See Question.pdf for more details.

**Subject Computer Science Data Structures and Algorithms**

See Question.pdf for more details.

This material may consist of step-by-step explanations on how to solve a problem or examples of proper writing, including the use of citations, references, bibliographies, and formatting. This material is made available for the sole purpose of studying and learning - misuse is strictly forbidden.

Exercise 1

The two problems are equivalent under the following interpretation:

• The equal due date acts as the capacity of the knapsack;

• The processing times Si acts like the sizes of knapsack items;

• The values Vi of the jobs represents the values (profits) of the knapsack items.

The reduction built this way ensures that selection of the disjoint jobs which lead to maximum profit corresponds to the items which must be put into the knapsack such that to gain maximized profit under the capacity (or deadline, respectively) constraint. Knowing the deadline, Si and Vi we can built a solution to the Knapsack problem. Vice versa, knowing the objects which must be taken into the Knapsack, we use them to build the array of jobs which ensure “the best” achievable profit within deadline....

The two problems are equivalent under the following interpretation:

• The equal due date acts as the capacity of the knapsack;

• The processing times Si acts like the sizes of knapsack items;

• The values Vi of the jobs represents the values (profits) of the knapsack items.

The reduction built this way ensures that selection of the disjoint jobs which lead to maximum profit corresponds to the items which must be put into the knapsack such that to gain maximized profit under the capacity (or deadline, respectively) constraint. Knowing the deadline, Si and Vi we can built a solution to the Knapsack problem. Vice versa, knowing the objects which must be taken into the Knapsack, we use them to build the array of jobs which ensure “the best” achievable profit within deadline....

This is only a preview of the solution. Please use the purchase button to see the entire solution

Pseudocode & Flowchart Example for Triangles Display

$20.00

Flow chart

Pseudocode

Algorithm

Triangles

Set

Computer Science

Data Structures

Algorithm Analysis, Correctness and Sorted Linked List Algorithm

$10.00

Algorithm

Linked

List

Loop

Invariant

Worst

Case

Analysis

Complexity

Correctness

Ascending

Initialization

Maintenance

Termination

Algorithm

Linked

List

Loop

Invariant

Worst

Case

Analysis

Complexity

Correctness

Ascending

Initialization

Maintenance

Termination

Algorithm Design Tracing Using Pseudocode, Desk Check & Desk Checking Table Features

$28.00

Transaction

Commission

Retail Price

Employee

Algorithm Design

Pseudocode

Desk Check

Desk Checking

Expected Results

Record

Item

Sold

Transaction

Commission

Retail Price

Employee

Algorithm Design

Pseudocode

Desk Check

Desk Checking

Expected Results

Record

Item

Sold

Three Algorithm Design Questions with Full Steps

$33.00

Algorithm

Design

Input

Question

Elementary

Operation

Size

Pseudocode

Big-O

Asymptotic

Complexity

Image

2-dimensional

Array

Pixel

Rotate

Clockwise

Set

Circle

Radius

Center

Intersect

Collection

Integer

Inversion

List

Algorithm

Design

Input

Question

Elementary

Operation

Size

Pseudocode

Big-O

Asymptotic

Complexity

Image

2-dimensional

Array

Pixel

Rotate

Clockwise

Set

Circle

Radius

Center

Intersect

Collection

Integer

Inversion

List

Algorithm Questions Involving Recurrence Relations. Usage of Various Solving Methods.

$20.00

Algorithm

Recurrence

Relation

Tree

Recursion

Substitution

Iteration

Master

Theorem

Complexity

Induction

Method