hash stringlengths 32 32 | doc_id stringlengths 7 13 | section stringlengths 3 121 | content stringlengths 0 2.2M |
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f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.1 ComplexityProfileType | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.1.1 General | The ComplexityProfileType data type aggregates global parameters that constrain the complexity of an MDA Program and allow an MDA Player to quickly determine whether or not a Program can be played. Figure 7.8: ComplexityProfileType |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.1.2 Semantics | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.1.2.1 maxNumberObjects | The maxNumberObjects element defines the maximum number of simultaneous audible objects that can exist at any given moment in time. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.1.2.2 minFragmentLength | The minFragmentLength element defines the minimum duration of a fragment in terms of MDA Program clock ticks. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.1.2.3 HOAFlag | The HOAFlag property indicates whether the MDA Program contains HOA objects (true) or not (false). maxNumberObjects[0..1]3:3uint minFragmentLength[0..1]3:3uint HOAFlag[0..1]3:3bool ComplexityProfileType ETSI ETSI TS 103 223 V1.1.1 (2015-04) 56 |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2 LoudnessProfileType | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.1 General | The LoudnessProfileType data type is a multi-component data structure listing various measured loudness properties of all audible components of the object under consideration. It may be applied to: 1) Entity: the measured loudness of the aggregated and rendered audioEssence properties (recursively) of the MDA Entity at... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2 Semantics | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2.1 measurementConfiguration | The measurementConfiguration property states the playback context of an MDA Reference Renderer in the context of which the loudness measurements were performed (see Clause 5.2). |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2.2 IntegratedLoudness | The IntegratedLoudness property is the long-term integrated loudness of the object under consideration according to [2] and [3]. The IntegratedLoudness.value values SHALL be in the range [-700,100]/10 (i.e. -70 to 10 with a resolution of 0.1 in units of either <LUFS> or <LKFS>. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2.3 IntegratedDialogLoudness | The IntegratedDialogLoudness property is the long-term loudness of the dialog components only of the object under consideration according to [2] and [3]. The IntegratedDialogLoudness.value values SHALL be in the range [-700,100]/10 (i.e. -70 to 10 with a resolution of 0.1) in units of either <LUFS> or <LKFS>. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2.4 IntegratedNonDialogLoudness | The IntegratedNonDialogLoudness property is the long-term loudness of the non-dialog components only of the object under consideration according to [2] and [3]. The IntegratedNonDialogLoudness.value values SHALL be in the range [-700,100]/10 (i.e. -70 to 10 with a resolution of 0.1) in units of either <LUFS> or <LKFS>.... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2.5 ShortTermLoudness | The ShortTermLoudness property is the short-term loudness of the object under consideration according to [2] and [3]. The ShortTermLoudness.value values SHALL be in the range [-700,100]/10 (i.e. -70 to 10 with a resolution of 0.1) in units of either <LUFS> or <LKFS>. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2.6 MomentaryLoudness | The MomentaryLoudness property is the momentary loudness of the object under consideration according to [2] and [3]. This property SHALL only apply to an MDA entity within the duration of the MDA Entity. The MomentaryLoudness.value values SHALL be in the range [-700,100]/10 (i.e. -70 to 10 with a resolution of 0.1) in ... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2.7 InstantanenousLoudness | The InstantaneousLoudness property is the ultra-short loudness of the object under consideration. This property is useful for the computation of Dynamic Range Control curves. This measure is similar to ShortTermLoudness, differing only in the measurement duration being equal to 5 ms, only including the samples that are... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2.8 LoudnessRange | The LoudnessRange property is the loudness range of the object under consideration according to [5]. The LoudnessRange.value values SHALL be in the range [0,800]/10 (i.e. 0 to 80 with a resolution of 0.1) in units of <LU>. