#include <iostream>
#include <string>
#include <cmath>

using namespace std;

void cycleTrue(int aray[],int aSize);
int digit(int [], int  );
int counter(int [], int );


main () {

    int counter44;
    int arayLenght=0;
    cin>>arayLenght;
    int currentDigit;

    int myArray[arayLenght]{};
    cycleTrue(myArray, arayLenght);
    currentDigit=digit(myArray,arayLenght);
    counter44=counter(myArray,arayLenght);

    if(counter44!=1){
        for(int a=0;a<counter44;){
            ++a;
            cout<<currentDigit;
            if(a==counter44){
                break;
            } else {
            cout<<" ";
            }
        }
    } else {
        cout<<currentDigit;
    }


return 0;
}



void cycleTrue(int aray[], int aSize){

    for(int a=0 ; a<aSize ; a++){
        int current=0;
        cin>> current;
        aray[a]=current;
    }
}

int counter(int array1[], int arrLenght1){
    int possitionCounter=1;
        int digitsCounter=1;

        int currentMax=0;
        bool validation=false;

        for(int a=0 ; a<arrLenght1 ; a++){


            if(array1[a]==array1[possitionCounter]){
                if(possitionCounter==arrLenght1){
                    break;
                }
                digitsCounter++;

            } else if ((currentMax==0 || validation==true) && currentMax<digitsCounter){
                validation=true;
                currentMax=digitsCounter;
                digitsCounter=1;
            } else {
                digitsCounter=1;
            }
            possitionCounter++;
        }
    if(currentMax!=1){

    return currentMax;

    } else {
    return currentMax;
    }
}


int digit(int array1[], int arrLenght1){
        int possitionCounter=1;
        int digitsCounter=1;
        int digit=0;
        int currentMax=0;
        bool validation=false;

        for(int a=0 ; a<arrLenght1 ; a++){


            if(array1[a]==array1[possitionCounter]){
                if(possitionCounter==arrLenght1){
                    break;
                }
                if(currentMax>digitsCounter){
                    digitsCounter++;
                    if(currentMax==digitsCounter){
                        digit=array1[a];
                    }

                } else  {
                    digit=array1[a];
                    digitsCounter++;
                }

            } else if ((currentMax==0 || validation==true) && currentMax<digitsCounter){
                validation=true;
                currentMax=digitsCounter;
                digitsCounter=1;
            } else {
                digitsCounter=1;
            }
            possitionCounter++;
        }
    if(currentMax!=1){

    return digit;

    } else {
    return digit=array1[arrLenght1-1];
    }
}