Assume radix sorting of 1024 unsigned integers on a 32-bit machine with 4 passes (rounds). The integers are initially stored in lst[1024] and the sorted integers will be available in lst at the end of sorting. int buf[1024] is available as working space. Required:
a. What is the number of buckets?
b. The bit mask in hexadecimal is?
c. Find the number of data assignments for correcting the result after 4 passes are completed.
d. For floating point radix sort, assuming exactly half (512 floats) is negative, what is the number of data assignments for correcting the result?

Which steps will open the system so that you can enter a question and do a search for

What is the definition of digital literacy?

A-12.3 an american spy is deep undercover in the hostile country of phonemia. in order not to waste scarce resources, any time he wants to send a message back home, he removes all the punctuation from his message and converts all the letters to uppercase. so, for example, to send the message, “abort the plan! meet at the dark cabin.” he would transmit given such a string, s, of n uppercase letters, describe an efficient way of breaking it into a sequence of valid english words. you may assume that you have a function, valid(s), which can take a character string, s, and return true if and only if s is a valid english word. what is the running time of your algorithm, assuming each call to the function, valid, runs in o(1) time?