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.2.2.9 TruePeak | The TruePeak property is the true-peak value of the object under consideration according to [2] and [3]. The TruePeak.value values SHALL be in the range [-700,100]/10 in units of <dbTP> with a resolution of 0.1. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.3 LoudnessType | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.3.1 General | Loudness is measured as a rational value associated with a particular unit of loudness. Figure 7.10: LoudnessType |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.3.2 Semantics | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.3.2.1 value | The value property provides an array of numerical loudness values, with units given in the units property. The loudness values are uniformly distributed over the duration of the object for which loudness values are provided. The range of allowed values depends on application context. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.3.2.2 units | The units property indicates the unit of loudness associated with the value property. The present document allows four loudness related units, as listed in Table 7.3. value[+]):)ra, onal units[1]):)URI LoudnessType ETSI ETSI TS 103 223 V1.1.1 (2015-04) 58 |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.4 DRCType | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.4.1 General | Dynamic Range Control profiles are defined with unique compression curves appropriate for various types of content and contexts. Content creators should be familiar with several content-specific profiles such as: Music Light, Music Standard, Film Light, Film Standard and Speech, as they have been included in legacy sys... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.4.2 Semantics | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.4.2.1 DRCProfile | The DRCProfile property defines the input/output compression curves that may be used to generate DRC gain sequences to be applied during the consumer decode stage. A DRCProfile consists of a profileURI, identifying the DRCProfile, and optionally a compression curve, specified as set of input/output points, defining a l... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.4.2.2 DialogGain | The dialogGain property specifies the amount of gain to be applied to dialog elements and is units of dB. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.5 GroupParameterType<kPBXGroupKindBED> | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.5.1 General | A channel-based bed is modeled as an MDA group object of kind kPBXGroupKindBed. The type GroupParameterType<kPBXGroupKindBed> lists the parameters that apply to kPBXGroupKindBed. Figure 7.12: Bed Parameters ETSI ETSI TS 103 223 V1.1.1 (2015-04) 59 |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.5.2 Semantics | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.5.2.1 configuration | The renderConfiguration element indicates the channel layout of the bed. The value of this element is a standard URI in an appropriate namespace. The (broadcast extension) members property of the MDA group SHALL match the (standard) definition of the renderConfiguration element. For example, a 5.1 render configuration ... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.6 InteractivityType | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.6.1 General | The InteractivityType data type indicates which metadata are authored for interactivity, are eligible for modification and to what degree. A compliant MDA processor/renderer SHOULD not modify any metadata that are not explicitly marked as interactive. Figure 7.13: InteractivityType |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.6.2 Semantics | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.6.2.1 azimuthDelta | The azimuthDelta property specifies the allowed delta for Object azimuth. The value azimuthDelta denotes the allowed delta for Object azimuth. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.6.2.2 elevationDelta | The elevationDelta property specifies the allowed delta for Object elevation. The value elevationDelta denotes the allowed delta for Object elevation. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.6.2.3 apertureDelta | The apertureDelta property defines the allowed variation for Object aperture. The value apertureDelta denotes the allowed delta for Object aperture. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.6.2.4 divergenceDelta | The divergenceDelta property defines the allowed variation for Object divergence. The value divergenceDelta denotes the allowed delta for Object divergence. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.6.2.5 gainDelta | The gainDelta property defines the allowed variation for Object gain, controlling the power of the audio essence for the object. The value gainDelta denotes the allowed delta for Object gain. