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Actually, the codes listed in Table 4-3 are only examples of Award BIOS codes. Award BIOS relied on the motherboard manufacturers to generate the beep codes used with its BIOS and shared its code with them to do so. Check with the manufacturer of a particular motherboard using Award BIOS to get a list of the beep codes in use. The Phoenix BIOS POST error beep codes are more complex than the others, as shown in Table 4-4. When an error happens, four sets of beeps are sounded with a slight pause between each set. For example, the beep code that indicates a possible error in the BIOS ROM is 1-2-2-3, which would sound something like beep, pause, beep-beep, pause, beep-beep, pause, beep-beep-beep.

Jeff Gignac, CFRE, ePMT, is founder and president of JMG Solutions Inc. Jeff has worked with a variety of more than 500 local and national nonprofits across Canada since 1992. Jeff is a Certified Fundraising Executive (CFRE), an ePhilanthropy Master Trainer (ePMT), a volunteer, and a regular speaker at International conferences and seminars. He is also an instructor at Humber College Institute of Technology and Advanced Learning s Fundraising and Volunteer Management program, including Donor Relations Management and Computer Applications. He is also a member of the Humber program s advisory board, Association of Fundraising Executives and the Association of Professional Researchers for Advancement.

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The current state of development is not far enough along to identify a speci c technology that could uniquely achieve the properties, performance, and other design factors required for full- edged QuC Existing approaches and technologies all have limitations Hence, the identi cation of appropriate new technologies and systems that are practical and scalable is critical to advancement The developments and demonstration of technologies and systems that exhibit fewer limitations than current approaches are desirable (new technologies include nuclear magnetic resonance, ion traps, cavity quantum QED, quantum dots, etc) The feasibility and acceptance of a successful technology depends on several factors and requirements, including: (i) the ability to control decoherence and perform fault-tolerant operations, (ii) scaling properties in terms of number of qubits, time per gate, and physical size, and (iii) the likelihood of becoming a low-cost, low-power technology with the potential to be commercialized in appropriate applications.

Up to now there have been few quantum algorithms that tackle problems of practical signi cance Research to advance the development of killer applications for quantum computers is needed to demonstrate their potential and justify future investment (see Appendix G for a more inclusive discussion) The automated discovery of new quantum algorithms is also an area of research Signi cant challenge exists in scaling quantum communication protocols over distance and to demonstrate the compatibility of quantum communications with traditional telecom infrastructure, such as optical bers It is also desirable to expand (i) quantum key distribution for longer distance applications, (ii) multiparty quantum key distribution, and (iii) free-space key distribution The development of quantum key repeaters is considered another important enabling factor for the development and implementation of underlying concepts and technologies.

Range of applications currently conceived is limited, and the full potential of the technologies and concepts are not fully understood at this time Current concepts and associated applications are seen as early demonstrations and are based on quantum systems with only a few qubits.

There are fundamental challenges including the following: (i) devising suitable methodologies for harnessing decoherence (these would include, among others, error correction algorithms, redundancy techniques, and fault-tolerant architectures); (ii) quantum information storage and retrieval, including associated error control; (iii) readout of intermediate and nal results by measurement techniques (the e cient readout of information from a quantum system remains one of the key challenges); and (iv) building a quantum toolbox (this being a set of design components, development of components, and engineering processes that perform speci c quantum tasks that can be used as building blocks of a QuC system examples of these components are light sources with controlled uctuations for photon-based QuCs; nonlinear optical bers for guided photon-pair generation and coupled semiconductor QDs for single-spin or single-photon applications; examples of quantum engineering processes include quantum nondestructive measurement techniques; production and use of correlated optical solutions and quantum interferometry techniques)..

Figure 4.9. Two sextupoles of strengths S, and S separated in phase by 90 on the 3v0 ,

that this rule only is bene cial in a shared access domain. Switched backbones should consider other methods (most commonly, the hierarchical).

To change a style, choose Format Text Style. From the Style Name drop-down list, choose the text style that you want to change. Make changes in the same way that you did when creating the style. Choose Apply and then Close. The drawing regenerates, and the text that uses the style that you changed is modified accordingly. This is a powerful way to control the look of text in your drawing.

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