1. AIMS 2015 2015.04 Equipment & Automation monitoring solution
Advanced Integrated Monitoring Solution

2. Table of Contents AIMS Introduction AIMS Architecture
Background and Introduction
Goal of AIMS system
Advantages of AIMS system
Expected Effect
AIMS Architecture
AIMS Applied case examples

3. Integrated Monitoring Solution
1. Background and Introduction
Ⅰ. AIMS Introduction
While a general Monitoring Systems are used for an analysis of equipment status and automation information for field engineers to improve yield and productivity the current trend in monitoring system is moving to be developed for a new system which can produce an process innovation by making a fast decision with a flexible respond by a quick understanding of information flow in the fab through a direct monitoring from the executives rather than filed engineers.
One monitoring system of a equipment status and logistics information
AIMS
Advanced
Integrated Monitoring Solution
Real time monitoring and alarm
Real time monitoring system for executives’ demands

4. 2. Goal of AIMS system AIMS Ⅰ. AIMS Introduction
Integrated monitoring system to achieve an innovative productivity and an effective management of the fab
Production line to achieve operational efficiency and productivity innovation
Goals
Direction
Framework 
.Net framework
Fault management standardization
Monitoring tasks standardization
(Real-time equipment status /
Check logistics flow)
Standardization
Executive/Manager Manufacturing Engineer Facilities Engineer
 User View
Integration Alarm / Long-term congestion Display
Integration
Manage Events as Data DB
Manage Events Trend
Equipment Events Consistency verification
Consistency
AIMS

5. AIMS 3. Advantages of AIMS system Ⅰ. AIMS Introduction View Center
Flexible and facilely expandable .Net Framework based monitoring system
View Center
Dynamic Layout Loading
Real time Messaging
AIMS Server
Tib/RV, OPC, HSMS
Open Architecture
Unit Status Management
Dual Server Management
AIMS Portal
Server Health Care
Resource Monitoring
User Management
View Modeler
Expression Blend 4
2D, 2.5D Lay Out Editing
Non-stop automatic distribution
Main Features
Plug-in type layout
Powerful and easy
Visual Components
AIMS
Advanced
Integrated Monitoring Solution
Proven high performance
Monitoring Engine
Open Architecture
 Various system expansion
Multiple Protocol Support from Various Facilities

6. 3. Advantages of AIMS system
Ⅰ. AIMS Introduction
Plug-in Type Layout
Self rendering engine and layout administrator are separated to construct a layout independently using components provided by AIMS.
Online distribution of layout system without a pause

7. Powerful and Facile Visual Components
3. Advantages of AIMS system
Ⅰ. AIMS Introduction
Powerful and Facile Visual Components
Various free components to display a status of equipment and logistics are provided and these can be easily customized using designer tool(Microsoft Expression Blend).

8. One monitoring system optimized for executives’ demand
3. Advantages of AIMS system
Ⅰ. AIMS Introduction
One monitoring system optimized for executives’ demand
One monitoring system for executives’ demand are designed with visually improved components, which have a better accessibility to the integrated data of equipment and logistics.

9. 3. Advantages of AIMS system
Ⅰ. AIMS Introduction
Proved fast monitoring engine
Guaranteed fast and stable performance based on Net Framework 4.0 WCF
Bulk transaction process can be carried out by asynchronous and callback mechanism
Various communication protocols linked with DB, HSMS, TCP, WebServices, .Net Remoting
Open architecture  Various system expandability
Included visual components and communication library can be easily customized by .Net based language and extended library pack
Provided workflow engine enables workflow calls for a special logic and interface with heterogeneous systems..
Multiple protocol matching for various equipments
Various protocol matching action for equipment events using Tib/RV, OPC, HSMS and so on.
New equipments can be added without restart of DC service

10. 4. Expected Effect Ⅰ. AIMS Introduction1
Provide monitoring View per user
Executives and managers : Integrated monitoring equipment and automation
Real time Alarm Display
Facilities Engineer : Detail Monitoring per Unit of equipment
Manufacturing Engineer : All the logistics line status monitoring 2
Layout & Client Design
Development based on Visual Component  Reducing development and maintenance period
Dynamic Modeling Implement : Stoker & Index 3
Data Collection
High Performance & Multi protocol support  Easy expansion 4
Offer extensions
Long-term congestion(Glass & Cassette)  Determining silent-down by implementing a function of long-term congestion.
Workflow-based implementation of Event facilities available separately  Events can be checked the consistency 5
Investment savings
Reducing M/M for development when expanding other line for manufacture
Reducing development costs by developing integrated system.

11. Table of Contents AIMS architecture AIMS Introduction
System components
System architecture
Detail functions
Management environment
AIMS applied case examples

12. 1. System Structure AIMS View Center AIMS Portal View Modeler
Ⅱ. AIMS Architecture
View Center
AIMS Portal
View Modeler
AIMS Server
Unit for Monitoring
Stocker
Index
Glass
Conveyor
Cassette Conveyor
Lifter
AGV/RGV
OHT/OHS
Log DB Server
Client
AIMS

13. Dynamic Layout Loading Improved component array for better visuality
2. Detail functions
Ⅱ. AIMS Architecture
View Center
Client 1
Manager
Client 2
Client 3
AIMS
Dynamic Layout Loading
Improved component array for better visuality
Real Time Messaging

14. 2. Detail functions AIMS …… Ⅱ. AIMS Architecture Unit for Monitoring
AIMS Server A I MS S E R V ……
Unit for Monitoring
Protocol Layer
AIMS
Collecting Unit Event for Monitoring
Various Protocol Support
- Tib/Rv, SECS/GEM, OPC, DB, Web Service
Unit Status Management for Monitoring
Dual Server Support for Reliability

15. 2. Detail functions AIMS …… Ⅱ. AIMS Architecture AIMS Portal
AIMS Server Health Monitoring
CPU, Memory and etc resource Monitoring
Connection to system and Amount used Monitoring
Roles and Rights for user Management
The base information management
Notice Management

16. Module for automatic distribution
2. Detail functions
Ⅱ. AIMS Architecture
View Modeler
Module for Design
Editing 2D, 2.5D layout
Module for automatic distribution
AIMS
Automatic distribution of layout
Base Information Management(Update)
Module for Base Information

17. Management Environment
3. Operation Environment
Ⅱ. AIMS Architecture
AIMS operating environment are designed for stability and general applications.
AIMS Operation /
Management Environment
General-Purpose
Reliability 1 2
View Center
AIMS Portal
Windows XP+ (Windows 7 Recommended)
.Net Framework v4.0
Windows 2008 R2 – WAS(IIS 7.5)
.Net Framework v4.0 3 4
View Modeler
AIMS Server
Expression Blend 4
Windows (Windows 2008 R2 Recommended)
SQL Server (SQL Server 2008 R2 Recommended)
Additional S/W may be required depending on the connected equipment

18. Table of Contents AIMS Applied case example AIMS Introduction
AIMS Architecture
AIMS Applied case example
Samsung Electronics Semiconductor

19. Integrated Monitoring
1. S Company
Ⅲ. AIMS applied case examples
Equipment / Logistics
Integrated Monitoring

20. Integrated Monitoring
1. S Company
Ⅲ. AIMS applied case examples
Equipment / Logistics
Integrated Monitoring

21. Integrated Monitoring
1. S Company
Ⅲ. AIMS applied case examples
Equipment / Logistics
Integrated Monitoring

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