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.7 LockType | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.7.1 General | The LockType data type specifies necessary information for unlocking the waveform(s) associated with an object. LockType parameters will implicitly apply to all children of an MDA object, unless overridden by an explicit child LockType parameter. ETSI ETSI TS 103 223 V1.1.1 (2015-04) 60 Figure 7.14: LockType |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.7.2 Semantics | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.7.2.1 locker | The Locker property specifies the method used for obfuscating the object waveform. The Locker property is specified by a standardized URI. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.4.7.2.2 keyID | The KeyID property specifies a pointer to a Locker-specific unlock key. Access to the unlock key is controlled by a DRM context that is out of scope for MDA. The KeyID property is opaque to MDA and specific to the Locker property. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.5 Constants | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.5.1 Conventions | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.5.1.1 Namespaces | Constants defined in the present document are defined in the context of one of two namespaces (see Table 7.1). A namespace "ns" is included in other definitions using the prefix notation "<ns>/". Table 7.1: Broadcast Extension Namespaces Namespace URI Definition bpx <mdaroot>/bpx/1.0 MDA BPX Namespace bpxext <bpx>/exte... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.5.1.2 Constants | In the tables below, every constant is defined both with a short name and a fully qualified name. The fully qualified name is obtained from the short name by appending it to a constant-class specific prefix. When the context is clear, the short symbol name encapsulated with '<' and '>' MAY be used. Otherwise the fully ... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.5.2 Profile Constants | Implicit prefix: kPBXProfile. Table 7.2: Profile Constants Short Symbol URI Definition BASELINE <bpx>/profile/low maxNumberObjects = 4 MAIN <bpx>/profile/medium maxNumberObjects = 16 HIGH <bpx>/profile/high maxNumberObjects = 26 locker[0..1],:,URI keyID[0..1],:,anyType LockType ETSI ETSI TS 103 223 V1.1.1 (2015-04) 61 |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.5.3 loudnessUnit Constants | Implicit prefix: kPBXLoudnessUnit. Table 7.3: Loudness Related Units Short Symbol URI Definition LUFS <bpx>/loudnessunit/LUFS This constant indicates the LUFS loudness unit as defined in [3] LUFS is an absolute measure, with one unit of LUFS corresponding to 1 dB. LKFS <bpx>/loudnessunit/LKFS This constant indicates th... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.5.4 groupKind Constants | Implicit prefix: kPBXGroupKind. Table 7.4: Group Kinds Short Symbol URI Definition BED <bpx>/groupkind/bed This constant indicates that the MDA group models a channel-based bed. The groupKind property MAY be associated with a groupKindParameterType element in the encapsulating extension class. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.5.5 HOA Normalization | Implicit prefix: kPBXHOANormalization. Table 7.5: HOA Normalization Short Symbol URI Definition FuMa <bpx>/hoa/normalization/fuma Furse-Malhalm normalization, only applicable for HOA order ≤ 3. N3D <bpx>/hoa/normalization/n3d N3D normalization SN3D <bpx>/hoa/normalization/sn3d SN3D normalization N2D <bpx>/hoa/normaliza... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6 BPX Bitstream | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.1 General | The following clauses describe the broadcast elements in the broadcast extended MDA bitstream. ETSI ETSI TS 103 223 V1.1.1 (2015-04) 62 |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.2 Higher Order Ambisonics | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.2.1 HOAMonoSourceFragment | The bitstream HOAMonoSourceFragmentPacket implements the metadata model HOAMonoSourceFragment class of Clause 7.2.1. Fragment 7.1: HOAMonoSourceFragment aligned struct HOAMonoSourceFragmentPacket : MonoSourceFragmentPacket { fKind = kHOAMonoSourceFragmentPacketKind; OptionalItem<int(16)> channelNumber; OptionalItem<UTF... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.2.2 HOAObjectFragment | The HOAObjectFragmentStartPacket and HOAObjectFragmentEndPacket implement the metadata model HOAObjectFragment class of Clause 7.2.3. An element of the adaptorMatrix field SHALL be interpreted as divided by 1 024 (i.e. the 10 rightmost LSB bits are fractional). The members of an HOAObjectFragment are recorded between t... