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problem1 a multiprocessor has 4096 50-mips cpus connected to memory by an omega network how fast do the switches have
problem1 crossbar switches allow a large number of memory requests to be processed at once giving excellent performance
problem1 what is the difference between a multiprocessor and a multicomputer2 the terms loosely-coupled system and
problemusing d circle function write a routine todisplay a pie chart with appropriate labeling lnput to the routine is
problem1 write a program to display a bar graph using the polyline function lnput to the program is to include the data
problem1 write a boundary-fill procedure to fill an 8-connected region2 explain how an ellipse displayed with the
problem1 use the midpoint method to derive decision parameters that can be used to generate straight line segments with
problem1 implement the polyl ine function using the dda algorithm given any number n of input pants a single point is
problem1 does a process know that a port it is reading from is actually a port set does it matter2 mach supports two
problem1 why do you think there is a call to copy a region of virtual memory after all any thread can just copy it by
problem1 mach supports the concept of a processor set on what class of machines does this concept make the most sense
problem1 the global run queues of must be locked before being searched do the local run queues not shown in the figure
problem1 name one difference between a process with two threads and two processes each with one thread that share the
problem1 write a routine to implement exterior clipping on any part of a defined picture using any specified window2
problem1 write a routine to clip an ellipse against a rectangular window2 assuming that all characters in a text string
problem1 write a routine to split a concave polygon using the vector method2 write a routine to split a concave polygon
problem1 set up a detailed algorithm for the nicholl-lee-nicholl approach to line dipping for any input pair of line
problem1 implement the cohen-sutherland line-clipping algorithm2 carefully discuss the rationale behind the various
problem1 derive the matrix representation for a workstation transformation2 write a set of procedures to implement the
problemwrite a set of procedures to implement the viewing pipeline without clipping and without the workstation
problem1 write a procedure to implement the evaluate view mapping matrix function that calculates the elements of a
problem1 write a procedure to implement the evaluate view orientation matrix function that calculates the elements of
problem1 discuss model representations that would be appropriate for several distnctly different kinds of systems also
problem1 write a procedure to implement the unoost structure function on a raster system2 write a procedure to
problem1 write a procedure for creating and manipulating the information in a central structure store this procedure is