Thesis Presentation V2.5

Slide 1: Supervisor Dr. Marco Brambilla Thesis by Mohammad Jannatul Ferdous Thesis Presentation An implementation of visualization and transportation of warehouse on EBR application regarding MES EBR = Electronic Batch Recording MES = Management Execution System MS in Computer Engineering 1 EBR PMX MES 4.2 Politecnico Di Milano

Slide 2: Agenda • Introduction Introduction Overview – Overview PMX MES Modules – PMX MES Modules Architecture • Architecture General Architecture System Architecture – General Architecture – System Architecture Requirement • Requirement Overview Requirement Steps – Overview – Requirement Steps Implementation WA Algorithm • Implementation WA Visualization Framework – Warehouse Algorithm – Warehouse Visualization Conclusion – Framework • Conclusion 2 EBR PMX MES 4.2 Politecnico Di Milano

Slide 3: Overview Rockwell Automation's solutions Introduction • Overview For the Life Sciences Industry  PMX MES Modules Cover the entire lifecycle of pharmaceutical product  Architecture Cover the entire lifecycle of biotechnology product  General Architecture System Architecture The PMX MES products – (in total 9) • PMX Warehouse MES™  Requirement Overview PMX EBR MES™  Requirement Steps PMX schedule MES™ and so on  Implementation WA Algorithm WA Visualization Framework Conclusion Note: Production Management Execution (PMX) is the solution for pharmaceuticals field based on MES. Electronic Batch Recording (EBR) – web application is another part of PMX. 3 EBR PMX MES 4.2 Politecnico Di Milano

Slide 4: PMX MES Modules Introduction Overview PMX MES Modules Warehouse & Materials Mgmt Architecture General Architecture System Architecture Requirement Interfaces Overview Requirement Steps Implementation WA Algorithm Qualification WA Visualization Framework Conclusion Equipment Management 4 EBR PMX MES 4.2 Politecnico Di Milano

Slide 5: EBR PMX Architecture Introduction WMS - Desktop Warehouse Management Solution (WMS) Application Overview PMX MES Modules Client Server Architecture General Architecture User Socket System Architecture Electronic Batch Recording (EBR) Requirement Oracle Overview Client Requirement Steps DB Internet Client Implementation WA Algorithm WA Visualization Framework Conclusion Web server EBR- Web application Web server- Apache Programming Language - Python, Spyce 5 EBR PMX MES 4.2 Politecnico Di Milano

Slide 6: System Architecture Introduction WINDOWS PRESENTATION MANAGER Graphical User Overview PMX MES Modules Interface PDCORE GUI Architecture OPEN UI General Architecture System Architecture Application Requirement LIST & C++ BASIS PYTHON Overview LABEL Scripting Requirement Steps Reporting ROQUE WAVE Implementation LABEL & SourcePro PDDBACCESS Database interface WA Algorithm FORMS Core, DB, Net WA Visualization Framework Database system Conclusion Trigger Stored Procedures Stored Functions SELECT FROM... WHERE... ORACLE 10g SERVER 6 EBR PMX MES 4.2 Politecnico Di Milano

Slide 7: Overview • Transportation Introduction Overview – Make available warehouse transportation functions into a WEB PMX MES Modules application; • Warehouse Visualization Architecture General Architecture – Define an easy-configurable method (possibly generalized System Architecture algorithm) for a visual definition and representation of a high-rack warehouse plant; Requirement – Allow navigation trough warehouse starting from an high-level point of view (the plant) through the intermediate levels (storage Overview Requirement Steps areas and location) till the low level details (cells content); – Allow the movements management (relocations, transportations) using the new visual application; Implementation WA Algorithm • Implementing Framework WA Visualization Framework – Integrate a presentation framework with new Spyce platform using MVC; • Batch Review Tree Conclusion – Implement a Batch Review Tree with a visual navigator to access process related data. 7 EBR PMX MES 4.2 Politecnico Di Milano

Slide 8: Requirement Steps • Warehouse Visualization Introduction Overview • Transportation PMX MES Modules • Implementing Framework • Batch Review Tree Architecture General Architecture System Architecture High rack 1 Warehouse A Warehouse B warehouse Level Batch Requirement Source Storage Area Target Storage Area Material in trading unit Overview Target Storage Source Storage Requirement Steps F2: At execution Location Location manually IN IN F1: At creation automatically Container = (TU) Implementation F1: At creation manually  Aisle1  WA Algorithm WA Visualization Load Carrier (LC) = OUT Framework OUT single transfer unit Other Storage Area Conclusion Storage Location Bay Storage Area Storage Area Other Warehouse LC/TU identification at target SL 8 EBR PMX MES 4.2 Politecnico Di Milano

