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Connections WiMAX is a connection-oriented protocol, where all communications between two devices are in the context of a predefined connection Connections are used for user data, management, and multicast and broadcast traffic This is unlike many other networking protocols, such as Ethernet and WiFi, which are connectionless and are often contention based Each connection is identified by a Connection ID (CID) The 16-bit CID allows for 64K connections in each channel, some of which are reserved for specific purposes such as broadcast traffic and initial ranging There can be (and there always are) multiple connections between a BS and SS, while a common CID may be used for communication between a BS and multiple SSs (for multicast and broadcast traffic) Connections (and CIDs) are very central to the operation of WiMAX MAC All services (and service flows, which are discussed in the following section), including management services, are associated with their unique connection Services provided to higher layer protocols are mapped to specific connections Connections are also the entities for which bandwidths are requested and reserved They are also used for the purpose of classification and scheduling to ensure that service levels and fairness are maintained CIDs, instead of MAC addresses, are used during transmission of the data over-the-air interface to uniquely identify the source and destination of the packet Each SS always has at least two pairs of connections that are established during its initialization These connections are used exclusively to exchange MAC management information between the BS and SS A third pair of management connections may also be established for the purpose of transporting standards-based management protocol

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angle of 400 (01) with the normal The refracted beam is shown, forming an angle of 260 (02) with the normal Without further information, it is possible to compute the index of refraction using Snell s law of refraction: n1 sin 01 n2 sin 02

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traffic like DHCP, SNMP, and so on All other connections are established based on the services that are provisioned For pre-provisioned services, connections are set up during the registration of the SS associated with the service Other connections may be established on an ongoing basis to support new services or to modify existing services A connection can be terminated when the service associated with it is no longer needed, such as when a customer s service contract expires Just like connections, service flows are also central aspects of the WiMAX MAC protocol Concurrent with the notion of connections, WiMAX uses the notion of service flow, which identifies services Every data transport service provided by the WiMAX network is associated with a service flow Each service flow is uniquely identified by a 32-bit SFID number and is associated with a connection through which it provides the transport service Associated with each service flow are three sets of QoS parameters that define the QoS characteristic and the corresponding state of the service flow

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Provisioned QoS parameter set This parameter set defines the QoS parameters of the service flow as provisioned to provide the service The provisioned parameters may be based on a SLA between a customer and a service provider However, it only defines what has been agreed upon for the service and does not mean that such a service has been admitted or corresponding resources have been reserved For example, a network may be provisioned for a voice service, but the resources are not reserved until the call has been set up A service flow that has this parameter defined but the other two QoS parameters set to null is called a provisioned service flow Admitted QoS Parameter Set This set defines the parameter sets for which resources have been allocated and reserved This also means that the service has been admitted and can make use of the resources allocated to it at any time It does not necessarily mean that the resources are actually being used to serve the service flow If a flow is not using all the resources reserved for it, the network may temporarily reallocate the excess resources to other flows whose resource utilization may be exceeding what is reserved for them However, as long as a service flow is using all its reserved resources, a network would not reallocate those resources to serve the excess needs of other service flows A service flow that has this parameter defined but has its Active QoS Parameter set to null is called an admitted service flow Active QoS Parameter Set This parameter set defines the parameter set for which resources are reserved and actually being used Only flows that have active QoS parameters defined can request and be granted bandwidth for transmission A service flow for which this parameter is defined is called an active service flow.

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