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classification and traffic-conditioning functions are located only in a network s ingress and egress boundary nodes, deployment of these functions in the interior of the network is not precluded For example, more restrictive access policies may be enforced on a transoceanic link, requiring MF classification and traffic-conditioning functionality in the upstream node on the link This approach may have scaling limits due to the potentially large number of classification and conditioning rules that might need to be maintained
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PHBs may be specified in terms of their resource (for example, buffer and bandwidth) priority relative to other PHBs or in terms of their relative observable traffic characteristics (for example, delay and loss) These PHBs may be used as building blocks to allocate resources and should be specified as a group (PHB group) for consistency PHB groups will usually share a common constraint applying to each PHB within the group, such as a packet scheduling or buffer management policy The relationship between PHBs in a group may be in terms of absolute or relative priority (for example, discard priority by means of deterministic or stochastic thresholds), but this is not required (for example, N equal link shares) A single PHB defined in isolation is a special case of a PHB group PHBs are implemented in nodes by means of some buffer-management and packet-scheduling mechanisms PHBs are defined in terms of behavior characteristics relevant to service-provisioning policies and not in terms of particular implementation mechanisms In general, a variety of implementation mechanisms may be suitable for implementing a particular PHB group Furthermore, it is likely that more than one PHB group may be implemented on a node and utilized within a domain PHB groups should be defined such that the proper resource allocation between groups can be inferred, and integrated mechanisms can be implemented that can simultaneously support two or more groups A PHB group definition should indicate possible conflicts with previously documented PHB groups that might prevent simultaneous operation As described in RFC 2474,29 a PHB is selected at a node by a mapping of the DSCP in a received packet Standardized PHBs have a recommended code point However, the total space of code points is larger than the space available for recommended code points for standardized PHBs, and RFC 247429 leaves provisions for locally configurable mappings A code point -- PHB mapping table may contain both 1 -- 1 and N -- 1 mappings All code points must be mapped to some PHB; in the absence of some local policy, code points that are not mapped to a standardized PHB in accordance with that PHB s specification should be mapped to the default PHB
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B25 Network Resource Allocation
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The implementation, configuration, operation, and administration of the supported PHB groups in the nodes of a DS domain should effectively partition the resources of those nodes and the internode links between BAs in accordance with the domain s service-provisioning policy Traffic conditioners can further control the usage of these resources through enforcement of TCAs and possibly through operational feedback from the nodes and traffic conditioners in the domain Although a range of services can be deployed in the absence of complex traffic-conditioning functions (for example, using
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only static marking policies), functions such as policing, shaping, and dynamic remarking enable the deployment of services providing quantitative performance metrics The configuration of and interaction between traffic conditioners and interior nodes should be managed by the administrative control of the domain and may require operational control through protocols and a control entity There is a wide range of possible control models The precise nature and implementation of the interaction between these components is outside the scope of this architecture However, scalability requires that the control of the domain does not require micromanagement of the network resources The most scalable control model would operate nodes in open loop in the operational timeframe and would only require administrative time-scale management as SLAs are varied This simple model may be unsuitable in some circumstances, and some automated but slowly varying operational control (minutes rather than seconds) may be desirable to balance the utilization of the network against the recent load profile
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