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Mini-TOS 개발

Mini-TOS 개발. Implement of simple Terminal Operating System IKE Lab. 부산대학교 정보지식공학 연구실. Implement of simple Terminal Operating System. 목차. Mini-TOS 개발 - Implement of simple Terminal Operating System. 개요 디자인 구현 예제 시연. IKE Lab.

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Mini-TOS 개발

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  1. Mini-TOS 개발 Implement of simple Terminal Operating System IKE Lab. 부산대학교 정보지식공학 연구실

  2. Implement of simple Terminal Operating System 목차 • Mini-TOS 개발- Implement of simple Terminal Operating System • 개요 • 디자인 • 구현 • 예제 • 시연 IKE Lab. Dept. of Logistics Information Technology PusanNational University

  3. 개요 Implement of simple Terminal Operating System 컨테이너 터미널의 구조 안벽(선석, Berth) 에이프런(Apron) 신선대 컨테이너 터미널 조감도 CY(Container Yard) 게이트(Gate) IKE Lab. Dept. of Logistics Information Technology PusanNational University

  4. 개요 Implement of simple Terminal Operating System 컨테이너 터미널의 장비 야드 트럭(Yard tractor) 안벽 크레인(Container crane) 야드 샤시(Yard chassis) 야드 크레인(RTGC) 야드 크레인(RMGC) Dept. of Logistics Information Technology PusanNational University IKE Lab.

  5. 개요 Implement of simple Terminal Operating System 컨테이너 터미널의 운영 4대 요소 • 컨테이너 터미널 • 육송과 해송의 접점으로 컨테이너를 선박에 싣고 내리거나 잠시 보관 • 컨테이너 터미널 구성요소 – 장비, 장비 기사, 단말기, 선박, 운영자, 장치장, 선석, 게이트, CFS, 정비소, 노동자, etc… • 터미널 외부환경 • 터미널운영에 필요한 외부사건이 발생하는 곳 • 터미널 외부환경 구성요소 - 선사, 포워딩 업체, 운송사, 화주,EDI, etc… • 터미널운영시스템(TOS) • 배나 현장에 가지 않아도 DB를 검색 하여 운영자에게 상황 정보 제공 • 운영 자동화 지원 • 의사 결정 지원 • 현장 작업자 에게 작업 송신 • 작업 지시결과 수신 • 운영자 • 선박 도착 전에 양/적하 계획을 세움 • 양/적하 계획에 따라 운영 상황 지시 및 통제 • 장비 기사와 교신 하여 예외 상황 해결 IKE Lab. Dept. of Logistics Information Technology PusanNational University

  6. 개요 Implement of simple Terminal Operating System 컨테이너 터미널 프로세스 • 터미널 작업 시뮬레이션 보기 • Gate In • Discharge • Gate Out • Load • 자료출처 – 항만물류시스템 백인태 저 IKE Lab. Dept. of Logistics Information Technology PusanNational University

  7. 개요 Implement of simple Terminal Operating System 터미널 업무 자동화 지원을 위한 간단한 터미널 운영시스템 구현 • 플래너가 양/적하 계획 수립, 오퍼레이터가 운영 상황 통제, 야드 트럭이 컨테이너 운반, 야드 크레인으로 장치, 안벽크레인이 하역 하기 위한 정보시스템 yard crane driver Mini-TOS planner yard tractor driver operator quay crane driver IKE Lab. Dept. of Logistics Information Technology PusanNational University

  8. 개요 Implement of simple Terminal Operating System 주요내용 DB연동 TOS 환경 구축 • 일반적인 컨테이너 터미널의 장치 반영 • DB 를 통한 데이터의 입,출력 및 업데이트 • Planner가 web에 접속 하여 QC working schedule 수립 • 각종 장비의 운전기사들이 단말기로 web을 통해 접속 하여 TOS로 부터 작업 스케쥴을 할당 받음 • 운영자는 web에 접속하여 터미널 상황 모니터링 및 YT 배차 Web 기반 환경 • 야드나 장비 모니터를 통해 터미널 상황 정보 제공 • 각 장비의 기사가 TOS의 작업 지시 를 단말기로 수신 • 작업 지시 결과를 TOS에 전송 단말기↔ Mini-TOS Interaction IKE Lab. Dept. of Logistics Information Technology PusanNational University

