Premium Do-Follow EDU Guest Post Backlink on LOURDES UNIVERSITY SEO friendly- DA49, DR55 for $5

Premium Do-Follow EDU Guest Post Backlink on LOURDES UNIVERSITY SEO friendly- DA49, DR55

Do-Follow SEO-friendly EDU Guest Post Backlink on LOURDES UNIVERSITY


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learning – What master’s degree is recommended to study at a university for establishing a start-up?

I studied for 3 years computer science at a relatively good university, and at the same time I have several years of experience with broad and deep knowledge in many fields on the subject. I am a creative person and I am interested in expressing my Innovative ideas by setting up a start-up from scratch which will bring a technological solution to many companies in high-tech.

I wanted to ask in general what it is recommended to study for a master’s degree so that I can bring the product that I can build independently through my knowledge of computer science and experience to a successful start-up company?

networking – Unable to connect to my University Network while in Windows I can – Using like DualBoot with USB HardDrive

Ubuntu 20.04.2 LTS 64-bit

I install the OS on a USB Hard Drive and I Can log in to my ubuntu from any computer – Im mention this cuz I dont know if this has anything to do with my problem

I can connect to wired network , to my phone hot spot, to my house Wi-Fi
But when I am trying to connect to my university Wi-Fi it does not work when Im on Window it does though.

Does any one have a solution for this problem I search the web with nothing that works for me.

If you need any info, I will gladly provide it. Need to mention I am new to this OS .

c++17 – University Grading System (OOP)

I’ve been furthering my development and understanding in OOP (Object Oriented Programming) and would appreciate feedback on this new console program I’ve created. The main aspects I would like to know is have I made good use of OOP, can I improve upon techniques demonstrated in this program? Have I done anything bad? I do understand I should be loading data from a text-file, but that’s not the point of this program. For quick run of the program I’ve put sample data which is generated in the “University” constructor. I also understand that’s probably not the best name to call my class. I based this program off the following scenario. Many thanks to anyone who gives me any feedback!
enter image description here

// Progress of Students Calculator.cpp : This file contains the 'main' function. Program execution begins and ends there.
#include <iostream>
#include <vector>
#include <algorithm>
#include <numeric>
#include <map>
class User 
{
    static int currentID;
    int m_ID;
    std::string m_Name;
public:
    User(std::string name) : m_Name{ name }, m_ID {currentID++}{
}
    int ID() const { return m_ID; }
    std::string name() const { return m_Name; }
};
int User::currentID = 1;
class Subject {
    static int currentID;
    int m_ID;
    std::string m_Name;
public:
    Subject(std::string name) :m_ID{ currentID++ }, m_Name{ name }{}
    int ID()const { return m_ID; }
    std::string name()const { return m_Name; }
};
int Subject::currentID = 1;
class Department {
    static int currentID;
    int m_ID;
    std::string m_Name;
public:
    Department( std::string name) :m_ID{ currentID++ }, m_Name{ name }{}
    int ID()const { return m_ID; }
    std::string name()const { return m_Name; }
};
int Department::currentID = 1;

class Lecturer : public User {
    int m_SubjectID;
    int m_DepartmentID;
public:
    Lecturer(std::string name, int subjectID, int departmentID) 
        :User(name), m_SubjectID(subjectID), m_DepartmentID(departmentID) {}
    int subjectID()const { return m_SubjectID; }
    int departmentID()const { return m_DepartmentID; }
};

class Student : public User {
    int m_ClassID;
    int m_Result;
public:
    Student(std::string name, int classID, int result)
        :User(name), m_ClassID(classID), m_Result(result) {}
    int classID() const { return m_ClassID; }
    int result() const { return m_Result; }
   
};

class Class 
{
    static int currentID;
    int m_ID;
    int m_LecturerID;
    int m_Size;
    int m_TotalScore;

public:
    Class(int lecturerID) 
        :m_ID{ currentID++ }, m_LecturerID{ lecturerID }, m_Size{ 0 }, m_TotalScore{0}
    {
    }
    int ID()const { return m_ID; }
    int lecturer_ID() const { return m_LecturerID; }
    int size() const { return m_Size; }
    void increment_size() { m_Size++; }
    int total_score() const { return m_TotalScore; }
    void total_score(int result) { m_TotalScore += result; }
};
int Class::currentID = 1;

    class University {
    private:
        std::vector<Department>objDepartments;
        std::vector<Subject>objSubjects;
        std::vector<Lecturer>objLecturers;
        std::vector<Student>objStudents;
        std::vector<Class>objClasses;

        auto find_lecturer_by_id(int ID) {

            return std::find_if(objLecturers.begin(), objLecturers.end(), (&)(Lecturer lecturer) {return lecturer.ID() == ID; });
        }
        auto find_subject_by_id(int ID) {

