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Figure 15.9 Stored electrograms that are retrieved from the implanted device s memory. Top: Electrograms suggest an episode of atrial fibrillation. The tachycardia is initiated with a premature atrial complex (A), and the ventricular electrograms (*) are the same during both tachycardia and sinus rhythm, suggesting a similar depolarization sequence in both conditions. Bottom: The tachycardia is initiated by a premature ventricular contraction (V), and the presence of atrioventricular dissociation confirms the presence of nonsustained ventricular tachycardia.

evaluated. Output should be distributed to authorized users of such information. A record retention and recovery plan must also exist.

Bearer-level charging provides Metering Data from the usage of a bearer. The bearer can be provided by the PS Domain, or generally by any IP-CAN (cf. 15, Section 15.3) Metering Data can be collected both on the user-plane by metering the actual bearer, e.g. the volume of the traf c transported in the bearer, and on the control-plane by metering the bearer-related signalling, e.g. the QoS signalled with PDP Context establishment. Subsystem-level charging provides Metering Data derived from usage of the IMS, e.g. the start and stop time of service delivery. Subsystem-level charging, as it is speci ed today, does derive all Metering Data on the control-plane, e.g. from SIP signalling. The user-plane data is not metered. Finally, service-level charging provides Metering Data resulting from usage of services, e.g. the delivery of a particular video. Service-level charging can be performed both on the control and on the user-plane.

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Common XML Schema Primitive Data Types DESCRIPTION Unicode characters of some specified length. A binary state value of true or false. A unique identifier attribute type from the 1.0 XML Specification. A reference to an ID. The set of whole numbers. long is derived from integer by fixing the values of maxInclusive to be 9223372036854775807 and minInclusive to be - 9223372036854775808. int is derived from long by fixing the values of maxInclusive to be 2147483647 and minInclusive to be -2147483648. short is derived from int by fixing the values of maxInclusive to be 32767 and minInclusive to be -32768. Represents arbitrary precision decimal numbers with an integer part and a fraction part. IEEE single precision 32-bit floating-point number. IEEE double-precision 64-bit floating-point number. Date as a string defined in ISO 8601. Time as a string defined in ISO 8601.

Because for UMTS we are interested in seamless handovers (cf. 12), we must look into the effect mobility has on QoS; see also [Chalmers 1999] for a view on this issue. Figure 14.2 depicts a MS having just experienced a handover. Previously, the MS had a reservation along the old route. Owing to the handover, the reservation was updated and is now along the new route. The old reservation must either be torn down or times out. Note that the old and the new path are not entirely different. They meet at the crossover router. It is therefore a good idea to perform the new reservation only up to the crossover router and to re-use the existing reservation between crossover router and Correspondent Node. Otherwise, if the old reservation is maintained, a new reservation end-to-end may be blocked due to lack of resources which are tied to the old reservation. Or, alternatively, if the old reservation is removed before the new reservation is issued, the resources occupied previously may meanwhile be assigned to somebody else. This is called the double reservation problem. The QoS signalling prototcol should thus be able to deal with partial signalling up to the crossover router, and moreover identify the old and new reservations as belonging together. Generally, the collaboration between QoS and mobility in order to achieve seamless mobility is a signalling problem rather than a provisioning problem: the mobility signalling must trigger the QoS signalling, the QoS signalling must join the new and old reservations at the crossover router and, nally, in order to achieve make-before-break (cf. 12), the switch to the new Access Point should only be performed when the new reservation is in place.

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