A student who satisfactorily completes the assignment should be able to: Learning Objective Course Outcome No. 1. Use arrays, Pointers, Structures and Abstract data types 1 2. Use Linear and Binary Search 3. Implement hashing techniques 4. Use algorithms to perform operations such as insertion, searching, updating and deletion on various data structures 5. Implement data structures. 11 12 13 Problem: 1. There are n numbers of students in your class. Your class teacher wants to search a particular student information based on student ID. Consider the records are already arranged in ascending order. Explain the steps for the following operations using binary search. • Search for any record which is available in the list. • Search for a record which is not available in the list. 2. Use any Hashing Technique to explain the following for the above scenario. • Place all the records into the hash table. • Use any probing /chaining technique to eliminate collision.

A student who satisfactorily completes the assignment should be able to: Learning Objective Course Outcome No. 1. Use arrays, Pointers, Structures and Abstract data types 1 2. Use Linear and Binary Search 3. Implement hashing techniques 4. Use algorithms to perform operations such as insertion, searching, updating and deletion on various data structures 5. Implement data structures. 11 12 13 Problem: 1. There are n numbers of students in your class. Your class teacher wants to search a particular student information based on student ID. Consider the records are already arranged in ascending order. Explain the steps for the following operations using binary search. • Search for any record which is available in the list. • Search for a record which is not available in the list. 2. Use any Hashing Technique to explain the following for the above scenario. • Place all the records into the hash table. • Use any probing /chaining technique to eliminate collision.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter17: Linked Lists

