경기대 조용규
경기대 조용규
  • 174
  • 24 879

วีดีโอ

[GT] 5. 제로섬 게임의 혼합전략해
มุมมอง 48หลายเดือนก่อน
[GT] 5. 제로섬 게임의 혼합전략해
[GT] 4. 비제로섬 게임의 유명 예시들 Part 2 (사회적 딜레마들)
มุมมอง 17หลายเดือนก่อน
[GT] 4. 비제로섬 게임의 유명 예시들 Part 2 (사회적 딜레마들)
[GT] 3. 비제로섬 게임
มุมมอง 25หลายเดือนก่อน
[GT] 3. 비제로섬 게임
[GT] 2. 내쉬균형과 Maximin 해
มุมมอง 37หลายเดือนก่อน
[GT] 2. 내쉬균형과 Maximin 해
[SM] 2. 심플렉스표 Part 1 (심플렉스표 예시)
มุมมอง 93หลายเดือนก่อน
[SM] 2. 심플렉스표 Part 1 (심플렉스표 예시)
[SM] 2. 심플렉스표 Part 3 (특수한 상황들)
มุมมอง 48หลายเดือนก่อน
[SM] 2. 심플렉스표 Part 3 (특수한 상황들)
[SM] 2. 심플렉스표 Part 2 (심플렉스표의 분석)
มุมมอง 65หลายเดือนก่อน
[SM] 2. 심플렉스표 Part 2 (심플렉스표의 분석)
[SM] 1. 심플렉스법의 원리 Part 6 (정리 및 고찰)
มุมมอง 95หลายเดือนก่อน
[SM] 1. 심플렉스법의 원리 Part 6 (정리 및 고찰)
[SM] 1. 심플렉스법의 원리 Part 5 (심플렉스법 예시)
มุมมอง 147หลายเดือนก่อน
[SM] 1. 심플렉스법의 원리 Part 5 (심플렉스법 예시)
[SM] 1. 심플렉스법의 원리 Part 3 (기저가능해와 극점)
มุมมอง 94หลายเดือนก่อน
[SM] 1. 심플렉스법의 원리 Part 3 (기저가능해와 극점)
[SM] 1. 심플렉스법의 원리 Part 2 (기저해, 기저변수, 퇴화해)
มุมมอง 135หลายเดือนก่อน
[SM] 1. 심플렉스법의 원리 Part 2 (기저해, 기저변수, 퇴화해)
[SM] 1. 심플렉스법의 원리 Part 4 (제약식과 목적함수의 접목)
มุมมอง 74หลายเดือนก่อน
[SM] 1. 심플렉스법의 원리 Part 4 (제약식과 목적함수의 접목)
[SM] 1. 심플렉스법의 원리 Part 1 (개요)
มุมมอง 139หลายเดือนก่อน
[SM] 1. 심플렉스법의 원리 Part 1 (개요)
[DT] 4. 의사결정나무 분석 Part 1 (의사결정나무 작성 절차)
มุมมอง 50หลายเดือนก่อน
[DT] 4. 의사결정나무 분석 Part 1 (의사결정나무 작성 절차)
[DT] 4. 의사결정나무 분석 Part 2 (최적정책도출 및 MS Excel TreePlan 튜토리얼)
มุมมอง 54หลายเดือนก่อน
[DT] 4. 의사결정나무 분석 Part 2 (최적정책도출 및 MS Excel TreePlan 튜토리얼)
[DT] 3. 위험 하의 의사결정: 위험중립자
มุมมอง 32หลายเดือนก่อน
[DT] 3. 위험 하의 의사결정: 위험중립자
[DT] 2. 불확실성 하의 의사결정
มุมมอง 88หลายเดือนก่อน
[DT] 2. 불확실성 하의 의사결정
[DT] 1. 의사결정 문제의 구조와 유형
มุมมอง 30หลายเดือนก่อน
[DT] 1. 의사결정 문제의 구조와 유형
[MCDM] 5. 다목적 선형계획법
มุมมอง 712 หลายเดือนก่อน
[MCDM] 5. 다목적 선형계획법
[MCDM] 4. 목표계획법 Part 3 (가중합계 목표계획 예제)
มุมมอง 252 หลายเดือนก่อน
[MCDM] 4. 목표계획법 Part 3 (가중합계 목표계획 예제)
[MCDM] 4. 목표계획법 Part 2 (우선순위 목표계획 예제)
มุมมอง 432 หลายเดือนก่อน
[MCDM] 4. 목표계획법 Part 2 (우선순위 목표계획 예제)
[MCDM] 4. 목표계획법 Part 1 (서론 및 개요)
มุมมอง 552 หลายเดือนก่อน
[MCDM] 4. 목표계획법 Part 1 (서론 및 개요)
[MCDM] 3. DEA Part 2 (예제 LP 풀이결과 및 민감도분석)
มุมมอง 782 หลายเดือนก่อน
[MCDM] 3. DEA Part 2 (예제 LP 풀이결과 및 민감도분석)
[기초지식] 3. 벡터와 행렬 Part 1
มุมมอง 532 หลายเดือนก่อน
[기초지식] 3. 벡터와 행렬 Part 1
[기초지식] 3. 벡터와 행렬 Part 2
มุมมอง 522 หลายเดือนก่อน
[기초지식] 3. 벡터와 행렬 Part 2
[기초지식] 4. 볼록집합, 볼록조합, 극점, 5. Ax=b의 해
มุมมอง 422 หลายเดือนก่อน
[기초지식] 4. 볼록집합, 볼록조합, 극점, 5. Ax=b의 해
[기초지식] 2. LP의 형태
มุมมอง 442 หลายเดือนก่อน
[기초지식] 2. LP의 형태
[기초지식] 1. LP의 해 집합
มุมมอง 1332 หลายเดือนก่อน
[기초지식] 1. LP의 해 집합
Julia 개발환경 구축 튜토리얼 2 (VS Code 활용)
มุมมอง 2502 หลายเดือนก่อน
Julia 개발환경 구축 튜토리얼 2 (VS Code 활용)

ความคิดเห็น

  • @ajaj7396
    @ajaj7396 2 หลายเดือนก่อน

    교수님 혹시 졸업학위기 재발급이 되나요?

