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First, in some publications the voltage gain is de ned as Av, CE = vo , vS (12.56)
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The .NET passport protocol exists independently of the operating system. A .NET passport uses your e-mail address to provide you with personalized access to Passport-enabled services and Web sites. .NET Passport implements a single sign-in service that allows you to create a single username and password. After you have a .NET Passport, you will have only one name and password to remember, and you will be able to use all .NET Passport-enabled services, such as Hotmail and Microsoft Messenger (MSN). You can store information about yourself in your sign-in profile so that you will not have to retype this information when you use .NET Passport-enabled services.
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The largest fundamental unit in the time frequency plane is a frame, which is 5-ms long,4 and encompasses all subcarriers. It is divided into subframes that describe the time (in the TDD mode) for uplink and downlink. Each subframe is divided into permutation zones, during which one particular subcarrier permutation is used (we explain below what subcarrier permutations are). Figure 28.5 shows the subdivision of frames into subframes and permutation zones.
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Microsoft has provided desktop-oriented virtualization capabilities through its Virtual PC product line since the company purchased the virtualization assets of Connectix in 2003. With Windows 7, Windows Virtual PC, as the latest version of Virtual PC is now known, becomes a feature and benefit of Microsoft s latest operating system. And this
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(b) Calibration kit
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sales. Over time it changed its meaning and now also includes business-tobusiness, customer-to-customer, business-to-employee, etc. interactions. Such ontological drift means that ontologies must be constantly maintained. We must regularly update the de nitions of terms and relations in an ontology. Such maintenance is possible in current applications, because they all employ a single ontology in a centralized location. In a P2P environment, one cannot expect any maintenance to happen on the ontologies (in fact, users will often not know what is in the ontologies on their machine, let alone that they can perform maintenance on them). As a result, we must design mechanisms that allow the ontologies to update themselves, in order to cope with ontological drift. Based on the queries and answers elsewhere in the P2P network, ontologies will have to adjust their own de nitions accordingly: if other ontologies give different answers to queries, possibly update your own de nitions; possibly based on con dence in the other ontologies; do this on a sliding scale of truth values of the de nitions (instead of simply binary true/false); use metaphors from social science (opinion-forming, rumour-spreading, etc.).
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mart Components are one of the more effective design automation tools to come from SolidWorks in the last several releases. This is functionality that can save you a lot of time; the more standard parts or assemblies with associated part-level features that you insert into your assemblies, the more time it can save you. Smart Components are parts or assemblies that you can place into an upperlevel assembly and that carry with them mounting features and hardware (cut-outs, mounting holes, and even fasteners). Smart Components are configurable, and can automatically size themselves on cylindrical parts.
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FIGURE 19.2 My personal folder
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REFERENCES I. M. Rodder, A. Chatterjee, D. Boning, and I.-C. Chen "Transistor Design with TCAD Tuning and Device Optimization for Projcess/Device Synthesis," Proc. 1993 Int. Symp. VLSI Technology, Systems, and Applicaions, June 1993, p. 29. 2. M. Rodder, S. Iyer, S. Aur, A. Chatterjee, J. McKee, R. Chapman, and I.-C. Chen, "Oxide Thickness Dependence of Inwvrier Delay and Device Reliability for 0.25 lIm CMOS Technology," Tech. Digest 1993 hnt. Electron Devices Meeting (IEDM), Dec. 1993, p. 879. 3. A. Chatterjee, M. Rodder, M. Nandakun ar, and I.-C. Chen, "An improved Figure-ofMerit Metrics for CMOS Transistor Per-ormance and its Application to 0.25 ltin CMOS Technologies" Proc. MicroelectronicDevice and Multilevel Interconnection Technology, 1995 SPIE Symp. Microelectronic Mdanufacturing (SPIE Vol. 2636), Oct. 1995, p. 115. 4. M. Nandakumar, A. Chatterjee, M. Rod der, and I.-C. Chen, "A Device Design Study of 0.25 [um Gate Length CMOS for IV Low Power Applications," Tech. Digest 1995 IEEE Symp. Low Power Electronics, Aug. 1995, p. 80. 5. M. Rodder, A. Amerasekera, S. Aur, ard I.-C. Chen, "A Study of Design/Process Dependence of 0.25 ptm Gate Length CMOS for Improved Performance and Reliability," Tech. Digest 1994 IEDM, Dec. 1994, p. 71. 6. C. Sodini, P. K. Ko, and J. L. Moll, "11 e Effect of High Fields on MOS Device and Circuit Performance," IEEE Trans. Ekc,'ron Devices ED-31(10), 1386 (1984). 7. M.-C. Jeng, J. Chung, J. E. Moon, G. May, P K. Ko, and C. Hu, "Design Guidelines for Deep-Submicrometer MOSFETs," Tecit. Digest 1988 IEDM, Dec. 1988, p. 386. 8. S. Sze, Physics of Semiconductor Devih's, 2nd ed., Wiley, New York, 1981. 9. R.-H. Yan, A. Ourmazd, and K. Lee "Staling the Si MOSFET: from Bulk to SOI to Bulk," IEEE Trans. Electron Devices EI)-39, 1704 (1992). 10. H. Hu, L. T. Su, I. Yang, D. A. Antoniadis, and H. I. Smith, "Channel and Source/Drain Engineering in High-Performance Sub-0. I1tm NMOSFETs Using X-ray Lithography," Tech. Digest 1994 Symp. VLSI Technolozgy, June 1994, p. 17. 11. K. Noda, T. Uchida, T. Tatsumi, T. Aoyrnia, K. Nakajima, H. Miyamoto, T. Hashimoto, and I. Sasaki, "0.1 pm Delta-Doped MOSFET Using Post Low-energy Implanting Selective Epitaxy," Tech. Digest 1994 .imp. VLSI Technology, June 1994, p. 19.