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.3 Broadcast Extensions | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.3.1 General | The bitstream BroadcastExtension structure implements the metadata model BroadcastExtension class of Clause 7.3.1. The length field SHALL be equal to the length (in bytes) of the remaining data in a concrete instance of the BroadcastExtension class. This will allow applications that do not recognize Broadcast Extension... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.3.2 ProgramBroadcastExtension | The bitstream ProgramBroadcastExtension implements the metadata model ProgramBroadcastExtension class of Clause 7.3.3. Fragment 7.4: ProgramBroadcastExtension aligned struct ProgramBroadcastExtension : BroadcastExtension { fName = <bpxext>/program-extension; OptionalItem<ComplexityProfileType> programComplexity; FixedA... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.3.3 Group Broadcast Extension | The bitstream GroupBroadcastExtension implements the metadata model GroupBroadcastExtension class of Clause 7.3.3.3. Fragment 7.5: GroupBroadcastExtension aligned struct GroupBroadcastExtension : BroadcastExtension { fName = <bpxext>/group-extension; OptionalItem<UTF8String> groupKind; OptionalItem<GroupParameterKind<g... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.3.4 Entity Broadcast Extension | The bitstream EntityBroadcastExtension implements the metadata model EntityBroadcastExtension class of Clause 7.3.4. Fragment 7.6: EntityBroadcastExtension aligned struct EntityBroadcastExtension : BroadcastExtension { fName = <bpxext>/entity-extension; OptionalItem<LoudnessType> entityLoudness; } |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.3.5 ObjectFragment Broadcast Extension | The bitstream ObjectFragmentBroadcastExtension implements the metadata model ObjectFragmentBroadcastExtension class of Clause 7.3.5. The snap value shall be interpreted with the rightmost 7 LSB bits as fractional. aligned struct ObjectFragmentBroadcastExtension : MonoSourceFragmentBroadcastExtension { fName = <bpxext>/... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.4 Data Types | |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.4.1 General | The clauses below specify the bitstream data structures for the data types models in Clause 7.4. |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.4.2 ComplexityProfileType | The bitstream ComplexityProfileType structure implements the metadata model ComplexityProfileType class of Clause 7.4.1. Fragment 7.7: ComplexityProfileType aligned struct ComplexityProfileType { OptionalItem<uint(8)> maxNumberObjects; OptionalItem<uint(8)> minFragmentLenght; OptionalItem<uint(1)> HOAFlag; } |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.4.3 LoudnessProfileType | The bitstream LoudnessProfileType structure implements the metadata model LoudnessProfileType class of Clause 7.4.2. Fragment 7.8: LoudnessProfileType aligned struct LoudnessProfileType { OptionalItem<UTF8String> measurementConfiguration; OptionalItem<LoudnessType> integratedLoudness; OptionalItem<LoudnessType> integra... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.4.4 LoudnessType | The bitstream LoudnessType structure implements the metadata model LoudnessType class of Clause 7.4.3. The value property specifies the loudness value with a resoultion of 0.1 units. Fragment 7.9: LoudnessType aligned struct LoudnessType { FixedArray<int(10> value; UTF8String units; } |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.4.5 DRCType | The bitstream DRCType structure implements the metadata model DRCType class of Clause 7.4.4. The dialGain value is in units of dB, with the two rightmost LSB bits interpreted as fractional. The coordinates of a Curve point as read from the bitstream SHALL be negated before interpretation as compression curve point. ETS... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.4.6 GroupParameterType<BED> | The bitstream GroupParameterType<BED> structure implements the metadata model GroupParameterType<BED> class of Clause 7.4.5. Fragment 7.11: GroupParameterType<BED> aligned struct GroupParameterType<BED> { OptionalItem<UTF8String> renderConfiguration; } |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.4.7 InteractivityType | The bitstream InteractivityType structure implements the metadata model InteractivityType class of Clause 7.4.6. The positional and extent degrees of freedom are measures in units of degrees. The gainDelta value is in units of dB, with the two rightmost LSB bits of gainDelta interpreted as fractional. Fragment 7.12: In... |
