The campus network Authentication & Billing"Charges"The two words look simple, and the first question that is left to the rules is particle size: what sizes are received and how thinly. The particles are thick, financial incoherent, unfair, and detailed, complex systems, a breakdown of reconciliations, and more complaints. There are no universal standards for this matter, but there are several dimensions that can help schools to make less crooked.
Let's get to the point."That's a good charge."Or..."Control."
Many schools are in a fee-based system, and the real purpose is not to generate income, but to use it for fair speed limits and resource recovery."No limit on the month. Over-defeating."There is no need to be precise about every megagram of traffic; if the real money is paid, especially for the accommodation network, there must be a clear time or flow measurement. We have seen an undergraduate college that maintains a flow-based financial commitment, and instead the students are blocking their exports even more in the middle of the night to save money, and then return them to the month. The particle sizes serve the purpose rather than the reverse.
Account or terminal, first fork.
The billing module was wrong, and the rest was messy. The account count meant that a student would be one piece of equipment, but it was not fair to block the dormitory from sharing an account net; the terminal rate would accurately measure each device, but it would have to be processed."The same guy changed his cell phone."Most schools will be in a position to close: the account number is the primary unit, but it allows for several terminals to be tied beyond some separate or speed limits. This midpoint is to reach consensus at the demand stage and among students, so that the upper line is not drilled again.
Time, traffic, bandwidth, one or a combination.
The billing dimension usually falls on three levels: online time, consumption flow, and bandwidth."Science"But the education network users are poorly informed and can easily trigger brushing behaviour; the bandwidth is more speed-bound than billing."Long-term moon + excess flow ladder"The combination rules are more important than the pursuit of extreme precision.
How do you pay the free amount? It's a direct influence on the inscription.
In the school scene, a zero-free fee is easy to trigger."Access is a fundamental right."The reasonable particle size design distinguishes the area: teaching, office, library, free or very low fees, and accommodations are set by rules.——The decision is whether the student will be used quickly at the beginning of the month or not, and whether he/she will be given by the day or month or by term. We suggest that the school area should be free of charge, the dormitory block should be a month-long, and the amount should be used as a buffer rather than as a major model.
The reconciliation and refunds need to be done.
The finer the particles, the harder it is to reconcile."Why is 20 bucks more this month?"The system is required to re-distribute the basis for each piece of the charge; at end time, the difference from the change of equipment should be explained. When you set it up, you have to make a good statement about what kind of grains are needed: the student can see a breakdown of which particles are in the end. If the system gives only one total, it makes no sense to fine them. The billing rules ultimately require that students get a single reconciliation, which is the biggest difference between campus scene and operator.
Once the particle size is fixed, it must be written into the contract and acceptance.
We have repeatedly stressed that the billing rules cannot remain mere verbal consensus. The need to include in the document a statement of the costing units, dimensions, free amounts, caps, speed thresholds, reconciliation calibers, and to use this set of rules for realizing data when receiving and evaluating them. The campus network NATHELL_AUTH_BILLING system has a reasonable size of its billed particles, which are not designed to see the number of students' complaints and financial reconciliations.
The particle size is to be associated with the complaint-handling mechanism design
The reasonable particle size also faces individual students’ doubts, the key being whether schools have clear complaints and access to check. When the billing rules are established, complaint processing is designed in a synchronized manner: when students question a fee, the carrier can send out a list of original words that correspond to time and flow within the system."Can you give a convincing explanation in 10 minutes?"As a hidden criterion for the design of particles, they are self-turbing when they are clearly explained and even finely defined; if not well explained.
The particle size is not static. It leaves room for adjustment.
Students use the Internet to change every year, and the holsters, free lines, and speed thresholds should not be written down in their initial needs. The good system is that rules are configured, parameters adjusted, and the transporter fine-tunes the reconciliations and complaints data for each semester, without having to go through development changes.