  9. 개요 Implement of simple Terminal Operating System Mini-TOS 시스템 구조도 QC DRIVER YC DRIVER YT DRIVER QC data terminal YC data terminal YT data terminal Planner QC Working schedule QC Working schedule YC Job list YT Job DB Planner Console 운영 모듈 계획 모듈 Operator Yard monitor QC Working schedule QC monitor YC monitor YT consol DB Equipment console 통제 모듈 IKE Lab. Dept. of Logistics Information Technology PusanNational University

  10. 개요 Implement of simple Terminal Operating System 가정 • 수평 장치장을 대상으로 하며 게이트 반/출입은 고려 하지 않음 • 플래너는 선박 도착전에 플래닝할 준비가 되어 있음 • 플래닝할 수 있는 사전 정보 및 관련 전자문서 들을 알고 있음 터미널 레이아웃 • Vertical Layout • 2QC, 2YC, 4YT • 4Blocks A2 B2 A1 B1 IKE Lab. Dept. of Logistics Information Technology PusanNational University

  11. 디자인 Implement of simple Terminal Operating System Data Flow Diagram for Planner ※ 작업할 선박에 대한 컨테이너 정보는 사전에 플래너가 입수 ※ Planned = 0 적하계획이 안됨,Planned = 1 적하계획이 되어 있음 IKE Lab. Dept. of Logistics Information Technology PusanNational University

  12. 디자인 Implement of simple Terminal Operating System Data Flow Diagram for Operator IKE Lab. Dept. of Logistics Information Technology PusanNational University

  13. 디자인 Implement of simple Terminal Operating System Data Flow Diagram for QC IKE Lab. Dept. of Logistics Information Technology PusanNational University

  14. 디자인 Implement of simple Terminal Operating System Data Flow Diagram for YT IKE Lab. Dept. of Logistics Information Technology PusanNational University

  15. 디자인 Implement of simple Terminal Operating System Data Flow Diagram for YC IKE Lab. Dept. of Logistics Information Technology PusanNational University

  16. 디자인 Implement of simple Terminal Operating System Sequence Diagram for Discharge IKE Lab. Dept. of Logistics Information Technology PusanNational University

  17. 디자인 Implement of simple Terminal Operating System Sequence Diagram for Load IKE Lab. Dept. of Logistics Information Technology PusanNational University

  18. DB 디자인 Implement of simple Terminal Operating System Database Design • CONTAINER • EQUIPMENT • WORKING_PLACE • YT_STATE • QC_JOB_LIST • YC_JOB_LIST ※ CONTAINER Table의 PLAN은 적하계획이 세워지면 load라고 표기 ※ YT Table의 EID= qc1STATE= wait 일 경우 QC1에서 작업을 대기, EID= qc1STATE= move 일 경우 QC1으로 오고 있는 중, EID= qc1STATE= idle 일 경우 QC1이 작업을 마친 상태 ※ JOB_LIST의 JLOCATION은 YC나 QC가상/하차 할 위치를 나타냄, YC나 QC가 YT의 하차를 완료하면 JOB_LIST에서 하차된 잡이 사라지며 JLOCATION의 값은 CONTAINERtable의 LOCATION 에 업데이트 된다. IKE Lab. Dept. of Logistics Information Technology PusanNational University

  19. UI 디자인 Implement of simple Terminal Operating System User Interface Design – Planner Command Window for Planner Select the QC & ship Ship ID : QC ID : ship1 QC1 Submit ‘QC1’ Job List Job Type Container Planned Position Current Position d con1 block1 ship1 d con2 block1 ship1 d con3 block1 ship1 d con4 block1 ship1 l con5 ship1 block1 Refresh Assign the Discharge Job to ‘QC1’, ‘ship1’ Assign the Load Job to ‘QC1’, ‘ship1’ Container : Container : con12 con25 Assign Block ID: block1 Assign ※ Discharge일 경우 플래너가 서류를 보고 양하 계획을 세움 DB에 컨테이너 정보 저장 됨 ※Load일 경우 블록에 있는 컨테이너가 적하 후보가 되며, 플래너는 야드 모니터를 보고 적하 계획함 ※ Plan 열 0= 기본값 1= 수출 2= 수입 3= 환적 4= 반출 IKE Lab. Dept. of Logistics Information Technology PusanNational University

