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Obviously, T1 must perform R(X) and W(X) locally and then move to S2 to perform R(Z) and W(Z) Similarly, T2 must perform R(Y) and W(Y) locally and move to S2 to perform R(Z) and W(Z) Figure 65 displays data distribution as well as what each transaction does locally and remotely for this example To run their operations locally, T1 and T2 send their lock requests to S0 Since X and Y are available, S0 will grant the lock requests to allow T1 and T2 to perform their local reads and writes Since T1 and T2 enter the system at roughly the same time, the local operations happen in parallel After T1 and T2 have nished their local operations, they have to move to S2 to work on Z.

.

Now, the questions we have to answer are related to the order in which these transactions arrive at S2 and how the con ict is handled by S0 There are two possible scenarios for T1 and T2 running at S2 In the rst scenario, we assume that T1 arrives at S2 rst and write locks Z by sending a request to S0 Since at this point in time Z is not locked, T1 s request will be granted and T1 will lock the item Later on, when T2 arrives at S2, the item is already locked by T1 In this case, T2 s request to lock the item will not be granted The controlling site (S0) will apply the wound wait rule Since T2 is younger than T1, T2 will have to wait for T1 to nish or to roll back In the second scenario, T2.

5

Internet service providers (WISPs), 70 71, 556 559, 561 563, 570, 574 Intersymbol interference (ISI), 21 Intrapiconet route optimization, 250 251, 253, 255, 257 Intrusion detection systems (IDSs), 69 Inverse fast Fourier transform (IFFT), 23, 264, 268 IP, 8, 482 484, 487 488, 491, 497, 512, 527 ISM, 17, 19, 28, 40, 109, 111, 133, 151 153, 323, 349, 391 392, 394, 396 397, 410 ISOAFH, 167 ISP, 477, 479, 492 493, 496 ITU-T, 332 IWF, 488 JREP, 432 433, 435 436 JREQ, 431 433, 435 436 Key encryption operation, 218, 232 Key establishment(s), 13, 19, 34, 38 40, 43, 48 49, 52, 54 55, 57 59, 70 72, 75, 84 85, 89, 97, 107 113, 115 118, 120 121, 123 126, 128 129, 132, 136 137, 149, 155 156, 161, 166 168, 170, 178, 191, 197, 200, 208 209, 212 213, 215, 217, 226, 228, 247, 249 250, 253, 261, 273, 289, 294, 299, 302 305, 307, 310 316, 327, 342 344, 347, 358, 363, 366 368, 374 375, 377, 380, 383 386, 389, 392 393, 401 403, 409, 412, 422 423, 429 430, 435 437, 443, 446, 450 451, 453, 455 467, 469 470, 482 483, 488, 490, 493, 501, 509 512, 536, 539 541, 543, 545, 557, 559 560, 562 564, 566 567, 569 571, 573 575, 581 582, 585 586, 588, 591, 594, 601, 604, 606, 608 Key exchange, 389 390, 393, 398, 404, 409 412, 588 Key exchange mechanism, 389 KeyInfoLength, 229 Key management, 193, 390, 392 Key predistribution, 568 Key request command, 228, 233 Key selection, 228, 230 Key stream, 231, 235 Key stream generation, 231 Key transport(s), 13, 19, 34, 38 40, 43, 48 49, 52, 54 55, 57 59, 70 72, 75, 84 85, 89, 97, 107 113, 115 118, 120 121, 123 126, 128 129, 132, 136 137, 149, 155 156, 161, 166 168, 170, 178, 191, 197, 200, 208 209, 212 213, 215, 217, 226 228, 247, 249 250, 253, 261, 273, 289, 294, 299, 302 305, 307, 310 316,.

where xi and xh are the ith and hth raw scores on X. Similarly, bih = yi yh , (25.3)

Figure 5-13

Reagents and Materials Nonsterile PBSA, pH 7.4 Paraformaldehyde, 4% in PBSA Triton X-100, 0.1% in PBSA Blocking Buffer (See Section 2.7) Washing Buffer (See Section 2.8) Rabbit anti-rat albumin antibody Goat anti-rabbit IgG antibody, uorescein (FITC) conjugated Glass slide, 75 38 mm Vectashield Clear nail polish Fluorescence microscope Protocol (a) This protocol is based on hepatocyte cultures on 34-mm coverglasses in 6-well plates. Volumes given are on a per well basis, and can be easily scaled for the use with cultures of different sizes. In general, this procedure can be performed in a nonsterile manner. However, if samples will be stored at any stage before mounting, aseptic techniques should be utilized to prevent potential contamination. (b) Aspirate culture supernatant and x cells in 1 ml of 4% paraformaldehyde for 10 min at room temperature.