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transmission has occurred For instance, if no node transmits in the rst slot, then the estimated number of competing node is reduced, while the transmission probability for the second slot is increased, and so on for every silent slot In [13], results show that Sift outperforms IEEE 80211 in terms of latency One of the disadvantages of Sift is that it does not take into account any energy-saving techniques except for collision reduction H IGHLIGHTS Sift is based on a CSMA mechanism and aims at reducing the collision probability while limiting the access delay To this aim, the nodes determine the contention backoff on the basis of the estimation of the node density This makes the algorithm topology-dependent, though adaptable to topology variations No explicit energy-saving mechanisms are considered STEM: STEM [14] is an acronym for Sparse Topology and Energy Management.

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EJB & JSP: Java On The Edge, Unlimited Edition ISBN: 0764548026 by Lou Marco Your Guide to Cutting-Edge J2EE Programming Techniques.

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At the beginning of the network operations, STEM selects a sensor node that is called target This node is of paramount importance from a forwarding perspective, since all data and control messages that a node needs to send must be directed to its own target node In the rst version of this protocol, namely STEM-B (where B stands for Beacon), nodes wishing to initiate data transmission, ie to inject a new packet into the network, explicitly send beacon or wakeup messages containing the target address until the target wakes up and is able to answer the message When this happens, a link between the initiator node and its target node is established, so that the data packet may be forwarded from the initiator to the target.

In some of the literature, this is also called the utilization. For our M/M/1 queue, this is = .

If the packet needs to be relayed further, the target node will start sending beacon messages to its own target node and so on until the nal destination is reached Note that aggressive wake-up message transmission is needed to avoid excess latency in link establishment, but, on the other hand, a persistent wake-up message transmission may disrupt data transmission efforts, since it would generate collisions at receiving nodes with high probability In order to cope with both problems, the authors in [14] suggest making use of two radios operating on two separate frequencies, one for data transmission and the other one for control signaling Another version of the STEM protocol, namely STEM-T (where T stands for Tone), is devised in [14] In this case, nodes use tone-based signaling to wake up their target node.

The lumped-capacitance model of two interconnections coupled by the capacitance Cc is shown in Fig. 4.1.1, where C denotes the ground capacitance of each interconnection. The rst interconnection is driven by the unit voltage source of resistance Rs on the left and terminated by the load capacitance CL on the right. The second interconnection is terminated by the resistance Rs on the left and the load capacitance CL on the right. Crosstalk voltage is de ned as the voltage V2 t induced across the load CL on the second interconnection. It can be shown that the amplitude of the crosstalk voltage at time t is given by V2 t 1 e t=t1 e t=t2 2 4:1:1

Since the wake-up process is initiated by the simple overhearing of the tone, all sleeping nodes in the neighborhood of the sender leave their sleeping status even if they are not important for the packet relaying phase This type of signaling has.

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E0 (BCR) of Ag+/Ag, V Fig. 4.3 Relation between the half-wave potentials of Tl + (V vs BCr +/BCr) and the potentials of Ag +/Ag electrode (V vs BCr +/BCr) in various solvents [3]. Solvents are 20, FA; 21, HMPTA; 22, thiodiethanol. For other solvents, see Fig. 4.2.

The quantity q*, which corresponds to where the horizontal p = MR = 2 line crosses the MC curve, shows that q* = 440 bottles This quantity is the level of output that the firm chooses to produce in order to maximise profits To understand why adhering to MR = MC maximises profits, look back at Table 10-1 earlier in the chapter and consider each unit of output, q, for which q < 440 For all these units, the marginal revenue is greater than the marginal cost (MR > MC), meaning that producing and selling each of these bottles brings in more money than it costs to make them For example, look at bottle number 140 It has a marginal cost of only 089 but can be sold for 2 Clearly, you need to make such a bottle because you make more selling it than it costs to produce.

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