Tesis previa a la obtención del Título de Ingeniero en Electrónica y ...

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6.4*k 8k var 1200 var 6.4k var 9.6k Au = 56k, #, LSD = 300/1200/4.8k/6.4k/9.6k/14.4k and over #, LSD = 16k and over/var, MLP = 6.4k #, LSD = 16k and over/var, MLP = 4k/6.4k Au = 56k,#,'LS-D = 16k and over/var, MLP = 6.4k Transfer-rate IBj audio at 16 kbit/Sj no video or video off MLP LSD Forbidden next commands (example) 4k 4k 4k 4k 6.4*k 6.4*k var var var 300 8k 16k var 8k 40k 4.8k 9.6k 16k Transfer-rate IBj audio at 16 kbit/Sj video on LSD = 4.8k/6.4k/14.4k/48k and over, MLP = 6,4k Au = 56k, LSD = 4.8k/6.4k/14.4k/48k and over Au = 48k/56k, #, LSD = 4.8k/6.4k/14.4k/48k and over #, LSD = 4.8k/6.4k/14.4k/48k and over, MLP = var Au = 56k, LSD = 300/1200/4.8k/6.4k/9.6k/14.4k/48k and over Au = 48k/56k, #, LSD = 300/1200/4.Sk/6,4k/9.6k,/14.4k/4Sk and over #, LSD = 48k and over/var, MLP = 4k/6.4k Au = 56k, #, LSD = 48k and over/var, MLP = 6.4k Au = 4Sk/56k, #, LSD = 48k and over/var MLP LSD Forbldden next commands (example) 4k 1200 4k Sk 6.4*k 8k Transfer-rate 2B, audio at 48 kbit/Sj video on LSD = 4.8k/6.4k/14.4k/48k and over, MLP = 6.4k Au = 56k, LSD = 4.8k/6.4k/14.4k/48k and over Au = 56k, LSD = 300/1200/4.8k/6.4k/9.6k/14.4k/48k and over MLP LSD Forbidden next commands (example) var var var 4k 1200 4.8k 9.6k 8k LSD = 16k and over/var, MLP = 6.4k Transfer-rate 2Bj audio at 16 kbit/s, video on LSD= 16kand over/var, MLP = 4k/6.4k Au = 56k, LSD = I6k and over/var, MLP = 6.4k Au = 56k, LSD = 4.8k/6.4k/14.4k/16k and over MLP LSD Forbidden next commands (example) var var var var 4k var LSD HSD 1200 4.8k 8k 16k 8k Variable i Low speed data Hígh speed data LSD = 48k and over/var, MLP = 6.4K LSD = 48k and over/var, MLP 4k/6.4k Au = 56k, LSD = 48k and over/var Au = 48k/56k, LSD = 48k and over/var Au = 56k, LSD = 4.8k/6.4k/14.4k/48kand over
Appendix VI Hierarchical capability BAS codes (This appendix does not form an integral part of this Recommendation) Che following capability codes are hierarchically structured: G.711 (A or ü. or both) < G.722-64 < G.722-48 IB
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ESCUELA POLITÉCNICA NACIONAL FACUL
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2.2.2 Clasificación de los servici
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ESTUDIO Y PLANIFICACIÓN DE UN MODE
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CAPITULO I 1.- PRINCIPIOS DE FUNCIO
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Para el proceso de liberación de l
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1.2 NORMAS DE COMUNICACION.- Los co
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• Control de Sistema: unidad que
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2. Para múltiples canales de B/H0|
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1.3.- ALGORITMOS DE CODIFICACIÓN Y
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quiere decodificar, el rendimiento
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Codificador de Capa Diferencial .1
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entrada son formateados para la com
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modelos toman ventaja de la baja se
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Quinto. La estructura y los paráme
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de búsqueda. La mayoría de aplica
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avanzada) o del recuadro de referen
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LA RED DIGITAL DE SERVICIOS INTEGRA
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2.1.1 Establecimiento de una RDSI.-
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SoT a) Escenario Irrtercerrtrales b
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2.2 VÍDEO COMUNICACIONES EN LA RDS
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A continuación se describe el tipo
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2.3.2 RDSI de Banda Ancha (RDSIBA).