f952cb359110469a2c2e9d21522d74c4 | 103 223 | 7.6.4.8 LockType | The bitstream LockType structure implements the metadata model LockType class of Clause 7.4.7. Fragment 7.13: LockType aligned struct LockType { OptionalItem<UTF8String> locker; OptionalItem<ByteArray> keyID; } ETSI ETSI TS 103 223 V1.1.1 (2015-04) 66 Annex A (normative): Structured Specification Language A.1 General T... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 1 Scope | The present document provides the Test Suite Structure and Test Purposes (TSS&TP) descriptions for the IPv6 transition technology 464XLAT to validate its implementation within a cable communications networks. The tests are in reference to [1], the ETSI specification for IPv6 transition technology. The ISO standards for... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 2 References | References are either specific (identified by date of publication and/or edition number or version number) or non-specific. For specific references, only the cited version applies. For non-specific references, the latest version of the reference document (including any amendments) applies. Referenced documents which ar... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 2.1 Normative references | The following referenced documents are necessary for the application of the present document. [1] ETSI TS 101 569-1 (V1.1.1): "Integrated Broadband Cable Telecommunication Networks (CABLE); Cable Network Transition to IPv6 Part 1: IPv6 Transition Requirements". |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 2.2 Informative references | The following referenced documents are not necessary for the application of the present document but they assist the user with regard to a particular subject area. [i.1] ISO/IEC 9646-1 (1994): "Information technology -- Open Systems Interconnection -- Conformance testing methodology and framework - Part 1: General conc... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 3 Abbreviations | For the purposes of the present document, the following abbreviations apply: ALG Application Layer Gateway ATS Abstract Test Suite CLAT Customer-side XLAT CPE Customer Premises Equipment DF Don’t Fragment flag (in IPv4 header) DHCP Dynamic Host Configuration Protocol FTP File Transfer Protocol GRT Global Routing Table ... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 4 Test Suite Structure | The identifier of the TP is built according to Table 1 as recommended in the MTS methodologies. Table 1: TP naming convention for 464XLAT TP/<root>/<gr>/<sgr>/<x>/<nn> <root> = root 464XLAT Mapping of Address and Port – Encapsulation Mode <gr> = group CLAT CLAT CPE PLAT PLAT Large Scale NAT <sgr> = sub-group BF Basic F... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5 Test Purposes | Proposes a TP proforma which is used in the present document. The fields of this proforma as used in the present document are explained in table 2. Table 2: TP proforma field description TP ID The TP ID is a unique identifier according to the TP naming conventions Test objective Short description of test purpose object... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.1 TPs for CLAT CPE | 5.1.1 Basic Function TP Id TP/464XLAT/CLAT/BF/BV/01 Test objective Check that IUT sends a DHCPv6 Request to the DHCPv6 Server after initialization Reference [1]: clause 6.6.9.3 Feature: DHCP Initial conditions with { the IUT was properly provisioned the interfaces are connected & functional } Expected behaviour ensure ... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.1.2 Fragmentation | TP Id TP/464XLAT/CLAT/FRAG/BV/01 Test objective Check that the IUT fragments an HTML IPv4 packet when DF bit is not set Reference [1]: clause 6.6 464XLAT Technology Summary Initial conditions with { the IUT was properly provisioned the interfaces are connected & functional the physical MTU size is set at 1400 and, the ... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.1.3 MSS Clamping | TP Id TP/464XLAT/CLAT/MSSC/BV/01 Test objective Check that the IUT functions with MSS clamping Reference [1]: clause 6.6 464XLAT Technology Summary Initial conditions with { the physical MTU (Phy-MTU) size being equal or greater than the IPv6 packet between all devices and the MTU (IPv6-MTU) being lower than the origin... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2 TPs for PLAT LSN | |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.1 Basic Function | TP Id TP/464XLAT/PLAT/BF/BV/01 Test objective Check that the IUT supports the functionality of PLAT 1:n NAT mapping with port translation Reference [1]: clause 6.6 464XLAT Technology Summary Initial conditions with { the IUT was properly provisioned the interfaces are connected & functional } Expected behaviour ensure ... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.2 NAT pools | TP Id TP/464XLAT/PLAT/NP/BV/01 Test objective Check that the IUT supports the functionality of multiple NAT pools per prefix Reference [1]: clause 6.6.6.4 Feature: Port Block Allocation Initial conditions with { the IUT was properly provisioned the interfaces are connected & functional and, the six clients being config... