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The most effective and widely used technique for lowering the dynamic power dissipation in synchronous digital circuits is to dynamically disable the clock in speci c regions that do not need to be active at particular stages in the data ow. Since most of the dynamic power consumption in an FPGA is directly related to the toggling of the system clock, temporarily stopping the clock in inactive regions of the design is the most straightforward method of minimizing this type of power consumption. The recommended way to accomplish this is to use either the clock enable pin on the ip- op or to use a global clock mux (in Xilinx devices this is the BUFGMUX element). If these clock control elements are not available in a particular technology, designers will sometimes resort to direct gating of the system clock. Note that this is not recommended for FPGA designs, and this section describes the issues involved with direct gating of the system clock.

(3.11)

What a wild ride! Surely a lot of money could be made in a very short period of time That s where the money was! In the short-term trading, just like Craig Taylor was doing If I could react fast enough, I realized, I could get in on the first move of a currency pair after the Non-Farm Payroll report (ah, the NFP!), or the FOMC (Federal Open Market Committee) interest rate decision, and then ride it for a quick profit And what if I traded more than just one currency pair While I knew I had made a mistake when I traded after the FOMC interest rate decision, I now understood that it was more a mistake of how long it took me to enter the trade and for long how I stayed in It had nothing to do with whether I bought or sold.

where D is distance (Start, Target), and pi refer to perimeters of the obstacles that intersect the straight line segment (Start, Target). Consider a statistically representative number of scenes with a random distribution of convex obstacles in each scene, a random distribution of points Start and Target over the set of scenes, and a xed local direction as de ned above. The M-line will cross obstacles that it intersects in many different ways. Then, for some obstacles, MA will be forced to cover the bigger part of their perimeters (as in the case of obstacle ob1 , Figure 3.5); for some other obstacles, MA will cover only a smaller part of their perimeters (as with obstacle ob2 , Figure 3.5). On the average, one would expect a path that satis es (3.11). As for (3.10), Figure 3.7 presents an example of such a noncooperating obstacle. Corollary 3.3.4 thus ensures that for a wide range of scenes the length of paths generated by algorithm Bug2 will not exceed the universal lower bound (3.1).

Clock control resources such as the clock enable ip-flop input or a global clock mux should be used in place of direct clock gating.

Test for Target Reachability. As suggested by Lemma 3.3.4, under Bug2 MA may pass the same point H j of a given obstacle more than once, producing a nite number p of local cycles, p = 0, 1, 2, . . . . The proof of the lemma indicates

Note that this section assumes the reader is already familiar with general FPGA clocking guidelines. In general, FPGAs are synchronous devices, and a number of dif culties arise when multiple domains are introduced through gating or asynchronous interfaces. For a more in-depth discussion regarding clock domains, see 6. Figure 3.1 illustrates the poor design practice of simple clock gating. With this clock topology, all ip- ops and corresponding combinatorial logic is active (toggling) whenever the Main Clock is active. The logic within the dotted box, however, is only active when Clock Enable 1. Here, we refer to the Clock Enable signal as the gating or enable signal. By gating portions of circuitry as shown above, the designer is attempting to reduce the dynamic power dissipation proportional to the amount of logic (capacitance C) and the average toggle frequency of the corresponding gates (frequency f ).

There were fast profits even easy profits to be made when these two reports were released How many more reports were there When did they come out Would Craig show me how to trade them I felt badly for Mr Wilson That old man was sitting around.