Figure 10-12 Throughput for multiple MD1 queue configuration: fixed message length m and fixed
destination address case.
Figure 10-13 Mean Queue Length for multiple MD1 queue configuration: fixed message length m
and fixed destination address case.
Figure 10-14 Mean Time-in-System for multiple MD1 queue configuration: fixed message length m
and fixed destination address case.
Figure 10-15 Blocking vs. buffer size: offered load = 0.9, switch size = 16×16, speed = 106 Mbs per
port.
Figure 10-16 Throughput vs. buffer size: offered load = 0.9, switch size 16×16, speed = 106 Mbs per
port.
Figure 10-17 Mean Queue Length vs. buffer size: offered load = 0.9, switch size = 16×16, speed = 106
Mbs per port.
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Copyr ight © CRC Pr ess LLC
by Abhijit S. Pandya; Ercan Sen CRC Press, CRC Press LLC
ISBN: 0849331390 Pub Date: 110198
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Chapter 11 Ongoing ATM Standardization Activities
I. Current Standards
A. ITU-T Recommendations for ATM
This section provides a list of ITU-T ATM related standardization documents currently in force.
E-series - Overall network operation
• E.177, B-ISDN Routing • E.191, B-ISDN Numbering and Addressing
• E.716, User demand modeling in Broadband-ISDN
F-series - Telecommunications services other than telephone operation, quality of service, service definitions, and human factors
• F.811, Broadband connection-oriented bearer service • F.812, Broadband connectionless data bearer service
• F.813, Virtual path service for reserved and permanent communications
G-series - Transmission systems and media, digital systems and networks
• G.176, Planning guidelines for the integration of ATM technology into the PSTN • G.702, Digital Hierarchical Bit Rates
• G.703, Physicalelectrical characteristics of hierarchical digital interfaces • G.704, Synchronous frame structures used at 1544, 6312, 2048, 8488 and 44736 kbits
hierarchical levels • G.707, Network node interface for the synchronous digital hierarchy SDH
• G.708 1993 replaced by G.707
H-series - Characteristics of transmission channels used for other than telephone purposes
• H.222.1, Multimedia multiplex and synchronization for AV communications in ATM environment
• H.245, Control protocol for multimedia communication • H.310, Broadband and AV communication systems and terminals
• H.321, Adaptation of H.320 visual telephone terminals to B-ISDN environments • H.323, Visual telephone systemsequipment for local area networks that provide a non-
guaranteed quality of service
I-series - Integrated Services Digital Networks
• I.113, Vocabulary of terms for broadband aspects of ISDN • I.121, Broadband aspects of ISDN
• I.150, B-ISDN ATM functional characteristics • I.211, B-ISDN service aspects
• I.221, Common specific characteristics of services • I.311, B-ISDN general network aspects
• I.321, B-ISDN protocol reference model and its application • I.324, ISDN Network Architecture
• I.326, Functional architecture of transport networks based on ATM • I.327, B-ISDN functional architecture
• I.356, B-ISDN ATM layer cell transfer performance • I.357, B-ISDN semi-permanent connection availability
• I.361, B-ISDN ATM layer specification • I.362, B-ISDN ATM adaptation layer AAL functional description
• I.363, B-ISDN ATM adaptation layer AAL specification • I.363.1, B-ISDN AAL, type 1 specification
• I.363.3, B-ISDN AAL, type 34 specification • I.363.5, B-ISDN AAL, type 5 specification
• I.364, Support of broadband connectionless data service on B-ISDN • I.365.1, Frame relaying service specific convergence sublayer FR-SSCS
• I.365.2, Service specific coordination function to provide CONS • I.365.3, Service specific coordination function to provide COTS
• I.365.4, SSCF for HDLC applications • I.371, Traffic control and congestion control in B-ISDN
• I.413, B-ISDN User-Network Interface UNI
