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Tradeoffs: decreased network performance, loss of server s complete control over system behavior Note that the deployed Web extensively uses cookies (caching server state on the client), which breaks this constraint 3 Caching some representations may be cached Intermediaries may respond on behalf of a server with the cached data Gains: ef ciency, scalability, and user-perceived performance Tradeoff: potential reliability 4 Uniform interface consistent interfaces for resource identi cation, resource manipulation through representations, self-describing messages, and messages as the embodiment of application state Gains: simplicity, visibility, independent evolvability Tradeoff: ef ciency 5 Layered system each component knows only about the components with which it is interacting Gains: bounds system complexity, independent component evolvability, legacy encapsulation, simpli es components by moving infrequently used functionality to a shared intermediary, and intermediaries can be used to improve system scalability by enabling load balancing.

Enables security policies to be enforced on data crossing the organizational boundary ( rewalls) Tradeoffs: adds overhead and latency to the processing.

802.11: This is the of cial standard for wireless local area networks (LANs), which includes interactions between the wireless adapters in computers, routers, and access points. The Institute of Electrical and Electronic Engineers (IEEE) is the organization that rati es the 802.11 standard. 802.11 provides the basis for Wi-Fi. 802.11a: This version of the 802.11 standard speci es data rates up to 54 Mbps in the 5 GHz band using orthogonal frequency division multiplexing (OFDM) technology. 802.11a offers very high capacity, but it is not compatible with any of the 2.4 GHz standards, such as 802.11b and 802.11g. 802.11b: This version of the 802.11 standard speci es data rates up to 11 Mbps in the 2.4 GHz band using direct sequence spread spectrum technology. 802.11b is compatible with 802.11g, but not 802.11a. For example, a computer having an 802.11b wireless adapter will interface with an 802.11g router or access point. 802.11g: This version of the 802.11 standard speci es data rates up to 54 Mbps in the 2.4 GHz band using orthogonal frequency division multiplexing (OFDM). Despite its higher data rates, 802.11g offers lower capacity than 802.11a. 802.11g, however, is backward-compatible with 802.11b wireless adapters. ad hoc network: This is an optional mode of operation for 802.11 (and Wi-Fi) wireless devices. When you specify an ad hoc network, the wireless adapters in each of the computers (with ad hoc mode enabled), will communicate wirelessly directly with each other without the need for a wireless access point or router.

6 5 4 3 2

Reification of DSM-IV entities, to the point they are considered to be equivalent to diseases, is more likely to obscure than to elucidate research findings. . . . All these limitations in the current diagnostic paradigm suggest that research exclusively focused on refining the DSM defined syndromes may never be successful in uncovering their underlying etiologies. For that to happen, an as yet unknown paradigm shift may need to occur. (p. xix)

Do they charge separately for authorizations and settlements Can settlements be done in real time or batch Do they support address veri cation system (AVS), card

32. A. Beex, J. Zeidler, Non-Wiener Effects in Recursive Least Squares Adaptation, Proc. 7th Int. Symposium on Signal Processing and Its Applications, Vol. 2, 2003, pp. 595 598. 33. D. Erdogmus et al., Recursive Principal Components Analysis Using Eigenvector Matrix Perturbation, EURASIP J. Applied Signal Processing, Vol. 13, pp. 2034 2041, 2004. 34. M. Woodbury, Inverting Modi ed Matrices: Memorandum Rept. 42, Statistical Research Group, Princeton University, Princeton, NJ, p. 4, 1950. 35. M. Brookes, The Matrix Reference Manual. London: Imperial College, 2005. 36. UC Irvine Machine Learning Repository, http://archive.ics.uci.edu/ml/databases/eeg/eeg. data.html.

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It must be an identifier. It cannot be a keyword or an ActionScript literal such as true, false, null, or undefined. It must be unique within its scope. (See Scoping a variable on page 220.)

trolled at the level of primary production or slaughter and cannot be eliminated by the processing plant upon receipt or later. Hence, in the aftermath of the BSE crisis and other meat-related scandals, regulations were issued to ensure traceability. Moreover, material ow must be carefully controlled to preserve the identity of the meat if its origin or statements like organic, kosher, no GMO in feed are put on the label or into the speci cations. Table 31.2 gives a list of possible speci cations for meat and fat. Speci cations should also be in place for nonmeat ingredients and additives. In addition to suitable chemical and microbiological parameters, these should also address components that have to be labeled on the nal product. Such components may include allergens (such as celery or mustard seeds), glutamate, or constituents isolated from genetically modi ed organisms (e.g., from soybeans). Speci cations for casings and packaging material should include data on permeability to gases and moisture, technological properties (e.g., stability against mechanical impacts), and (in the case of

f (x) =

(a) Find the self-information associated with each symbol, and the entropy of the source. (b) Calculate the maximum possible source entropy, and hence determine the source efficiency. 1.2 (a) Calculate the entropy of a DMS that generates five symbols {A, B, C, D, E } with probabilities PA = 1/2, PB = 1/4, PC = 1/8, PD = 1/16 and PE = 1/16. (b) Determine the information contained in the emitted sequence DADED.