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The geometric properties of the pro le of disk cams is studied here To produce accurate values of both local and global properties of the contour, a suitable number of points {Pi}m 1 on the cam pro le, with Cartesian coordinates (xi, yi), for i = 1, , m, is required Local properties pertain to slope and curvature values throughout the contour; global properties involve area or, correspondingly, volume, centroid location, and moments and products of inertia of the cam Thus, global geometric properties require the calculation of integrals, which, broadly speaking, involve numerically stable computations That is, truncation errors induced by the discretization of the contour are attenuated due to the ltering effect of integrations, although care must be taken to produce results that are accurate enough Various techniques are currently available for the systematic evaluation of the integrals that arise in this context, those yielding the highest accuracy for a xed value of m being techniques based on spline representations of the contour However, regarding the calculation of local properties, the truncation errors due to the contour discretization are ampli ed by virtue of the differentiations involved Various techniques are available to cope with these problems; the techniques favored in this chapter are those based on a spline representation of the contour Thus, a methodology for handling the discrete points via nonparametric and parametric cubic splines is described In Sec 72 various concepts of differential geometry are outlined; these involve local properties such as slope, which is needed in the calculation of the pressure angle, and cam curvature, which arises in avoiding cusps and undercutting In Sec 73, the computation of the global properties of the cam is studied The computational issues around the calculation of the local and global geometric properties of planar cam plates are addressed in Sec 74 An outline of relevant commercial software is included in Sec 75, and Sec 76 closes with some case studies.

Part I:

Thread Thread Thread Thread Thread Thread Thread Thread Thread Thread Thread Thread Thread Thread Thread Thread Thread Thread #1 #1 #1 #2 #2 #2 #3 #1 #2 #1 #2 #1 #3 #3 #2 #3 #3 #3 is waiting acquires a : A is waiting acquires a : A is waiting : B : B : C : C releases a acquires a : A releases a : B : C releases a for a permit permit for a permit permit for a permit

The semaphore created by the previous example is known only to the process that creates it However, it is possible to create a semaphore that is known systemwide To do so, you must create a named semaphore To do this, use one of these constructors: public Semaphore(int initialCount, int maximumCount, string name) public Semaphore(int initialCount, int maximumCount, string name, out bool createdNew) In both forms, the name of the semaphore is passed in name In the first form, if a semaphore by the specified name does not already exist, it is created using the values of initialCount and maximumCount If it does already exist, then the values of initialCount and maximumCount are ignored In the second form, on return, createdNew will be true if the semaphore was created In this case, the values of initialCount and maximumCount will be used to create the semaphore If createdNew is false, then the semaphore already exists and the values of initialCount and maximumCount are ignored (There is also a third form of the Semaphore constructor that allows you to specify a SemaphoreSecurity object, which controls access) Using a named semaphore enables you to manage interprocess synchronization

The differential-geometry relationships pertaining to cam pro les are discussed in this section These relationships will be used later for determining the cam pro le and some related variables, such as the tangent orientation, required to evaluate the pressure angle, and the curvature of the cam pro le, required to verify the occurrence of cusps and under-

9 The wizard asks you to choose an import scenario Which scenarios are available to you will depend on whether or not you specified to enforce rights fidelity or to merge rights You can either merge content or have objects renamed if they already exist in the destination system

C# supports another type of synchronization object: the event There are two types of events: manual reset and auto reset These are supported by the classes ManualResetEvent and AutoResetEvent These classes are derived from the top-level class EventWaitHandle These classes are used in situations in which one thread is waiting for some event to occur

Part II: