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It is sometimes possible to reduce the size of the output file at the last stage of the encoding process. Consider encoding b followed by EOF, using the arrangements from Exercise 1.
(a) Show that the algorithm gives ‘1000001'.
(b) Let's try to save a few bits at the last stage. Assume that the decoder understands that any encoded string ends with an infinite number of zeros. In our problem, the final interval includes 0, and if there are no underflow bits pending, then two bits could be saved at the final stage. In every case (even if there are underflow bits), sending a single 1 suffices. (Why?)Suppose the algorithm is modified so that the encoder never outputs until it has a maximum number of equal consecutive bits (and the decoder understands that the encoded string ends with all zeros). Show that these changes give ‘1' as the encoded string for this example. Are there any "problems" with these changes?
Why is it impossible to represent X exactly in 32-bit IEEE ?oating-point? (b) and (c) What are the two binary numbers closest to X that we *can* represent?
In terms of α and β, compute the cosines of the angles between the vectors for each pair of the three computers.
In software engineering for postgraduates what is the answer to below question Apart from the risks of software projects stated inyour textbook, identify at least six other possible risks that could arise insoftware projects.
Application Architecture You have been tasked with building a payroll program for a large organization with offices spread across the United States. The company has one larger data center that each office connects to via a wide area network (WAN).
Exhibit an algorithm that detects whether one finite automaton accepts a subset of the set accepted by another machine. Show that this procedure works.
Figure 9.8 is a utility matrix, representing the ratings, on a 1-5 star scale, of eight items, a through h, by three users A, B, and C. Compute the following from the data of this matrix.
Write a for loop that produces the following output
Suppose the third party sends each end such a forged 100-byte data packet ostensibly from the other end. What happens now? What would happen if A later sent 200 bytes of data to B?
In dredged reclamation, what are the considerations in selecting between trailer suction hopper dredgers and grab dredgers?
In this highly competitive business environment, businesses are constantly seeking ways to gain traction and understand what is on the minds of current customers and potential customers in order to increase business efficiency.
Let the criteria for choosing among adaptive approaches to system development. Which CSS project characteristics favor predictive approach? Which favor UP?
Give examples of 1:1, 1:N, and N:M recursive relationships (other than those presented in this chapter).
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