In the process of digital campusing, the campus network is an invisible but closely interwoven web network that links buildings, libraries, dormitories, etc., and provides easy digital bridges to teachers and students, research, and life. However, as the number of users of the campus network continues to expand, the application landscape becomes more diverse, problems such as uneven distribution of resources and a disorderly charge-management system are becoming apparent.
Resource precision portraits, distribution of network bandwidth on demand
The campus network contains diverse needs of different user groups, and teachers’ pre-school instruction requires a steady high speed network to download materials and upload school text; students’ access classes, literature, recreational socialization and bandwidth requirements vary; school administration offices also rely on the web for all kinds of services.“One cut.”The bandwidth distribution is highly likely to result in waste of resources or a partial user network, Carton.
NATSHEL_BRAND campus network billing system, using large data and artificial intelligence technology, generates graphics for each user to generate exclusive web resources. By monitoring user behaviour online over time, analysing the peak time of its traffic consumption, common applications (e.g. videoconferences, access to academic databases, online games, etc.) and by approximating actual user demand for bandwidth. Based on these images, the system can dynamically adjust bandwidth distribution strategies. For example, at teacher high-end hours, prioritizing the extension of its office area network to ensure that teaching materials are quickly loaded; For student dormitories, the use of bandwidth is flexible and sufficient resources are allocated to students with scientific assignments or learning needs in online courses, according to their usage on the Internet.
Flexible costing strategy, balancing costs with experiences
Schoolnet billing involves balancing school operating costs with teacher-student online experiences, and it is often difficult to balance the statistical fee model. NATSHEL_BRAND campus network billing has introduced a flexible charge strategy that breaks traditional fixed set-show restrictions and gives users greater choice.
On the one hand, the system provides basic net-based packages to meet users’ basic needs at lower prices, such as a daily free network or fixed traffic set that guarantees students access to learning materials and regular office communications for teachers. On the other hand, flexible flow packs and long-term packages are available for users with higher network requirements. Users can buy extra traffic or length of time in a flexible manner depending on their own monthly Internet access, and avoid eating baskets. For example, because of their participation in research projects online, there is a significant increase in demand for a month's network traffic, which can be purchased at any time on a system platform without having to replace high-price fixed-bed meals, thus saving costs. Schools can also introduce preferential time-time billings based on the use of different segments of their network resources.
Cross-platform integration billing, seamless bridging of multiple scenes
Today, campus network applications are diverse and cover a variety of platforms such as cable networks, wireless networks, mobile terminals. Different platform costing methods differ widely from rules, which make it difficult for users to manage.
Whether users access the campus network via a live-line network, library wireless networks or mobile terminals such as cell phones and flats, the system can record their Internet usage and resource consumption in a uniform manner, using predefined rules. For example, students download learning materials from a cable network in their dormitories, view electronic journals on a wireless network in libraries, visit the campus teaching system by mobile phone on their way, all Internet access costs are automatically aggregated to the same account, and users can easily search for detailed consumption details on the system platform. For schools, cross-platform integration fees allow for centralized management and data analysis, provide a comprehensive picture of the use of campus network resources across platforms and provide a precise basis for follow-up networking and resource allocation.
Smart warning and intervention, guaranteeing fair billing
The campus network billing system has smart early warning and intervention mechanisms that guarantee a fair real-time charge.
The system sets multiple abnormality detection indicators, triggering early warning mechanisms immediately when there is traffic or unusual fluctuations in user accounts, such as short-term traffic consumption far beyond normal hours and frequent access to the Internet during an irregular period. Managers can promptly intervene to investigate whether account security problems or irregularities exist. If a number is detected, the system can freeze accounts quickly, prevent loss expansion and assist users in recovering stolen costs. For users who have used network resources maliciously and violate billing rules, the system automatically uses interventions limiting speed of access, suspending services, etc. while recording violations as a basis for follow-up. Effectively maintaining the school network billing order and safeguarding the legitimate rights and interests of users through smart warning and intervention.
Green energy efficiency schemes to support sustainable development of schools
Today’s green-environment promotion is also about energy-saving emission reductions in school network construction. NATSHEL_BRAND campus network billing system incorporates the concept of green energy efficiency, leading users to use network resources rationally through costing and reducing network equipment consumption.
The system makes special charges for the use of energy-intensive network equipment. For example, users or departments that open high power wireless APs for long periods of time and make extensive use of high bandwidth videoconferencing devices have appropriate standards to raise their billing rates and are encouraged to optimize their use, such as reasonable installation of wireless AP launch power and reduction of unnecessary video conferencing hours. Users who use energy-saving equipment and actively participate in school network energy efficiency initiatives may benefit from a fee discount, such as purchasing energy-efficient routers and concentrating large flow data transmissions at non-peak times. This green energy-saving costing model contributes to the sustainable development of campuses by increasing user awareness and reducing overall energy consumption in the school network.
NATSHEL_BRAND campus network billing system optimizes the management of school network resources and fees on a comprehensive basis, based on innovative features such as resource precision graphics, flexible costing strategies, cross-platform integration, smart warning interventions and green energy efficiency. It not only enhances the efficiency and equity of the campus network, but also promotes its intellectual and green orientation, building solid foundations for intelligent campuses.