Slide 9: Warehouse Algorithm Introduction NO Overview PMX MES Modules NO Input Warehouse Read Storage Area Data Aisle < PAGE LIMIT && Aisle < Max Aisle Architecture Read Storage Areas of Warehouse General Architecture System Architecture Initialization of MAX YES limit of Level, Aisle, Bay Generate column label Count < StorageArea Requirement Overview Bay < MAX YES Requirement Steps MAX Level > 0 Bay && Aisle > 0 YES Window Width NO Go to next line Implementation < MAXLIMIT YES WA Algorithm Generate Bay Block WA Visualization YES Set current Level Framework NO Call StorageArea Storage Generate empty Generator NO Location = true LOC BLOCK NO Conclusion FLOWCHART Generate paging Index using MAX Aisle Generating YES Storages Loc Generate Storage Count ++ Bay ++ LOC BLOCK Aisle ++ 9 EBR PMX MES 4.2 Politecnico Di Milano

Slide 10: Warehouse visualization Introduction Overview PMX MES Modules Architecture General Architecture System Architecture Requirement Overview Requirement Steps Implementation WA Algorithm WA Visualization Framework Conclusion 10 EBR PMX MES 4.2 Politecnico Di Milano

Slide 11: Warehouse visualization Introduction Overview RA Solutions PMX MES Modules Architecture General Architecture System Architecture Requirement Overview Requirement Steps Implementation WA Algorithm WA Visualization Framework The Storages Areas: Conclusion With the help of this generation it‘s easier to visualize how many storages areas are present in the warehouse 11 EBR PMX MES 4.2 Politecnico Di Milano

Slide 12: Warehouse visualization Introduction Overview RA Solutions PMX MES Modules The Storages Level: 1st, 2nd, … Architecture Directions: Left / Right General Architecture System Architecture Requirement Overview Bay: 1st, 2nd, … No Location Requirement Steps Implementation The Storages Location WA Algorithm WA Visualization Screenshots Framework Conclusion Aisle: A1, A2, A3 12 EBR PMX MES 4.2 Politecnico Di Milano

Slide 13: Existing Framework HTML HTML Client Introduction CLIENT (Browser) JavaScript JavaScript Cookies Cookies Overview Tier HTTP response HTTP request RA Solutions PMX MES Modules C V FRONT Architecture CONTROLLER General Architecture Tag- Libraries System Architecture Deployment Deployment Descriptor 1 Descriptor 2 Requirement Overview ... HTML Requirement Steps REQUEST REQUEST generating PROCESSOR PROCESSOR scripts 1 2 (executed Implementation on the WA Algorithm server side) ... WA Visualization Action A Action B Action C Framework Conclusion Web M Tier Business Delegate System State Business Logic 13 EBR PMX MES 4.2 Politecnico Di Milano

Slide 14: Implementation in EBR Introduction HTML Client CLIENT (Browser) Overview JavaScript Cookies RA Solutions HTTP request Tier HTTP response PMX MES Modules C Architecture V Mod_Python General Architecture SPYCE- System Architecture Sessions Session Core- Tag-Libs web-config.xml web-config.xml Requirement PD- Form Action Form Action Tag-Libs Beans Mappings Beans Mappings Overview Requirement Steps ... WORKFLOW WORKFLOW 1 2 SPYCE Implementation WA Algorithm WA Visualization ... Screenshots Action A Action B Action C Framework With the help of an example it‘s easier to understand how the different components Conclusion Web work together and which central role the web-config.xml plays in this context. M Tier Business Delegate System State Business Logic 14 EBR PMX MES 4.2 Politecnico Di Milano

Slide 15: Conclusion Finally, the implementation of visualization of warehouse proves Introduction Overview that is possible to use generalized warehouse algorithm as well RA Solutions as transportation from one location to another navigating visual PMX MES Modules warehouse for any Warehouse management System. Architecture General Architecture System Architecture • The future steps would be the following Requirement – To implement warehouse visualization for other companies WMS Overview Requirement Steps software using this algorithm. Implementation – To integrate Transportation interface easily from visual warehouse WA Algorithm interface of any warehouse management system. WA Visualization Framework – To develop a well-define presentation framework for the Spyce Conclusion platform 15 EBR PMX MES 4.2 Politecnico Di Milano

Slide 16: Thanks for your attention … 16 EBR PMX MES 4.2 Politecnico Di Milano