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.3 Address Withdrawal | TP Id TP/464XLAT/PLAT/AW/BV/01 Test objective Check that the IUT supports LSN GW address withdrawal on cache failure Reference [1]: clause 6.6.6.12 Feature: PLAT Prefix Withdrawal Initial conditions with { the IUT was properly provisioned the interfaces are connected & functional } Expected behaviour ensure that { when... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.4 Static Port & IP Reservation | TP Id TP/464XLAT/PLAT/SPR/BV/01 Test objective Check that the IUT functions with static port reservation per prefix downstream Reference [1]: clause 6.6.6.19 Feature: Static Port Forwards Initial conditions with { the IUT was properly provisioned the interfaces are connected & functional the static entries of well know... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.5 Fragmentation | TP Id TP/464XLAT/PLAT/FRAG/BV/01 Test objective Check that the IUT fragments an HTML IPv4 packet downstream Reference [1]: clause 6.6 464XLAT Technology Summary Initial conditions with { the IUT was properly provisioned the interfaces are connected & functional the physical MTU (Phy-MTU) size being equal or greater tha... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.6 MSS Clamping | TP Id TP/464XLAT/PLAT/MSSC/BV/01 Test objective Check that the IUT functions with MSS clamping Reference [1]: clause 6.6 464XLAT Technology Summary Initial conditions with { the physical MTU (Phy-MTU) size being equal or greater than the IPv6 packet between all devices and the MTU (IPv6-MTU) being lower than the origin... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.7 NAT Timers | TP Id TP/464XLAT/PLAT/NT/BV/01 Test objective Check that the IUT TCP_time_wait timer expires when required Reference [1]: clause 6.6.6.2 Feature: PLAT Timers Initial conditions with { the IUT being properly provisioned and the interfaces are connected & functional and the IUT TCP_time_wait timer being set and the IUT h... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.8 Application Layer Gateways | TP Id TP/464XLAT/PLAT/ALG/BV/01 Test objective Check that the IUT supports FTP forwarding through an ALG Reference [1]: clause 6.6 464XLAT Technology Summary Initial conditions with { the IUTbeing properly provisioned and the interfaces are connected & functional and the IUT being configured with FTP ALG set to active ... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.9 Routing Tables | TP Id TP/464XLAT/PLAT/RT/BV/01 Test objective Check that the IUT supports forwarding from GRT TO VRF Reference [1]: clause 6.6 464XLAT Technology Summary Initial conditions with { the IUT being properly provisioned, and the interfaces are connected & functional, and the routing tables are configured GRT upstream ingres... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.10 Anycast Addressing | TP Id TP/464XLAT/PLAT/AA/BV/01 Test objective Check that the IUT supports Anycast GW addressing Reference [1]: clause 6.6 464XLAT Technology Summary Initial conditions with { the IUT is properly provisioned the interfaces are connected & functional the IUT is configured with an Anycast address ] Expected behaviour ensu... |
9ae5a0e61d172896b9a32d4218d0cf99 | 103 242-2 | 5.2.11 Redundancy | TP Id TP/464XLAT/PLAT/RED/BV/01 Test objective Check that the IUT supports Redundant NPUs Reference [1]: clause 6.6 464XLAT Technology Summary Initial conditions with { the IUT is properly provisioned the interfaces are connected & functional the IUT is configured with redundant NPUs ] Expected behaviour ensure that { ... |
da8af906ca51c9e372179c3e689b2ddd | 103 242-1 | 1 Scope | The present document provides the Protocol Implementation Conformance Statement (PICS) proforma for conformance test specifications for the IPv6 transition technology 464XLAT as defined in ETSI TS 101 569-1 [1] in compliance with the relevant requirements and in accordance with the relevant guidance given in ISO/IEC 96... |
da8af906ca51c9e372179c3e689b2ddd | 103 242-1 | 2 References | |
da8af906ca51c9e372179c3e689b2ddd | 103 242-1 | 2.1 Normative references | References are either specific (identified by date of publication and/or edition number or version number) or non-specific. For specific references, only the cited version applies. For non-specific references, the latest version of the reference document (including any amendments) applies. Referenced documents which ar... |
da8af906ca51c9e372179c3e689b2ddd | 103 242-1 | 2.2 Informative references | References are either specific (identified by date of publication and/or edition number or version number) or non-specific. For specific references, only the cited version applies. For non-specific references, the latest version of the reference document (including any amendments) applies. NOTE: While any hyperlinks in... |
da8af906ca51c9e372179c3e689b2ddd | 103 242-1 | 3 Definitions and abbreviations |
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