Section: Chapter Questions

Problem 5PE

See similar textbooks

Similar questions

Question 4 A ) Our List ADT supports: Group of answer choices all the collection operations indices iteration retrieving an element based on its key All of these are correct B )Our Collection ADT supports: Group of answer choices retrieval by priority storage of null first in first out access retrieving an element based on its key All of these are correct Full explain this question and text typing work only thanks All part solution send me
please solve number C I solved numbers a and b so I do not need number a and b Problem (taken from page 308 of the textbook)A parking lot has 31 visitor spaces, numbered from 0 to 30. Visitors are assigned parking spaces usingthe hashing function h(k) = k mod 31, where k is the number formed from the first three digits on avisitor’s license plate.a) Which spaces are assigned by the hashing function to cars that have these first three digits ontheir license plates: 317, 918, 007, 100, 111, 310?b) Describe a procedure visitors should follow to find a free parking space when the space they areassigned is occupied.c) A large parking-systems company would like to automate your assignment procedure forselfparking cars. You have been hired to implement a ”simple” proof-of-concept program in C++, fornow customers will enter their 3 digit plate numbers and your software will assign a parkingspace. Your implementation should a find a free parking space if the original assigned space isoccupied.…
1- the following expression shows a recurrent relation. Write a recursive method in Java to compute the nth term An based on the definition. What will be the output for the term A5 ? An = 2n + An-1 Where n is integer such that n ≥ 0, and the base case A-1 = 5 2-for the array given below, trace the binary search algorithm to find target 43. Provide all steps to show how 43 will be searched. (Type your answer in the box) 12 22 32 40 43 59 66 70
Computer Science Done in Perl. Someone gave me a wrong/incomplete answer. Write a function, hashsum, which takes a hash reference as its first argument and an array reference as its second argument. The function should take the elements of the array and use them as keys in the hash. The values in the hash corresponding to the keys in the array should be totaled, and the sum should be returned to the user. If a key passed in the array does not exist in the hash, ignore it. Write a sample program to call this function.
8.12 LAB: Binary search Binary search can be implemented as a recursive algorithm. Each call makes a recursive call on one-half of the list the call received as an argument. Complete the recursive method binarySearch() with the following specifications: Parameters: a target integer an ArrayList of integers lower and upper bounds within which the recursive call will search Return value: the index within the ArrayList where the target is located -1 if target is not found The template provides main() and a helper function that reads an ArrayList from input. The algorithm begins by choosing an index midway between the lower and upper bounds. If target == integers.get(index) return index If lower == upper, return -1 to indicate not found Otherwise call the function recursively on half the ArrayList parameter: If integers.get(index) < target, search the ArrayList from index + 1 to upper If integers.get(index) > target, search the ArrayList from lower to index - 1…
***PLEASE ANSWER QUESTION 2. THE FOR CONSTRUCT IS COMPLETED ABOVE IT. I NEED IT DONE WITH PROPER SCOPE, NO DEEP COPIES. THANK YOU*** function for_(cur, cond, next, fbody) { if (cond(cur)) { fbody(cur); for_(next(cur), cond, next, fbody); } } exports.for_ = for_; /* QUESTION 2 (5pts): * * Using the above for_ construct, you will now implement a construct for * iterating over elements of an array. each takes a list and a function f. For * each element in the list, the function calls f with the element and the * index of the element in the list. */ function each(list, f) { if (list.size == 0) { return; } //FILL IN ********* } exports.each = each; ***PLEASE ANSWER QUESTION 2. THE FOR CONSTRUCT IS COMPLETED ABOVE IT. I NEED IT DONE WITH PROPER SCOPE, NO DEEP COPIES. THANK YOU***
Python Why am I still getting an error? # Problem 1# Implement a hashtable using an array. Your implementation should include public methods for insertion, deletion, and# search, as well as helper methods for resizing. The hash table is resized when the loadfactor becomes greater than 0.6# during insertion of a new item. You will be using linear probing technique for collision resolution. Assume the key to# be an integer and use the hash function h(k) = k mod m where m is the size of the hashtable. class HashTableProb: def __init__(self, size=10): # Initialize the hashtable with the given size and an empty array to hold the key-value pairs. self.__size = size # size of the hashtable self.__hashtable = [None for _ in range(size)] self.__itemcount = 0 # Keeps track of the number of items in the current hashtable def __contains__(self, key): return self.__searchkey(key) def __next_prime(self, x): def is_prime(x): return…
/** * Removes the specified key and its associated value from this symbol table * (if the key is in this symbol table). Takes advantage of the fact that the * keys appear in increasing order to terminate` early when possible. * * @param key the key * @throws IllegalArgumentException if {@code key} is {@code null} */ public void delete(Key key) { // TODO // Change this code to make use of the fact that the list is sorted to // terminate early when possible. // As this code already uses recursion, the private helper function is // already present below, but it will need to be changed to terminate // early when appropriate. if (key == null) throw new IllegalArgumentException("argument to delete() is null"); first = delete(first, key); } // delete key in linked list beginning at Node x // warning: function call stack too large if table is large private Node delete(Node x, Key…
PYTHON Why am I getting an error and it doesn't show the right output? Problem 1# Implement a hashtable using an array. Your implementation should include public methods for insertion, deletion, and# search, as well as helper methods for resizing. The hash table is resized when the loadfactor becomes greater than 0.6# during insertion of a new item. You will be using linear probing technique for collision resolution. Assume the key to# be an integer and use the hash function h(k) = k mod m where m is the size of the hashtable. class HashTableProb: def __init__(self, size=10): # Initialize the hashtable with the given size and an empty array to hold the key-value pairs. self.__size = size # size of the hashtable self.__hashtable = [None for _ in range(size)] self.__itemcount = 0 # Keeps track of the number of items in the current hashtable def __contains__(self, key): return self.__searchkey(key) def __next_prime(self, x): def…
Can anyone please solve this question asap ? Thank yoyuIn this question, you are required to implement singly linked list and its concepts to solve the problems of a departmental store described in the scenario given below:A departmental store has a variety of products to sell. Each product type has a unique ID and price associated with it (for example soaps can have an ID of 1 and price of 50 etc.). A customer comes to the store and starts putting items in his/her shopping cart. Once all theitems have been placed in the shopping cart, the customer then proceeds to checkout but before that, he/she will sort (in ascending order of IDs) the shopping cart’s items and proceed to remove all the duplicate items from the shopping cart, that is if two soaps have been added to the cart, only 1 will be kept. At the checkout counter, he/she will then remove items from the cart by removing from the end of the shopping cart (linked list). A bill for that customer is then generated and printed.You…
Question:- Implement a generic Map that supports the insert and lookup operations. The implementation will store a hash table of pairs (key, definition). You will lookup a definition by providing a key. The following snippet provides the Map specification (minus some details). You can complete this snippet. After you completed your map, use it in a program. Insert 50 (key, definition) which are (words, meaning) from a file that you have already built it. Then let the user look up the keys and insert more key and definition. Submit your input file with your code. template <typename HashedObj, typename Object> class Pair { HashedObj key; Object def; // Appropriate Constructors, etc. }; template <typename HashedObj, typename Object> class Dictionary { public: Dictionary( ); void insert( const HashedObj & key, const Object & definition ); const Object & lookup( const HashedObj & key ) const; bool isEmpty( ) const; void makeEmpty( ); private:…
Hashing Project in Python to Extract Features of Names You are given the following three functions. They take plain text names and covert then into features vefctors so that you can work with them in a classification system. Let's check your understanding of Python function. Add notes to each line describing what is happening in these functions. FUNCTION ONE: def hashfeatures(baby, B, FIX): """ Input: baby : a string representing the baby's name to be hashed B: the number of dimensions to be in the feature vector FIX: the number of chunks to extract and hash from each string Output: v: a feature vector representing the input string """ v = np.zeros(B) for m in range(FIX): featurestring = "prefix" + baby[:m] v[hash(featurestring) % B] = 1 featurestring = "suffix" + baby[-1*m:] v[hash(featurestring) % B] = 1 return v FUNCTION TWO: def name2features(filename, B=128, FIX=3, LoadFile=True): """ Output: X : n feature…