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1. Place the picture on the slide by choosing Insert Images Picture. 2. Select the picture and choose Picture Tools Format Arrange Send Backward arrow Send to Back. (If the picture is the only object on the slide, this command is unavailable, but the command is unnecessary in that case.) 3. Create a plain, unformatted table on top of the picture. 4. Set the table s ll to No Fill if it is not already transparent. 5. Resize the table and the picture as needed so they are both the same size. You might need to crop the picture to keep the right aspect ratio.

By applying the principles of the business component approach, it is possible to architect a business component system that is highly integrated and highly modular at the same time Even if the individual business components were to be built by independent organizations, the detailed architectural characteristics they must have are usually dictated by a single architecture team within a single organization Given the "coarse but not very coarse" granularity of the business components, it is relatively easy for the business components not only to follow this architectural model, but also to participate in an assembly that will provide a functionally cohesive business component system The cooperating business components can participate in very strict and well-defined collaborations, in which each business component can make strong assumptions about what other business components provide or not On the other hand, to architect a federation using system-level components requires a very different conceptual approach .

System-level components tend to be very loosely coupled and highly autonomous, and they will often be developed by different, unrelated organizations Hence, the choice of the protocols at each layer, as well as the definition of the interfaces and the development of the interoperability adapters, will be dictated not only by good architectural and design principles and/or the typical extra-functional requirements such as flexibility of the interfaces, looseness of the communication, costs, performance, and scalability, but also by business decisions and political skills of the organizations involved..

calculation. As the sums are computed, the carry programming is reversed to restore the scratchpad lines to zero. Interested readers can trace the result of adding 7 + 7. Let Cin0 = 0; A0, A1, A2 = 1, 1, 1; B0, B1, B2 = 1, 1, 1. The result obtained in this test case is C3, S2, S1, S0 = 1, 1, 1, 0. A symbol for 3-bit addition is shown in Figure 8-19, where the input and output lines have been reorganized for convenience. The signals to port A go through unchanged and ensure logical reversibility; the signals to ports A and B are added; the sum appears at port S. The lines into and out of the port labeled Scratch are scratchpad lines that provide work space for the various operations. The carry-out (C3) is also the most signi cant bit in the case of unsigned addition. The adder symbol works from left to right, as indicated by the bar on the right. It is easy to reverse the addition, to go from right to left merely by applying signals on the right. This approach is extended easily to more bits by using more lines. There are other ways to accomplish reversible addition, such as computing a sum and a carry one bit at a time as is usually done in manual calculations. This process could be transferred to a wiring diagram, and the result is logically reversible, as long as there are no operations in which a bit zeros itself. The Scratch lines in Figure 8-19 were all restored to zero except for the

The vision is really about empowering workers, giving them all the information about what s going on so they can do a lot more than they ve done in the past. Bill Gates Founder, Microsoft