QoS Technology Research Articles

QoS Technology in Computer Communication Transmission Network Security under the Artificial Intelligence

QoS Technology in Computer Communication Transmission Network Security under the Artificial Intelligence

Efficiency Optimization for Communication Service Based on QoS Technology

The Internet of Things technology has gradually become a research hotspot. Communication service enterprises are the basic enterprises for social network communication. Only by improving the quality and efficiency of communication service enterprises can we bring more reliable communication guarantees to the whole society, and more and more people can enjoy the convenience brought by high technology. Due to the dynamic changes of the environment and the complex demand problems faced by the Internet of Things technology, the integration of information services is very demanding, which in turn affects the efficiency of communication services. As a typical technical architecture for improving the efficiency of communication services, the integration of Web services and IoT technology has become the key to the integration of IoT information services. The traditional QoS-based Web combination scheme has greatly improved in meeting user requirements, there are still some problems in the security and reliability of communication services, and there are also some defects in meeting the accuracy of user requirements. Therefore, based on the above problems, this paper innovatively proposes an algorithm (QoS) combining security computing and quality of service to improve security credibility and communication service efficiency. In the process, it is mainly based on the optimized cuckoo algorithm. In order to match the accuracy, this paper proposes a multi-strategy semantic matching algorithm, which is mainly based on semantic similarity algorithm for optimization. The experimental results show that the QoS-based Web portfolio optimization algorithm cannot only meet the user's quality requirements but also solve the security and credibility problems.

The complementary roles of RSVP and differentiated services in the full-service QoS network

With the growth of the Internet and intranets, QoS technology that has been developed over a span of several years is quickly becoming more relevant. This article first defines QoS and introduces a taxonomy for QoS mechanisms. The evolution of several major QoS mechanisms is described with a special focus on RSVP and differentiated services. Special attention is paid to the role of the IETF in developing QoS mechanisms. We describe a QoS network that combines RSVP and differentiated services in a manner that realizes the benefits of each. We show that, in general, the adoption of increasingly sophisticated QoS mechanisms can enhance the ability of a network to offer high-quality service guarantees while simultaneously making efficient use of raw network resources. These mechanisms carry a cost in the form of increased overhead, which must be weighed against the benefits of the mechanism.