            return std::find_if(objSubjects.begin(), objSubjects.end(), (&)(Subject subject) {return subject.ID() == ID; });
        }
        auto find_department_by_id(int ID) {
            return std::find_if(objDepartments.begin(), objDepartments.end(), (&)(Department department) {return department.ID() == ID; });
        }
        auto find_class_by_id(int ID) {
            return std::find_if(objClasses.begin(), objClasses.end(), (&)(Class objClass) {return objClass.ID() == ID; });
        }
    public:
        University() {
            objSubjects.emplace_back(Subject{"Programming" });
            objSubjects.emplace_back(Subject{"Web App Development" });
            objSubjects.emplace_back(Subject{"Networking" });
            objDepartments.emplace_back(Department{"Winter Gardens" });
            objDepartments.emplace_back(Department{"South West Skills Campus" });
            objLecturers.emplace_back(Lecturer{"Sean Shearing", 1, 1 });
            objClasses.emplace_back(Class{ 1 });
            objClasses.emplace_back(Class{ 1 });

            //Test data
            add_student("Jack Cole", 1, 56);
            add_student("Sam Cole", 1, 78);
            add_student("Devon Phillips", 1, 91);
            add_student("Thomas Saunders", 1, 54);
            add_student("Jack Kimmins", 2, 58);
            add_student("Oli Stahmer", 2, 91);
            add_student("George Bradley", 2, 78);   
            add_student("Joshua Price", 2, 54);                
        }

        auto best_performing_class() {
            return std::max_element(objClasses.begin(), objClasses.end(), (&)(const Class& lhs, const Class& rhs)
                {
                    return lhs.total_score() < rhs.total_score();
                });
        }
        auto worst_performing_class() {
            return std::min_element(objClasses.begin(), objClasses.end(), (&)(const Class& lhs, const Class& rhs)
                {
                    return lhs.total_score() < rhs.total_score();
                });
        }
        double average(std::vector<Student>& students) {
            
            auto sum = std::transform_reduce(students.begin(), students.end(), 0.0, std::plus<>(),
                ()(auto& student) { return student.result(); });
            return sum / objStudents.size();
        }
        auto find_students_in_class(int classID) {
            std::vector<Student>students;
            for (const Student& objStudent : objStudents) {

                if (objStudent.classID() == classID) {
                    students.push_back({ objStudent });
                }
            }
            return students;
        }

        int class_median_score(int class_id) {
            std::vector<int>scores;
            auto students = find_students_in_class(class_id);
            for (Student& student : students) {
                scores.push_back(student.result());
            }
            std::sort(scores.begin(), scores.end()); 
            if (scores.size() % 2 == 0) 
            {
                return (scores.at(scores.size() / 2  - 1) + scores.at(scores.size()/2)) / 2;                        
            }
            return scores.at(scores.size()/2);
        }
        void view_class_students(int classID) {
            auto students = find_students_in_class(classID);
            display_students(students);
            
        }
        void display_students(std::vector<Student>& objStudents) {
            for (const Student& objStudent : objStudents) {
                std::cout << "ID: " << objStudent.ID() << " | ";
                std::cout << "Name: " << objStudent.name() << " | ";
                std::cout << "Score: " << objStudent.result() << "n";
            }
        }
        auto highest_mark_by_student(std::vector<Student>& objStudents) {
            return std::max_element(objStudents.begin(), objStudents.end(), (&)(const Student& lhs, const Student& rhs)
                {
                    return lhs.result() < rhs.result();
                });
        }
        auto lowest_mark_by_student(std::vector<Student>& objStudents) {
            return std::min_element(objStudents.begin(), objStudents.end(), (&)(const Student& lhs, const Student& rhs)
                {
                    return lhs.result() < rhs.result();
                });
        }
       
        void class_report(int class_id) 
        {
            auto students = find_students_in_class(class_id);
            auto highestScorer = highest_mark_by_student(students);
            auto lowestScorer = lowest_mark_by_student(students);
            std::cout << "Highest scorer: Student ID: " << highestScorer->ID() << " | Name: " << highestScorer->name() << " | score: " << highestScorer->result() <<"n";         
            std::cout << "Lowest scorer: Student ID: " << lowestScorer->ID() << " | Name: " << lowestScorer->name() << " | score: " << lowestScorer->result() << "n";
            std::cout << "Median score: " << class_median_score(class_id) << "n";
            std::cout << "Average score: " << average(students) << "n";
        }

