Optical Wireless Mesh Networks in Objective-C

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Optical Wireless Mesh Networks
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CM 300 provides a full suite of industry standard management interfaces It provides a command link interface (CLI) that can be accessed through serial, Telnet or SSH It also provides a GUI that is accessible by means of HTTP/HTTPS Complete configuration and management of the device can also be performed remotely by means of SNMP v2 Both industry standard and enterprise MIBs are supported along with a large set of SNMP traps for alarm generation by management systems ClearMesh also offers a full-featured element management system, referred to as the ClearMesh Management System, tailored to manage the CM 300 remotely
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1 Dr Heinz Willebrand and Baksheesh S Ghuman, Free Spare Optics: Enabling Optical Connectivity in Today s Networks (City: Sams Publishing, 2002)
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TDM: Circuit Bonding
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by William Szeto While Ethernet is the dominant protocol for the enterprise, its deployment by service providers in TDM-based networks has been limited One reason for this limited deployment is that Ethernet fundamentally is a data transport technology and has difficulty fitting into a TDM-based network A service provider s legacy TDM network is designed to support voice services in a robust manner with only a small amount of signal overhead By conforming to a TDM-centric hierarchy, low bit-rate signals are multiplexed neatly into timeslots for efficient transport, grooming, and switching While in operation, TDM systems continuously transmit bits at a fixed rate This regular transmission of bits aids in monitoring the health of the transmission system and in clock and data recovery circuitry The embedded base of telecommunications equipment was developed with TDM payloads in mind The fixed bit-rate signals traveling through the transmission channels are neatly carved into smaller TDM signals at the endpoints, efficiently supporting voice and other TDM payloads Conversely, data networks, with inherently bursty characteristics, have developed much differently The differences between voice-optimized and data-optimized networks have resulted in difficult interoperability between the two network types A conversion, or mapping, is required to support data on the TDM links But mapping protocols onto other formats is neither simple nor efficient If a signal with a different bit rate and protocol is mapped onto the next higher bit rate, the bandwidth difference between the lower and higher rate is lost For example, when you map Gigabit Ethernet (1 Gbps) into OC-48 SONET (25 Gbps), you lose the difference between the two 15 Gbps, or over half the OC-48 s capacity This inefficiency represents a new cost for carriers This approach to mapping also assumes the data signal has a lower bit rate than the signal it is being mapped into In a TDM-multiplexing hierarchy, this is always true With data-networking interfaces such as Ethernet, however, this is much less likely to be the case and this causes problems While the service provider may have enough
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network bandwidth for large customer data payloads, the bandwidth is not likely to be in a single contiguous channel In this case, the simple mapping approach just described will not work It is obvious that a more sophisticated approach one that allows for the efficient mapping of any payload into existing TDM transmission capacity must be created to handle fast-growing Ethernet transport needs The technology must decouple the payload to be carried from the transmission system used to carry that payload This technology must also apply to multiple bit rates, formats, or applications Some of the requirements include the following:
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Combine bandwidth across multiple, physically diverse transmission channels, independent of the data rate and transport protocol Allow multiple clients, possibly of different formats, to share the concatenated bandwidth simultaneously regardless of client format and data rate Provide consistent client protection against channel failures due to transmission impairments, such as arrival time variation excessive bit error rate Provide a protection mechanism that is independent of client and transmission rate and format Support prioritization of clients enforced during transmission channel failures
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In recent years, the International Telecommunications Union (ITU-T) has approved several standards that have allowed this evolution to occur These standards are
Generic Framing Procedure (GFP) Virtual Concatenation (VC) Link Capacity Adjustment Scheme (LCAS)
With the introduction of these standards, circuit bonding was created, providing an effective way to carry Ethernet traffic over the existing TDM network circuit bonding extends the life of the current transport network by allowing carriers to introduce new services over legacy equipment With the advent of circuit bonding, the TDM network has evolved and can now carry Ethernet traffic The focus of this chapter is to highlight how circuit bonding provides effective, efficient, and transparent transport of multiple service formats In essence, circuit bonding is able to transport TDM and data protocols via any line interface, whether optical or copper In the access portion of the network, circuit-bonding systems can be used to efficiently transport Ethernet via DS1s, E1s, DS3s, or OC-ns
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