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methodologies.  It may involve more committees and organizational changes.  Different business units tend to be more or less bureaucratic in their governance approach. Regardless of what form the governance takes, the key is to start small and grow incrementally. The following simple steps are recommended: 1. De ne a governance roadmap with objective, measurable milestones. 2. Identify technology and organization changes required for each stage. 3. Clearly identify and document business value that is applicable at each stage. That last recommendation is the step that is most often missed. So often organizations will put a plan of action in place without any understanding of what bene t the business will gain from each iteration or each level of maturity. This is crucial to ensuring that your SOA is relevant and that your governance is suf cient without being overkill, and
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Now that we know basically what's up (pun intended) with the new free system resource calculation, let's look at the details of how Windows 95 comes up with that value. The GetFreeSystemResources is implemented in the 16-bit USER.EXE (when necessary, SHELL32.DLL thunks down to it to get the value it displays in the system utility About boxes). The function itself is just a standard parameter-validation layer stub like I described in 3. After checking that a correct argument was passed to it, GetFreeSystemResources JMPs to the IGetFreeSystemResources code. IGetFreeSystemResources has three distinct sections of code. The first section consists of coming up with percentage-free values for the USER and GDI components. The USER percentage free is the lowest percentage free of the USER 16-bit DGROUP, the 32-bit window heap, and the 32-bit menu heap. The GDI percentage free is done by calling a 16-bit GDI.EXE function called GDIFreeResources. At the end of this section of code, the function has one free resource value for USER and another for GDI. The second section of IGetFreeSystemResources is where the function does the adjustments that take into account how much USER and GDI heap space was taken up by system components at startup. The key to this section of code is two USER.EXE global variables; I've named the variables base_USER_FSR_percentage and base_GDI_FSR_percentage. These two values initially start out with a value of 0 in USER.EXE's data segment. If they're 0 when IGetFreeSystemResources is called, the function doesn't do any adjustment to the USER and GDI percentage free values it calculated earlier. However, if these two global variables are nonzero, they contain the percentage free in the USER and GDI heaps after Windows 95 booted. If they're nonzero, IGetFreeSystemResources divides the boot-up time version of these values by the current USER and GDI percentage free values to get a relative percentage. When I first saw these global variables, my first question was, "Who the heck sets them " Would you believe the Explorer process (Even if you don't see the Explorer window on the screen, Explorer is still there as a running process.) Now mind you, Explorer doesn't reach down into USER's DGROUP segment and set the base_USER_FSR_percentage and base_GDI_FSR_ percentage values directly. Rather, it lets USER.EXE do it itself. How does it do this At some point when Explorer decides that it's sufficiently set up, it sends a window message with a MSG number of 0x400 (WM_USER) to the desktop window procedure. As you'll see later, the desktop WNDPROC handler for the WM_USER message sets these two global variables. The ramifications
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Figure 9.3. Mobile broadband connection.
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1. A cache retains the most recent data accessed by the CPU. When accessed again, the CPU will get the information directly from the cache, which is much faster than RAM or hard disk. 2. CPU stepping refers to the revision number of the CPU chip. 3. Multiprocessing is the ability of your server system to recognize and use more than one CPU. 4. SRAM (Static RAM) will retain its information until the power is disconnected. DRAM (Dynamic RAM) has to be constantly refreshed to retain its contents. 5. Synchronous RAM runs in time with your system clock, while asynchronous RAM runs independently. 6. ECC (Error Checking Code) memory uses parity operations to prevent memory errors that will crash a server. 7. Bus width refers to how many bits are sent across the channel at once. A 64-bit bus can transfer twice as much information as a 32-bit bus.
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he phrase is a familiar one. We don t make the products you use, we make the products you use better. Although used in commercials by BASF, a company that adds value to existing products with its chemicals and plastics, this phrase could also be used to describe nanotechnology companies. Nanotechnology will serve to improve a number of different types of products in different industries. As we saw in 1, nanotechnology could yield stronger and lighter materials, faster and smaller computers, and more effective drug delivery devices. One venture capitalist argues that nanotechnology is not an industry, but an enabling technology that will impact a number of industries. 1 At some level of abstraction, this might be a fair statement. But we are hesitant to embrace this characterization. Although nanotechnology is certainly an enabling technology, there is also an identifiable nanotechnology industry that develops and markets this enabling technology. In this chapter, we define and explain the nanotechnology industry. In our first attempt to write this chapter, we created a database of several hundred companies investing in nanotechnology and divided them into different categories based on business model and product. However, such a database would become outdated soon after publication. (For readers wishing to obtain a comprehensive list of companies investing in nanotechnology, we recommend consulting NanoInvestorNews.2) As an alternative to publishing a comprehensive database of companies involved in nanotechnology, we propose an elementary model for understanding the industrial structure giving 33
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