  20. UI 디자인 Implement of simple Terminal Operating System User Interface Design – QC Operator’s Terminal QC Operator’s Terminal Login your QC QC ID : qc1 Login Working schedule Job Type Container Planned Position Current Position Available YT ID d con1 block1 ship1 Yt1,yt2 d con2 block1 ship1 Yt1,yt2 d con3 block1 ship1 Yt1,yt2 l con5 ship1 yt3 yt3 l con7 ship1 ship1 l con8 ship1 ship1 ※ 링크가 걸린 yt1은 현재 QC앞에 대기하고 있다는 것을 나타내며 yt2는 현재 QC앞으로 오고 있는 것을 나타냄 ※ 작업할 YT를 선택하면 DB의 yt 상태가 IDLE로 전환 되며 Operator가 다음위치를 정해주어야 함 ※ 작업할 YT를 선택하면 DB의 container table의 location 열의 값이 선택된 yt로 변경 됨 Refresh working schedule IKE Lab. Dept. of Logistics Information Technology PusanNational University

  21. UI 디자인 Implement of simple Terminal Operating System User Interface Design – YC Operator’s Terminal YC Operator’s Terminal Login your YC YC ID : yc1 Connect Job list Job Type Container Planned Position Current Position Available YT ID d con1 block1 ship1 yt1 d con2 block1 ship1 d con3 block1 ship1 d con4 yt4 ship1 yt3 l con5 yt3 block1 ship1 d con6 ship1 ship1 ※ 링크가 걸린 yt1은 현재 YC앞에 대기하고 있다는 것을 나타내며 yt4는 현재 YC앞으로 오고 있는 것을 나타냄 Refresh job list ※ 작업할 YT를 선택하면 DB의 YT 상태가 IDLE로 전환 되며 Operator가 다음위치를 정해주어야 함 ※ 작업할 YT를 선택하면 DB의 container table의 location 열의 값이 선택된 yt로 변경 됨 IKE Lab. Dept. of Logistics Information Technology PusanNational University

  22. UI 디자인 Implement of simple Terminal Operating System User Interface Design – YT Operator’s Terminal YT Operator’s Terminal ‘yt1’ Conneted Logout Login your YT Get your new job YT ID : yt1 Login Job Type Container EQ ID State d qc1 move Arrival ※ Arrival 버튼을 클릭할 경우 YT 상태(State)가 wait가 된다.이후 상/하차가완료되면 YT 상태는 idle이 되며 Operator의 이동지시를 받는다. IKE Lab. Dept. of Logistics Information Technology PusanNational University

  23. UI 디자인 Implement of simple Terminal Operating System User Interface Design – Yard Monitor for Operator Command Window of CT Equipment for Port Operator Yard Monitor ‘Block1’ State ‘Block2’ State ‘Block3’ State ‘Block4’ State Container ID plan Container ID plan Container ID plan Container ID plan con2 1 con22 1 con42 1 con52 1 con3 1 con23 1 con53 1 con4 0 con24 0 con54 0 con6 0 con26 0 con56 0 con16 0 con126 0 con156 0 con17 0 con127 0 con157 0 con32 1 con516 0 con43 1 con62 0 con54 0 con137 0 con66 0 con176 0 con217 0 Refresh Yard Truck Monitor QC Monitor YC Monitor IKE Lab. Dept. of Logistics Information Technology PusanNational University

