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The pulse width detection logic contains a free-running counter that resets whenever the input from the BMC code toggles. In addition to the counter reset, the current width is decoded against the running minimum pulse width. If the current width is greater than 2.5 the minimum pulse width, the pulse is decoded as a BMC violation and part of the preamble. If the width is greater than 1.5 the min pulse width, the pulse is decoded as a logic-0. If the width is less than the running minimum pulse width, it overrides the minimum pulse width, and the audio data is assumed to be invalid due to the absence of a lock. Otherwise, the pulse is decoded as half of a logic-1. If a logic-1 or logic-0 is detected, this bit is shifted into a 24-bit shift register in preparation for synchronization with the preamble. When a preamble is detected, the previous frame has completed and can now be decoded based on the mapping of the various elds. The implementation is shown in the following code.

Test for Target Reachability. The test for target reachability used in algorithm Big1 is designed as follows. Every time MA completes its exploration of a new obstacle i, it de nes on it a leave point Li . Then MA leaves the ith obstacle at Li and starts toward the target T along the straight line (Li , T ). According to Lemma 3.3.1, MA will never return again to the ith obstacle. Since point Li is by de nition the closest point of obstacle i to point T , there will be no parts of the obstacle i between points Li and T . Because, by the model, obstacles do not touch each other, point Li cannot belong to any other obstacle but i. Therefore, if, after having arrived at Li in Step 3 of the algorithm, MA discovers that the straight line (Li , T ) crosses some obstacle at the leave point Li , this can only mean that this is the ith obstacle and hence target T is not reachable either point S or point T is trapped inside the ith obstacle. To show that this is true, let O be a simple closed curve; let X be some point in the scene that does not belong to O; let L be the point on O closest to X;

M2 13,16 12 5 T 11,15 4 10,14 3,6 S 9 2,7

module spdif( output reg oDatavalidL, oDatavalidR, output reg [23:0] oDataL, oDataR, input iClk, // main system clock used to sample spdif data input iSPDIFin); reg [2:0] inputsr; // input shift register reg datatoggle; // register pulses high when data toggles // counts the width between data transitions reg [9:0] pulsewidthcnt; // register to hold width between transitions reg [9:0] pulsewidth; reg [9:0] onebitwidth; // 1-bit width reference // signals that pulsewidth has just become valid reg pulsewidthvalid; reg bitonedet; // detect logic-1 capture reg newbitreg; // new data registered reg [27:0] framecapture; // captured frame reg preambledetect; reg preamblesyncen; reg channelsel; // select channel based on preamble

Should I look at those, too Sure Do that And add in the four-hour charts Can you do that Absolutely, I answered Even though everyone here seemed out of touch with the high-tech form of trading, I was at least happy that he was talking to me, and also aware that if I had studied some before I had met him, I could be asking him lots of intelligent questions about the market Right now, I was positively unable to comprehend anything more advanced than his instructions to look at the long-term charts Other than that, he was speaking a foreign language I knew that everyone on Wall Street (except the men at the Rest Home for Old Guy Traders) was making trades I knew that we had just gotten a March Jobs Number, or NFP.

q=0 19 20

19 C

7 Example Design: I2S Versus SPDIF reg reg reg [5:0] bitnum; [10:0] onebitwidth1p5;

C 21

You said that everyone who trades in the short term would be buying dollars, trading currency What about stocks Stocks aren t traded here on the same floor as currencies, usually Here we can trade whatever we want The equities floor would be separate from the currency floor in most places But to answer your question, stocks could make a nice move upward today Stock market likes a strong economy I was confused on so many levels For sure, my brain had melted and was now draining out my ears He could tell I did not understand much of this and that I was totally captivated by the chaos on the television He smiled You are a total rookie, aren t you I nodded With a capital R, I answered He looked down at his charts and looked up at me.