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23.2.4 MAC Protocol and Scheduling The role of the MAC layer is to ef ciently share the channel. The MAC layer is designed to support QoS for different applications including voice and video. The 802.16 MAC common part sublayer (CPS) speci es the mechanism to ef ciently access the shared medium. On the downlink, the BS is the only central entity transmitting to the SSs. As a result, it does not need to coordinate with other stations. Transmissions are separated into different sectors using suitable sectorized antennas at the BS. Messages sent by the BS may be unicast to a particular SS, multicast to a group of SSs, or broadcast to all SSs. The IEEE 802.16 MAC is connection oriented. Connections are used to transport a given ow s traf c and is unidirectional. A given MAC-level connection can be shared among multiple higher level ows, including services such as user datagram protocol (UDP), which does not require connections. The connections are identi ed using per-node unique 16-bit connection ID (CID), thus leading to 64,000 connections per node. Three different bidirectional management connections are established by the BS, when a new SS joins the network. These include: (i) the basic connection for short, time-critical MAC messages; (ii) primary management connection for messages that can be longer and tolerate longer delay, and (iii) secondary management connection for standards-based messages including dynamic host con guration protocol (DHCP) and simple network management protocol (SNMP) [1]. In addition to the management connections, transport connections are set up based on QoS and traf c requirements and services supported. As mentioned earlier, a transport connection may be shared by multiple higher layer applications, providing that the applications have the same QoS and other requirements. 23.3 QoS PROVISIONS IN IEEE 802.16

Similar to the situation discussed for the RDM, we will only consider a few basic rules and techniques for the forward generation of an OODM from a CDM. Once again, we will consider a CDM written in the ERM language, but similar rules and techniques can be de ned for any conceptual modeling language.

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