International organisation for standardisation organisation internationale de normalisation

Tuesday

Thu
Session	3DV and AR	09h to 10 h
Comments: 3DV is providing a compressed representation of video+depth. Camera parameters are also represented in the bitstream. It may be possible to need a mechanism for transforming from the image domain in the physical domain. There is an encoder mode that is optimizing the compression for view synthesis purposes. This mode can be in contradiction with AR requirements. MVC + Depth is DAM. Test streams are available (2-3 views + the corresponding depth). Alternative already decoded representation (including the supplementary information) is available (I'll receive the information by email). Consistency of depth in time due to the fact that analysis is done frame by frame. Control of the precision of the depth reconstruction (from the decoder) with respect to the distance from the camera is possible. Tune the encoder to increase the accuracy of the depth estimation, representation and encoding in specific zones that will be augmented. Step 1: use the original (not encoded) test data: texture, depth, camera parameters and depth calibration parameters. Step 2: use the encoded bitstreams AP: locate the bistreams that can be used in the CE. AP: create a virtual scene that can fit to the real scene from the selected bitstreams AP (3DV): A player would be very appreciated AP: create an AhG with the objective of preparing a document showing the MPEG technologies (3DV, CDVS, UD) in the framework of AR.
Session__Augmented_Reality_AF__12h_to_13h'>Session__3DA_and_AR__10h:11h'>Session	3DA and AR	10h:11h
Comments The coordinate system in audio is referenced with respect to a main TV screen. Audio rendering is in charge with the 3D perception of the audio. It may be interesting to transmit some metadata to allow the audio renderer to synthesize 3D perception. It is possible to change the level and the relative position of some audio sources. With respect to the number of sources in the scene and the number of speakers the client or server scenario can be privileged. Distance and directivity are not addressed. An object has a radiation pattern. It may be approximated by a geometric form?! Resolution AP: Object distance and directivity are interesting to study AP: The radiation pattern may be interesting to study.
Session	Augmented Reality AF	12h to 13h
Review of the ARAF Maps protos, OutputActuator, AP check with Jean if the proto ID is needed. Answer: not needed, USE/DEF mechanism is ok AP modify the description of the OutputActuator by using the text of the InputSensor.
Session	3DG Output Documents Review	14h to 18h
Liaison The liaisons from the last meeting were sent only on January 24, 2013. Liaison letter to SC24 / WG9 on ARRM explaining how we see the collaboration and attaching the new version of the ARRM. Review of output documents
Session	RMC BoG	09h to 13h
The following table shows the current situation with respect to the maturity of specification, reference software implementation and alternative implementation ID FU Name Specification maturity RVC-CAL Implementation Alternative Implementation 1 67 Algo_Parser_SC3DMC    2 68 Algo_InverseQuantization1D    3 69 Algo_InverseQuantizationND    4 70 Algo_InversePrediction1D    5 71 Algo_InversePredictionND    6 72 Algo_ED_AD_StaticBit    7 73 Algo_ED_AD_AdaptiveBit    8 74 Algo_ED_VLD    9 75 Algo_IDCT    10 76 Algo_ConnectivityDecoding_SVA    11 77 Algo_DecodeConnectivity_TFAN    12 78 Algo_LookUpTable    13 79 Algo_InverseLookUpTable    14 80 Algo_Matrix2Vector1D    15 81 Algo_Matrix2VectorND    16 82 Algo_Interpolate3DVector    17 83 Algo_ Normalize4DVector    18 84 Algo_ConjugateQuaternion    19 85 Algo_ScaleQuaterinion    20 86 Algo_ED_AD    21 87 Algo_ED_AD_EG    22 88 Algo_ED_BPD    23 89 Algo_Decode_Symbol    24 90 Algo_ArithmeticDecoder_Vector    25 91 Algo_Decode_P_Frame    26 92 Algo_ED_4bitsD    27 93 Algo_ED_FixedLength    28 94 Algo_ContextModeling_nType    29 95 Algo_ContextModeling_SVA_INDEXES    30 96 Algo_ContextModeling_SVA_VERTEX_ATTRIBUTE    31 97 Mgnt_Replicate_1_2    32 98 Mgnt_Replicate_1_4    33 99 Mgnt_Replicate_1_8    34 100 Mgnt_MUX_2_1    35 101 Mgnt_MUX_4_1    36 102 Mgnt_MUX_8_1    37 103 Mgnt_DEMUX_1_2    38 104 Mgnt_DEMUX_1_4    39 105 Mgnt_DEMUX_1_8    40 106 Mgnt_ExtractSegment    41 106 Algo_contextModeling_TFAN    42 XXX Mgnt_ExtractBytes (Mgnt_ExtractValue)    43 XXX Algo_ExtractMask_SC3DMC    44 XXX Algo_ExtractFaceDirection    45 XXX Mgnt_RingBuffer    46 XXX Mgnt_Provider1D    47 XXX Algo_simpleMath    48 XXX Algo_postP_SVA    49 XXX Algo_InversePrediction_SVA   