Elaborate scams based on phishing usually begin with an e-mail sent to you from what seems to be a reputable source (such as a financial institution, eBay, PayPal, or Network Solutions). These e-mails always contain a link that is supposed to take you to the affiliate s Web site but don t be fooled! This link is your first indication that this message could be a potential phish. The most obvious giveaway comes from the link provided itself. Pass your cursor over the provided link; in the status bar, you can see the actual URL of the site you would go to if you do click this link. If this URL does not match the one for the genuine Web site, do not click the link or respond to
(c) What would be the bandwidth requirement in part (a) if the data-rate requirement were increased to 192 kb/s (d) What would be the bandwidth requirement in part (a) if the error-rate requirement were changed to 10 4 5. Using the throughput formulas for the ALOHA and slotted-ALOHA protocols, show that the maximum values of the throughput for these protocols are 1/2e and 1/e, respectively. 6. A number of terminals use the pure ALOHA protocol to transmit to a central control station over a shared 100-Mb/s channel. Each terminal transmits a 1000-bit packet, on average, every minute. (a) What is the maximum number of terminals that the channel will support (b) Repeat part (a) for the slotted ALOHA protocol. (c) Repeat part (a) for both protocols for packet lengths of 2000 and 4000 bits. (d) Describe how the results change if the transmission rate of the channel increases to 200 Mb/s. 7. A small slotted-ALOHA network has k user stations, each of which transmits with probability 1/k (original transmissions and retransmissions combined) during any slot. Calculate the channel throughput as a function of k. Evaluate the throughput for k = 2, 4, 8, and 16 and for the limiting case of k . 8. A large network (assume an in nite population of user terminals) operates with the slotted-ALOHA protocol. Each station waits an average of W slots before retransmission after a collision. Calculate and plot the delay versus throughput curves for this network for W = 2, 4, 8, and 16. 9. (a) Sketch the throughput versus offered traf c G for a mobile data network using slotted 1-persistent CSMA protocol. The packets are 40 ms long and the radius of coverage of each BS is 10 km. Assume the radio propagation speed is 300,000 km/s and use the worst delay for calculation of parameter a. (b) Repeat part (a) for the slotted-ALOHA protocol. (c) Repeat part (a) for the nonpersistent-CSMA protocol. (d) Repeat part (a) for a WLAN with access point coverage of 100 m. (e) Repeat part (a) for a satellite link with a distance of 20,000 km from Earth. 10. In a slotted-CDMA packet data network we assign an orthogonal code of length 16 to each user, and the modulation technique is DPSK. (a) Give the received signal-to-noise power ratio as a function of M, the number of packets arriving simultaneously. Assume that perfect power control is applied to the system and that the received signal-to-noise power ratio in the absence of interference is 10 dB. (b) Determine the SNR per bit for M simultaneously arriving packets and give the probability of error per bit. (c) Give an expression for calculation of the probability of capture PC (M) of a packet with a length of L bits as a function of M. Give the numerical values of PC (1), PC (2), and PC (10) for L = 10. (d) Give an expression for the calculation of throughput as a function of offered traf c G if the packets arrive with a Poisson distribution.
21 - Introduction to Data Access in .NET 22 - ADO.NET 23 - Data Access in Visual Studio .NET 24 - Introduction to XML in .NET
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