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where n1 and n2 are the indices of refraction for each material and 01 and 02 represent the incident-beam angle with the normal and the refracted beam angle with the normal, respectively A second factor that enables light to propagate down the length of an optical fiber is based on the angle of the rays injected into the fiber For light rays to be reflected, the rays must be injected at incident-beam angles less than what is referred to as the critical angle Thus, before proceeding further let s again digress and examine the role of the critical angle ,

The two types of service flows, admitted and active, facilitate two-phase service activation models widely used in telephony applications For example, when an end-to-end

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call is being set up, a flow may get admitted but the actual data may not flow until the service flow has been admitted by all the entities involved Once the end-to-end call setup is complete, the flow is activated The notion of admitted flow and active flow serves the purpose of conserving network resources until a complete end-to-end connection has been set Types and parameters of service flows can be very dynamic, but their dynamic behavior is dictated by a logical entity called an Authorization Module This entity defines an outer bound envelope, referred to as an AuthorizedQoSParameterSet, within which all the QoS parameter sets have to remain as service flows change It ensures that the Admitted QoS Parameters Set is subset of the Provisioned QoS Parameter Set and the Active QoS Parameter Set is a subset of the Admitted QoS Parameter Set In other words, the Authorization Module ensures that active service flows do not require more resources than admitted service flows, which in turn do not require more resources than provisioned service flows

The critical angle is critical as it determines why your digitized phone calls, Internet surfing efforts, and other information flowing as light within an optical fiber doesn t leak out of the fiber Thus, when a beam of light hits the juncture between the core and the cladding, the light beam will be totally refracted back into the core if the angle of the beam with respect to the juncture is greater than some specific value That value is the critical angle, and this phenomenon is referred to as total internal reflection (TIR); it is called total as virtually 100 percent of the beam is reflected

QoS As discussed in the previous section, service flows associate a set of QoS parameters with each connection, which in turn are used to provide transport service to the higher layer protocol The discussion of some of these parameters in this section will shed some light on the type of QoS that developers of the standard intended WiMAX networks to deliver The standard however does not mandate the implementation of a specific QoS algorithm and leaves it up to vendors

Traffic Priority Traffic Priority, with values ranging from 0 to 7 for low to high priority, respectively, specifies the priority assigned to a specific service flow However, unlike many other networking protocols (eg, Ethernet) where priority alone defines the QoS parameters, priority in WiMAX is meaningful only when all other QoS parameters are identical Maximum Sustained Traffic Rate This parameter, expressed in bits per second, defines the peak data rate of the service flow This defines the maximum data rate that a service flow can achieve in absence of congestion The parameter is meaningful only when there is an excess bandwidth above the total needed to serve the minimum needs of all flows For uplink traffic (from BS to SS), some form of policing needs to be done by the SS to ensure that the uplink traffic pattern, on average, does not exceed this parameter For downlink traffic, the policing is expected to be done at the ingress point of the network Maximum Traffic Burst The maximum burst of data traffic, given in bytes, specifies the maximum burst of ingress traffic that the system can accommodate This parameter, which is mostly dictated by the characteristic of the ingress port, is meant to ensure sufficient system resources such as buffer space, CPU cycles, and so on, to handle the burst Minimum Reserved Traffic Rate This is one of the key QoS parameters that specify, in bits per second, the minimum data rate reserved for the service that is statistically guaranteed over time Systems are designed such that no service

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