R&D of ultra short wave broadband network speed measurement system

With the rapid development of Internet technology, people have higher requirements for network speed. As a new generation of network technology, ultra short wave broadband networks have attracted much attention due to their high speed and low latency characteristics. However, the popularization and application of ultra short wave broadband networks still face many challenges, one of which is the problem of network speed measurement. The signal of ultra short wave broadband network is prone to interference during transmission, resulting in unstable network speed. In order to improve the speed stability of ultra short wave broadband networks, our company proposes the R&D of an ultra short wave broadband network speed measurement system. Through technological innovation, the system can complete data transmission in a shorter time by adopting ultra short wave communication technology, thereby improving network speed. At the same time, the system can also improve the stability of data transmission, reduce error rates, ensure network reliability, and meet market demand through intelligent modulation and coding technology.

Rich Full Joy Technical Solution

1.The data acquisition module collects real-time information such as the sending time, receiving time, and packet size of the ultra short wave broadband network.

2.Speed measurement algorithm module: uses timestamp method to calculate the speed of ultra short wave broadband network. Calculate the transmission time of the data packet in the network based on the sending and receiving time provided by the data collection module; Then, based on the size and transmission time of the data packet, calculate the transmission speed of the data packet in the network; Finally, the calculated speed value is transmitted in real-time to the data display module.

3.By using multiple antennas at the sending and receiving ends respectively, concurrent transmission between multiple users can be achieved, improving the transmission efficiency and capacity of the network.

4.Adopting adaptive modulation technology to dynamically adjust modulation methods and transmission rates based on network channel quality and user needs, to ensure transmission stability and reliability.

5.Using spatial multiple access technology and multi antenna systems to achieve spatial channel multiplexing, improving network capacity and coverage range.

Rich Full Joy Innovative Points

1.This project uses the ultra short wave frequency band for network speed measurement, which can achieve higher transmission rates and lower delays, and is suitable for scenarios with high requirements for transmission speed and real-time performance.

2.This project can achieve higher concurrent transmission capability and better network coverage by adopting multi-user and multi antenna technology, meeting the needs of multiple users accessing simultaneously.

3.This project introduces adaptive modulation and coding technology, dynamically adjusting the transmission rate and coding method according to the actual network situation to improve the flexibility and adaptability of the network.

4.This project can achieve spatial multiplexing between multiple users and reduce transmission interference through spatial multiple access technology.

5.This project has the ability to introduce efficient channel estimation and feedback mechanisms, which can timely and accurately obtain channel state information, and effectively allocate and schedule resources.

Issues addressed by Rich Full Joy

1.Solvedthe problem of interference or attenuation that may affect the accuracy and stability of the speed measurement system during the transmission of ultra short wave signals in existing technologies.

2.Solvedthe problem of slow data transmission speed in existing technologies.

3.Able todetect network speed in a short period of time, including the speed of various network types such as wired and wireless networks.

4.Supporting multiple network types, providing users with comprehensive and diverse network speed data.

5.Able toconduct tests on indicators such as download speed, upload speed, and latency.