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Although the power requirement of a given household at a particular time may be quite high, the average household requirement is approximately 1800 watts. The gure is far lower than the sum of individual appliances because households do not run all their appliances simultaneously. Additionally, appliance use varies among households: Not everyone runs their clothes dryer at the same time. There are exceptions: Air conditioning usage is highly correlated across households since households respond to the same weather patterns. Weather is one among several factors that determine load. A brief discussion of load drivers and their impact follows. The critical load drivers are listed and discussed below. Population Although energy consumption varies from household to household, overall residential load is highly correlated with population. It stands to reason that more households create more demand. GDP The wealth of households is also highly correlated with demand. Wealthier households have central air conditioning, larger living space, larger refrigerators, and more appliances. They are less sensitive to utility bills and accordingly less likely to economize their discretionary consumption, for example, turning up the thermostat on central air conditioning. In economic upturns, residential demand per household increases. Temporal Behavior Patterns Electric consumption varies over time cycles in relation to variation in human activities. The cycles are associated with different timescales, seasonal, weekly, and daily. A modest seasonal consumption cycle follows the vacation and school cycles. Weekly cycles that follow a weekday and

added to the saturated solution of sparingly soluble salt MA, the species HA is formed by 2 homoconjugation. Because the radius of HA is 2 larger than that of A , the solubility of MHA2 is higher than that of MA, for electrostatic reasons. By measuring the influence of HA on the solubility of MA, it is possible to determine the homoconjugation constant (see Section 7.3.2).

The FTTH installations that are going in today are either of the home run (P2P) or splitter-based (P2MP) passive optical network type of Figure 13 and are based either on Gigabit Ethernet or asynchronous transfer mode (ATM) We shall spend most of this chapter detailing the topologies, protocol layers, and message exchanges in short, the architecture of these two options We shall rely almost entirely on the documents of the international standards bodies the Institute of Electrical and Electronics Engineers (IEEE) for the Ethernet-based systems and the International Telecommunications Union (ITU), Section T, for those that derive from ATM In a PON there are only passive splitters between the central facility and the customer premises, no active devices, and in the rare case that ampli cation is required, it too is all-optical.

b c d e h g f a b c d e f g h 15115315 51153151 11531515 15315151 53151511 31515115 15151153 51511531

A.9. PROOF OF LEMMA 7.2.2 which are consistent with the abbreviations introduced in Section 7.2.2: pi.. = P(C = ci ), p.j. = P(A = aj ), p..k = P(B = bk ), pij. pi.k p.jk pijk = = = = P(C = ci , A = aj ), P(C = ci , B = bk ), P(A = aj , B = bk ), and P(C = ci , A = aj , B = bk ),

Thus, a PON is a limited form of all-optical network [Green], one having no electronics except at the ends PONs are all-glass trees, sending outgoing and incoming signals on different widely spaced wavelengths [coarse wavelength division multiplexing (CWDM), as distinguished from DWDM, D for dense] DWDM systems have been widely deployed in telco and cable long-haul and metro communications, starting in 1991 Whereas these systems can use many tens or even hundreds of wavelengths at tight spectral spacing, today s PONs use only two or three widely spaced wavelengths Usually, the home run option is not called a PON, but since it has no electronics between head end and subscriber, in this volume we shall include home run topologies in our discussion.

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