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ealizar enlaces de comunicación en
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Esto era imposible para una red STM
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ase de la estructura de esta aplica
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Esta aplicación genera muchos y mu
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CAPITULO III 3.1. EL VIDEO TELÉFON
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3.1.1.3 Modo de Operación.- Para e
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El video teléfono Picasso esta com
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Pórtico Paralelo Procesador Host M
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Mbytes de memoria para compresión
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mouse que permite realizar este tip
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eco de la habitación, permitiendo
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obtener una buena imagen, un correc
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El circuito de procesador lo diseñ
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Tx Fkj. 3.5 Diagrama de bloques del
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VIDEOCONFERENC1AS PUNTO A PUNTO A T
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video en software se apoyan por lo
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ejemplo, una empresa de diseño pod
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CAPITULO IV ESTUDIO Y PLANIFICACIÓ
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Para realizar la transmisión de'in
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Características de las Fibras Máx
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RELLENO DE GRASA FIBRA DE V1DEOCOM
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) Pérdidas por Absorción Las pér
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Red en Estrella. Las redes en estre
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La decisión con respecto al númer
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C. Determinación del Promedio de P
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La atenuación máxima normalizada
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utilizará enlace aéreo a través
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Manhote Hardware 1 Cajetín de empa
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En el presente diseño se plantea t
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4.3.1.5 COSTOS TOTALES DE OPERACIÓ
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Las normas de codificación de imá
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6 Piso SIMBOLOGIA EH3 = Hub = Eieme
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Calle Japón MAPA DE UBICACIÓN 0 9
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FOREWORD e ITU Telecommunication St
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INTRODÜCTION e purpose of this Rec
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Bit number 1 2 3 * 5 6 7 8 (SC) S u
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e FAW consists of "0011011" ¡n bit
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ime alignment is defined to have be
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le decoded BAS valué is valíd if:
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ec. G.711 50 1 : 57 : 106 113 120 5
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B!t1 M \ A2 3 A3 TS1 Inltial channe
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[0] [1] [2] [3] [4] [5] [6] [7] [8]
Page 129 and 130: ;utral j-off, U a-off, F -law, OU
Page 131 and 132: id-Ioop Video loop request (see Rec
Page 133 and 134: '29.97 '29.97 id-imp(R) ideo-ISO V-
Page 135 and 136: [0] [1] [2] [3] [4] [5] [6] m [8] [
Page 137 and 138: irsor data on in LSD Cursor data sw
Page 139 and 140: INTERNATIONAL TELECOMMUNICATION UNI
Page 141 and 142: Recommendation H.230 1 Introduction
Page 143 and 144: 3.4 C&I related to simple multipoin
Page 145 and 146: TABLE 1/H.230 Code First 3 bits (00
Page 147 and 148: FOREWORD Che ITU Telecommunication
Page 149 and 150: ¿Vnnex A — Identification of the
Page 151 and 152: 'he total capability of a terminal
Page 153 and 154: ourBAS attríbutes are commands: th
Page 155 and 156: ame reínstatement sequence C ¡tho
Page 157 and 158: 4WOA TX m mode OF, BAS-cap.cycle FA
Page 159 and 160: TERMINAL X Incommg signal ramed Out
Page 161 and 162: ) Additional channels idle — This
Page 163 and 164: iv) wait for confirmation that the
Page 165 and 166: ) Procedurefor activation and de-ac
Page 167 and 168: Rec. V.35 VT DSU VT 0 sil E g DDS o
Page 169 and 170: Note that the valué (111) [24] is
Page 171 and 172: To ensure that the picture builds u
Page 173 and 174: Appendix I Initialization: Case of
Page 175 and 176: TERMINAL-X- Start communication TER
Page 177 and 178: TERMINAL "X- Swltch to mode OF L Se
Page 179: Appendix IV Examples of symmetrical
Page 183 and 184: or! Error! ot a valid leñame. INTE
Page 185 and 186: iecommendation H.261 'onsideríng e
Page 187 and 188: ,4 Source codirig olgorithm . . ,,
Page 189 and 190: 3.2.2 Motion compensation FIGURE 3/
Page 191 and 192: 3.2.6 Clipping of reconstructed pic
Page 193 and 194: 4.2.1 Picture ¡ayer Data for each
Page 195 and 196: 4.2.2.5 Spare Information (GSPARE)
Page 197 and 198: Intra Intra Prediction ínter ínte
Page 199 and 200: CBP 60 4 8 16 32 12 48 20 40 28 MVD
Page 201 and 202: 1 3 4 10 11 21 22 36 2 5 9 12 20 23
Page 203 and 204: Run 2 2 2 2 2 3 3 3 3 4 4 4 5 5 5 6
Page 205 and 206: FLC 0000 0001 (1) 0000 0010 (2) 000
Page 207 and 208: 5.4.2 Generator polynomial g(x) = (
Page 209 and 210: ANNEXB (to Recommendation H.261) Hy
Page 211 and 212: A video sequence lasting more than
Page 213 and 214: FOREWORD be ITU Telecommunication S
Page 215 and 216: System description 1 ' Block diagra
Page 217 and 218: ,3.2 Terminal types of visual telep
Page 219 and 220: )IIowing the conneclion esiahlishmm
Page 221 and 222: case the cali is dísconnecied for
Page 223 and 224: flaco wcu Maintenance Conference Te
Page 225 and 226: ) Loop ai lerminal-nelwork inlerl'a
Page 227: MARTIN E. ZULTOSKI, Aplicaciones de
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