Modeling techniques in programming and algorithms

Modeling techniques in programming and algorithms

Dougglas Hurtado Carmona

Luis Cobo Campo

Jorge Vengoechea Orozco

Modeling techniques in programming and algorithms

Authors

Dougglas Hurtado Carmona

Doctor in Innovation Management. Master in Computer and Systems Engineering, Systems Engineer, Universidad del Norte. Research professor and writer. He was Dean of the Faculty of Systems Engineering.

Luis Armando Cobo Campo

PhD. in Computer Engineering from the University of Montreal, Canada, Doctor in Engineering from the Universidad de los Andes. Master in Computer and Systems Engineering, Computer and Systems Engineer, Universidad de los Andes. He was Dean of the Faculty of Systems Engineering. With more than 15 years of experience in teaching and research in the areas of computer programming, embedded systems, new programming paradigms, artificial intelligence and computer networks. He was Dean of the Faculty of Systems Engineering.

Jorge Luis Vengoechea Orozco

Doctor in Innovation Management. Master in Business Administration University of Louisville, Systems Engineer, Cisco Networking Academy Program Instructor, Research Professor at the Metropolitan University of Barranquilla. Academic Advisor. He was Dean of the Faculty of Economic and Administrative Sciences.

CONTENT

Introduction to modeling in programming

Programming languages

Structure of a program in Language C

Documentation

Language libraries

Declaration of constants

The main function

Declaration of Local Variables

Program body

The return directive

Comments

Assignment instruction

Transformation of mathematical formulas

Departure instructions

Control codes

Displaying the value of variables

Input instructions

Sample programs for modeling

Modeling

Specialization

Solution plan

Language C Program

Proposed exercises

Conditional statement modeling

Fundamentals of Conditions

Initial problem situation

Modeling

Specification

The screen as output data

Problem statement Approve subject

Modeling of the problem Approve subject

Specification of the problem Approve subject

The if / else selection structure

Plan to solve the problem Approve subject

Program in Language C of the problem Approve subject

Statement of the problem greater between two integers

Modeling the problem greater between two integers

Specification of the problem greater between two integers

Solution plan for the problem greater between two integers

Program in Language C of the problem greater between two integers

Multiple Exclusionary Conditions

Statement of the problem Income tax

Modeling of the problem Income tax

Specification of the problem Income tax

Solution plan for the problem Income tax

Program in Language C of the problem Income Tax

The switch selection structure

Statement of the problem the fruit bowl

Modeling the fruit bowl problem

Specification of the problem la frutera

Plan for the solution of the problem la frutera

Program in Language C of the problem la frutera

Proposed exercises

Iterative instruction modeling

Assignment operators

Increment and decrement operators

Repetitive cycles

The for structure

Examples using the for structure

Succession-based problems

Simple Sequence Modeling

Statement of the problem sequence +2

Modeling of the problem succession +2

Specification of the problem succession +2

Solution plan for the problem succession +2

Program in Language C of the problem succession +2

Statement of the problem sequence -3

Modeling of the problem sequence -3

Specification of the problem succession -3

Solution plan for the problem succession -3

Program in Language C of the problem sequence -3

Statement of the problem sequence * 2

Modeling of the problem sequence * 2

Specification of the problem sequence * 2

Solution plan for the problem sequence * 2

Program in Language C of the problem sequence * 2

Modeling of Succession with Dependent Fractions

Modeling of the problem No. 1

Specification of the problem No. 1

Solution plan for the problem No. 1

Program in Language C of the problem No. 1

Statement of the problem No. 2

Modeling of the problem No. 2

Specification of the problem No. 2

Solution plan for the problem No. 2

Program in Language C of the problem No. 2

Succession modeling with independent fractions

Modeling of the problem

Specification of the problem

Solution plan for the problem

Program in Language C of the the problem

Successions with memory

Statement of the problem

Modeling of the problem

Specification of the problem

Solution plan of the problem

Program in Language C of the the problem

Series

Statement of the problem with series

Modeling of the problem with series

Specification of the problem with series

Solution plan of the problem with series

Program in Language C of the problem with series

Statement of the problem with series No.2

Modeling of the problem with series No.2

Specification of the problem with series No.2

Solution plan of the problem with series No.2

C Language Program of the problem with series No.2

Statement of the problem with series No.3

Modeling: of the problem with series No.3

Specification of the problem with series No.3

Solution Plan of the problem with series No.3

C Language Program of the problem with series No.3

Proposed exercises

Modeling methodology proposal

Requirements phase

Analysis phase

Design phase

Proposed programming modeling projects

Project Candidates for the presidency

Project Ministry of work

Project Child life cycle

Project Computer Company

Project The farm

Project The FUC

Project Calls

Project Successions

Bibliography

Introduction to modeling in programming

The methodology that we follow allows us, given a well-defined problem, to find a solution that can be taken to the computer. The first three steps (Modeling, specification and solution plan) allow us to find the solution to the given problem. Now we must pass that solution to the computer.

The primary objective of this chapter