  • @lesteryoon1353
    @lesteryoon1353 5 หลายเดือนก่อน

    감사합니다. 한가지 급히 질문드립니다. 10분지나서 대역폭 말쑴중 3kHz 는 예를들어 2.4GHz 에서 3킬로 폭만큼만 사용한다는건지 아니면 0Hz 에서 3kHz 인지 헷갈려요. 어떤게 맞는지요?

    • @yongkyucho
      @yongkyucho 5 หลายเดือนก่อน

      사용하는 대역의 폭이 3kHz = 3,000Hz 라는 뜻입니다 ^^ (예를 들어 2.4GHz = 2,400,000,000Hz를 중심주파수로 잡으면, 2,399,997,000Hz 대역부터 2,400,003,000Hz 대역까지 사용한다는 뜻입니다)

  • @floresjason5238
    @floresjason5238 6 หลายเดือนก่อน

    0:05 하앗 킹기대 깃발들고있는거 넘모 기엽습니다

  • @seog6529
    @seog6529 6 หลายเดือนก่อน

    와 진짜 좋은 강의세요.. 이거 글로만 읽어서 이해를 못했는데 덕분에 이해됐습니다 감사합니다

  • @handsomguymin
    @handsomguymin 7 หลายเดือนก่อน

    상명대 학생인데, 수업 중 이해가 안되어서 추가로 공부하는데 감사합니다~ sse 학습 b0, b1, logistic regression -> machine learning 기본 loss function relu? parameter optimization 최소 자상법 로지스틱 회귀 분석에서 파라미터 최적화 방식으로 경사하강법임 선형 회귀분석에서 이진교차 엔트로피 교차 L p1, p 볼록한 형태 함수에서 최적화 알고리즘 미분 가능한 점 3개 중 제일 낮은 것. 기울기

  • @yenan45
    @yenan45 8 หลายเดือนก่อน

    외국에서 대학다니는데 이 과목이 도저히 이해가 안가더라구요... 시험 전에 한국어로 된 영상이 있는지 알았으면 시험을 좀 더 잘쳤을텐데ㅠㅜ 영상보다가 조금 헷갈리는게 있어서 댓글 남겨요! 맨 처음 대안 A와 대안 B중에 돈이 먼저들어오는게 더 좋다고 하셨는데, 혹시 그 이유가 현재가치(present value)와 상관있는건가요? 아님 다른 이유가 있나요?

    • @yongkyucho
      @yongkyucho 8 หลายเดือนก่อน

      현재가치와 상관있다고 할 수도 있는데 '돈의 시간가치(time value of money)' 때문이라고 하는게 더 맞을 것 같습니다. 똑같은 양의 돈이라면 나중에 받는 것보다 먼저 받아두면 그걸 가지고 은행에 저금해두든지 해서 더 불릴 수 있는 기회가 생기기 때문이에요 ^^

    • @yenan45
      @yenan45 8 หลายเดือนก่อน

      아 그렇군요! 답변 감사합니다ㅠㅜ 중간고사 하나 더 남았는데, 영상 열심히 챙겨보며 공부해야겠어요 ㅎㅎ@@yongkyucho

  • @hmkim5752
    @hmkim5752 9 หลายเดือนก่อน

    강의 감사, 전공자인데 잘 정리하셨네요. 전공학부에서도 필요하며, 자세하고 충분한 강의입니다. 우연히 들렀는데 학생들에게 많이 추천하려합니다.

  • @user-qd8uu4te
    @user-qd8uu4te 11 หลายเดือนก่อน

    설명을 정말 잘해주세요 🥹🥹

    • @engineerofdarkness
      @engineerofdarkness 11 หลายเดือนก่อน

      좋은 댓글 고맙습니당😇

  • @이찬우-y1x
    @이찬우-y1x ปีที่แล้ว

    8:03

  • @치즈맛라면
    @치즈맛라면 ปีที่แล้ว

    타대생인데 생산투자에 대한 이해가 잘 되지않아 공부하면서 참고많이했습니다~ 덕분에 성적 잘받을수있었습니다 감사합니다

  • @kjm-kb8sg
    @kjm-kb8sg ปีที่แล้ว

    다른학교 학생인데 강의 잘듣고 있습니닿ㅎㅎ 감사합니다

  • @floresjason5238
    @floresjason5238 ปีที่แล้ว

    0:22 빵터졌읍니다 😁

    • @yongkyucho
      @yongkyucho ปีที่แล้ว

      뜨허어어...저런것도 했었네유... 부끄럽읍니다 🙇‍♂🙇‍♂🙇‍♂🙇‍♂

    • @floresjason5238
      @floresjason5238 ปีที่แล้ว

      @@yongkyucho 위트넘치십니다😃

  • @floresjason5238
    @floresjason5238 ปีที่แล้ว

    교수님 어플 어떤거쓰시나요? 교수님이 쓰셔서 그런지 넘모 좋아보입니다

    • @yongkyucho
      @yongkyucho ปีที่แล้ว

      뜨허어어... Flexcil이라는 앱입니다 ㄷㄷㄷ 쓸만한 것 같읍니다🙇‍♂🙇‍♂

  • @floresjason5238
    @floresjason5238 ปีที่แล้ว

    경제성공학 일타교수님이십니다...최고입니다..