        void overall_classes_report() {
            auto bestClass = best_performing_class();
            auto worstClass = worst_performing_class();
            std::cout << "nBest Performing Class(s)...n";
            std::cout << "ID: " << bestClass->ID() << " | Lecturer: " << find_lecturer_by_id(bestClass->lecturer_ID())->name() << " | score: " << bestClass->total_score() << "n";
            std::cout << "n";
            std::cout << "Worst Performing Class(s)...n";
            std::cout << "ID: " << worstClass->ID() << " | Lecturer: " << find_lecturer_by_id(worstClass->lecturer_ID())->name() << " | score: "<< worstClass->total_score() << "n";
            std::cout << "n";
        }
       
        void display_classes() {
            for (const Class& objClass : objClasses)
            {
                auto lecturer = find_lecturer_by_id(objClass.lecturer_ID());
                auto subject = find_subject_by_id(objClass.lecturer_ID());
                auto department = find_department_by_id(lecturer->departmentID());
                auto students = find_students_in_class(objClass.ID());
               
                std::cout << "Class ID: " << objClass.ID() << "n";
                std::cout << "Class Size: " << objClass.size() << "n";
                std::cout << "Lecturer: " << lecturer->name() << "n";
                std::cout << "Subject: " << subject->name() << "n";
                std::cout << "Department: " << department->name() << "nn";     
            }
        }
  
        bool is_class_id_valid(int class_id) {
            if (auto it = std::find_if(objClasses.begin(), objClasses.end(), (&)(auto &objClass) {
                return class_id == objClass.ID();
                }) == objClasses.end()) {
                return false;
            }
            return true;
        }

        bool add_student(std::string name, int classID, int result) {

            if (is_class_id_valid(classID)) {
                objStudents.emplace_back(Student{ name, classID, result });
                find_class_by_id(classID)->total_score(result);
                find_class_by_id(classID)->increment_size();
                return true;
            }
            return false;
        }
    };

int main()
{
    University objUniversity;

    //viewing class 1
    std::cout << "View class students...n";
    objUniversity.view_class_students(1);

    std::cout << "Class report...n";
    objUniversity.class_report(1);

    //viewing class 2
    std::cout << "View class students...n";
    objUniversity.view_class_students(2);

    std::cout << "Class report...n";
    objUniversity.class_report(2);

    std::cout << "Overall classes report...n";
    objUniversity.overall_classes_report();
    
    //Run via menu system
    //menu_options(objUniversity);
}

Guest Post On Oregonstate University- Oregonstate. edu DA85 for $30

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Can university track students’ ip?

There had been a mass email sent to students taking one class at my university. Would it be possible for them to track each one’s IP address if they were using websites or internet tool against the policy?
Let’s say that there were few students detected by “ Academic Integrity detection program” for using unauthorized tools like cheggs, github, online calculator, or such. I am curious if the school can track down those students through IP address since they are not clear where those students live. Or would there be other ways in detecting them?

malware – How can I find out if a unwanted file I got on my USB Stick in the university lab is harmful? What do do now?

It’s a Windows program, it won’t magically execute on Ubuntu. And don’t bother informing the administrator at the university, most client-facing computers on universities are either locked down hard, or heavily infected.

You don’t need to worry about your Ubuntu machine. Unless you have wine installed, and ran that executable by hand, it cannot damage your computer. But you’d better copy your files elsewhere, delete everything from that USB drive, and copying the files back. Not to protect you, but to protect any Windows computer you plug that USB drive later.

Can university vpn see the websites i visit?

It depends on whether or not the connection to the VPN is a split tunnel connection.

If it’s a split tunnel connection, then only connections to hosts that are on the same internal network as the VPN end point are routed through the VPN. All of your other connections (e.g. to public websites such as Google, StackExchange, etc.) are not routed through the VPN. In this case, the operator of the VPN (your university in this case) would only be able to see the hosts that you are connecting to which are on the same internal network as the VPN, and would not be able to see the hosts that you are connecting to which are not on the same internal network as the VPN.

If it’s not a split tunnel connection, then all of your connections are routed through the VPN. Therefore, the operator of the VPN would be able to see all of the hosts you are connecting to while you are using the VPN.

A simple way to test whether or not it’s split tunnel connection is to do the following: 1) With the VPN deactivated, point your web browser to www.whatismyip.com, and note the address that the site sees you connecting from. 2) Activate the VPN, then point your browser again to www.whatismyip.com, and note the IP address that the site sees you connecting from. If the IP address is the same in both cases, then it’s not a split tunnel connection. If the IP address in (2) above is not the same as the IP address in (1) above (i.e. the IP address in (2) above is an IP address assigned to you by the VPN), then it’s a split tunnel connection.

Notwithstanding all of the above – if your connection is routed through the VPN, and you connect to a site using HTTPS then (barring a MITM or similar type of attack), the operator of the VPN would be able to see which sites your are connecting to, but would not be able to see the information transferred back and forth between you and the sites that you visit.