By Sharon Rosenberg, Kathleen Meade
With either cookbook-style examples and in-depth verification heritage, beginner and professional verification engineers will locate info to ease their adoption of this rising Accellera usual.
Read Online or Download A Practical Guide to Adopting the Universal Verification Methodology (UVM) PDF
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Extra info for A Practical Guide to Adopting the Universal Verification Methodology (UVM)
Neighbouring characteristics, that involves the arbitrarily chosen functions So( ^ ) 5 fo(*), and the second term s J q(x . 4) pp,p2 which acquires its functional dependence through the analytical description of the triangle P P \P 2. 1) meeting the initial specifications furnished by any independent choices for s0(x), v0(x). That a solution of such form exists is confirmed, when the functions s0, dso/dx and vQhave continuous behavior, on calculating the partial derivatives INHOM OGENEOUS W AVE EQUATION ON A FINITE COORDINATE INTERVAL 59 of Yi and Y2; we are assisted, in the latter regard, by noting the relative disposition of neighboring domains P P \P 2 and P ' P [ P 2 (see Fig.
7 2J ? )p, —(q)p2] ~~ (q)p1~ (q)p2“ —( < ?
11) Jßct which, in turn, signify a null displacement at t = 0 , assure continuity of the displacement at the impulse point and account for the momentum transfer to the string during the interval of force activity. 10), it follows that f((ß - 1)ct) = g((ß + l)ct) = g i/ 2pc, 52 UNIDIRECTIONAL W AVE MOTIONS whence x % C f ( x - c t ) = — -— 2pc 1 - β and ßct < x < c t , ( 12. 12) x 8 t+ c 8 1 the full range of disturbance on the string at time t corresponds to F C _, with a backward moving wave g(x + ct) on its entirety and a forward moving wave f(x - ct) on the portion J'C+ that lies between the characteristic x = ct and the trajectory x = ßct.