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ann-model-using-the-breast-cancer-dataset

Classify using the breast cancer dataset and we do this using the Artificial Neural Network algorithm.

build-lenet-5-architecture-with-mnist-dataset

client-and-server-programs-for-echo

The client and server side programs in C of an echo service, i.e., a service which returns back whatever it receives from clients back to them. The clients and server should communicate over the sockets mechanism. The server side should be a multi-threaded application which is capable of servicing multiple clients concurrently in parallel. In addition to the message sent back to its clients, your server should indicate to its client the order of him among all the clients he has served since startup

cnn-with-cifar10

Classify pictures in 10 categories. For example, is our picture a cat or an airplane ?

cplusplus-vs-python-for-run-time-and-memory-usage

These two languages ​​are compared within the hungarian algorithm. Karşılaştırma için kaynak kodlar : https://github.com/elifbayirr/Implementation-of-the-Hungarian-Method and https://github.com/elifbayirr/Implementation-of-the-Hungarian-Method-2

echo-process-with-c

String conversion. An echo process echoes back whatever it receives from another process back to it.

elifbayirr

file-manager-application-in-c

● Create a new file.● Delete an existing file.● Rename an existing file.● Copy a file.● Move a file from one folder to another.

fork-exercise

fruit-classification-project

Using an algorithm that allows it to distinguish fruit images by type of fruit.

go-connection-sql

hangman-with-mips

A hangman game with GUI using Mips

implementation-of-the-hungarian-method

Take the input data of the problemfrom a text file (your input will basically be a NxN square matrix of integers and asicallydetermine how much time and memory your programs spend during runtime, and print thisinformation to the output file.(xperiments by choosing the row/column numbers of yourinput matrix as 5, 10, 100, 1000, 10000, 100000, in order)

implementation-of-the-hungarian-method-2

Take the input data of the problemfrom a text file (your input will basically be a NxN square matrix of integers and asicallydetermine how much time and memory your programs spend during runtime, and print thisinformation to the output file.(xperiments by choosing the row/column numbers of yourinput matrix as 5, 10, 100, 1000, 10000, 100000, in …

linux-exercise

C program that would constantly watch all processes (say once every second), and if it encountered an editor, it would kill it immediately

lstm-long-short-term-memory-networks-with-monthlymilkproduction-database

potability-of-water

Machine Learning Project

program-launch-wait-kill-in-linux

Starting a program with a command in the Linux operating system, stopping the program execution after waiting for 3 seconds after the program starts.

read-write-data-in-relational-database

i. the size of a record to be read and written at a time from the database, and ii. total record size

resnet-and-vgg19-flower-dataset

Cassifying flowers by type

rnn-model-with-yelp-dataset

Text Classification

simultaneously-threads

Create three threads as A, B and C, and run them simultaneously.

simultaneously-threads2

Simultaneously threads anathor rule (rules in readme)

small-private-airport-database-

From the requirements for this database, the following information was collected: Each airplane has a registration number [Reg#], is of a particular plane type [of_type], and is stored in a particular hangar [stored_in]. Each plane_type has a model number [Model], a capacity [Capacity], and a weight [Weight]. Each hangar has a number [Number], a capacity [Capacity], and a location [Location]. The database also keeps track of the owners of each plane [owns] and the employees who have maintained the plane [maintain]. Each relationship instance in owns relates an airplane to an owner and includes the purchase date [Pdate]. Each relationship instance in maintain relates to an employee to a service record [service]. Each plane undergoes service many times; hence, it is related by [plane_service] o a number of service records. A service record includes as attributes the date of maintenance [Date], the number of hours spent on the work [Hours], and the type of work done [Workcode]. We use a weak entity type [service] to represent airplane service, because the airplane registration number is used to identify a service record. An owner is either a person or a corporation. Hence, we use a union type (category) [owner] that is a subset of the union of corporation [Corporation] and person [Person] entity types. Both pilots {Pilot] and employees [Employee] are subclasses of person. Each pilot has specific attributes license number [Lic_Num] and restrictions [Restr]; each employee has specific attributes salary [Salary] and shift {Shift]. All person entities in the database have data kept on their social security number [Ssn], name [Name], address [Address], and telephone number [Phone]. For corporation entities, the data kept includes name [Name], address [Address], and telephone number [Phone]. The database also keeps track of the types of planes each pilot is authorized to fly [Flies] and the types of planes each employee can do maintenance work on [Works_on].

university-database

UNIVERSITY database that is used to keep track of students' transcripts. (a) The university keeps track of each student's name, student number, social security number, current address and phone, permanent address and phone, birthdate, sex, class (freshman, sophomore, ..., graduate), major department, minor department (if any), and degree program (B.A., B.S., ..., Ph.D.). Some user applications need to refer to the city, state, and zip of the student's permanent address, and to the student's last name. Both social security number and student number have unique values for each student. (b) Each department is described by a name, department code, office number, office phone, and college. Both name and code have unique values for each department. (c) Each course has a course name, description, course number, number of semester hours, level, and offering department. The value of course number is unique for each course. (d) Each section has an instructor, semester, year, course, and section number. The section number distinguishes different sections of the same course that are taught during the same semester/year; its values are 1, 2, 3, ..., up to the number of sections taught during each semester. (e) A grade report has a student, section, letter grade, and numeric grade (0, 1, 2, 3, 4 for F, D, C, B, A, respectively). Design an ER schema for this application and draw an ER, , OODM and UML diagram for that schema. Specify key attributes of each entity type and structural constraints on each relationship type. Note any unspecified requirements, and make appropriate assumptions to make the specification complete.