Submitted

this application discloses a packet transmission method and a related apparatus, to implement network load balancing and improve utilization of a network bandwidth resource. the method in this application includes: a first network device obtains a remote direct memory access rdma packet, where the rdma packet includes a transmission identifier, and rdma packets having a same transmission identifier need to be transmitted in sequence. the first network device determines a target forwarding path based on the transmission identifier and a destination address of the rdma packet. the first network device forwards the rdma packet through the target forwarding path.