  24. UI 디자인 Implement of simple Terminal Operating System User Interface Design – Operator Command Window of CT Equipment for Operator Yard Monitor Yard Truck Console QC Monitor YC Console Refresh Refresh Refresh ‘QC1’ working schedule YC ID : YT State yc1 Select ‘YC1’ Job List YT ID Job Type Container Equipment State Job Type Container Planned Position Current Position Available YT ID Job Type Container Planned Position Current Position Available YT ID yt1 d qc1 wait d con1 block1 ship1 Yt1, yt2 yt2 d con2 qc1 move d con2 block1 ship1 Yt1, yt2 d con1 block1 ship1 yt4 yt3 l yc1 wait d con3 block1 ship1 Yt1, yt2 d con2 block1 ship1 yt4 d con4 yc1 move l con5 ship1 yt3 d con3 block1 ship1 l con5 ship1 yt3 d con6 block1 ship1 ‘QC2’ working schedule Assign the Discharge Job to YT Assign the Load Job to YT Planned Position Current Position Assign the Discharge Job to ‘YC1’ Assign the Load Job to ‘YC1’ Job Type Container Available YT ID YT ID : YT ID : yt1 yt1 block1 ship1 d con11 Yt1, yt2 Equipment : Equipment : qc1 yc1 block1 ship1 d con12 Yt1, yt2 Container : Container : con5 con4 block1 ship1 d con13 Yt1, yt2 Assign Assign l con15 ship1 block1 Assign Assign l con16 ship1 block1 ※ YC Monitor 에서 YC에 양하 작업을 할당할 경우 Location은장치할 위치를 의미하며, 적하작업을 할당할 경우 꺼낼 위치를 의미한다. ※ YT Monitor 에서 YT에 작업을 할당할 경우 YT State = move 가된다. IKE Lab. Dept. of Logistics Information Technology PusanNational University

  25. 구현 Implement of simple Terminal Operating System 개발환경 • Program language : Python 2.5, Mysqldb • DBMS : MYSQL • Web server : IIS • OS : Windows XP • Inter(R) core(TM)2 Quad cpu Q6600 @ 2.4GHz 2GB RAM IKE Lab. Dept. of Logistics Information Technology PusanNational University

  26. 구현 Implement of simple Terminal Operating System Web server 구현 • IIS IKE Lab. Dept. of Logistics Information Technology PusanNational University

  27. 구현 Implement of simple Terminal Operating System DB 구현 • MySQL DB IKE Lab. Dept. of Logistics Information Technology PusanNational University

  28. 구현 Implement of simple Terminal Operating System UI 구현 – Window for operator IKE Lab. Dept. of Logistics Information Technology PusanNational University

  29. 구현 Implement of simple Terminal Operating System UI 구현 – Window for Planner IKE Lab. Dept. of Logistics Information Technology PusanNational University

  30. 구현 Implement of simple Terminal Operating System UI 구현 – Terminal(RDT) for drivers IKE Lab. Dept. of Logistics Information Technology PusanNational University

  31. 구현 Implement of simple Terminal Operating System Python Code IKE Lab. Dept. of Logistics Information Technology PusanNational University

  32. 예제 Implement of simple Terminal Operating System QC - Discharge IKE Lab. Dept. of Logistics Information Technology PusanNational University

  33. 예제 Implement of simple Terminal Operating System QC - Load IKE Lab. Dept. of Logistics Information Technology PusanNational University

  34. 예제 Implement of simple Terminal Operating System YC - Discharge IKE Lab. Dept. of Logistics Information Technology PusanNational University

  35. 예제 Implement of simple Terminal Operating System YC - Load IKE Lab. Dept. of Logistics Information Technology PusanNational University

  36. 예제 Implement of simple Terminal Operating System YT - Discharge IKE Lab. Dept. of Logistics Information Technology PusanNational University

  37. 예제 Implement of simple Terminal Operating System YT - Load IKE Lab. Dept. of Logistics Information Technology PusanNational University

  38. 시연 Implement of simple Terminal Operating System Mini-TOS 시연 • Web address • PLANER - http://164.125.62.127/cgi-bin/planner1.py • OPERATOR - http://164.125.62.127/cgi-bin/main.html • QC - http://164.125.62.127/cgi-bin/qc1.py • YC - http://164.125.62.127/cgi-bin/yc1.py • YT - http://164.125.62.127/cgi-bin/yt1.py IKE Lab. Dept. of Logistics Information Technology PusanNational University

  39. Thank You!!

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