1 Developing SOA solutions using IBM SOA Foundation Course materials may not be reproduced in whole or in part without the prior written permission of IBM
2 Unit objectives After completing this unit, you should be able to: Describe roles and activities involved in the SOA Lifecycle Describe the activities engaged in by the developer during SOA lifecycle phases Identify IBM s SOA entry points and the characteristics of BPM and service connectivity entry points Identify the RUP workflows, activities and work products pertaining to the development of SOA solutions Describe UML 2 profile for software services List the various service identification techniques offered by RUP Describe the technique for identifying services based on a process driven approach Describe how WebSphere Business Modeler and Rational Software Architect support process driven service identification Describe how to identify mediation services Describe service specification and design using Rational Software Architect Describe the integration of Rational Software Architect and WebSphere Integration Developer Describe the activities involved in implementation, assembly of mediation services and service choreographies and the support for these activities within Rational Software Architect and WebSphere Integration Developer Describe the activities involved in the support and management of mediation services and service choreographies
3 Roles and activities in the SOA life cycle Business Analyst This role involves identifying and analyzing business processes and expressing them at a high-level for consumption by the rest of development team. Integration Developer This role focuses on integrating functional components across the enterprise into a secure, composite SOA enterprise application. The ESB is an important tool in achieving this integration. Software Architect Designs the services and SOA architecture. Application Developer Implements the service components identified in the design. Identifies reuse scenarios, and develops components for use across the enterprise. System Administrator Deploys, configures, tunes and troubleshoots composite applications.
4 Developer activities in the SOA life cycle Integration and Application Developer activities in the SOA life cycle: Model Work with Business analysts to understand the semantics of the business processes to be integrated or business services that need to be offered. This includes understanding the key performance indicators and business measures of the business process. Work with software architects to perform service-oriented analysis and modeling. This includes identification, specification, and design of business services, service choreographies and mediations. Assemble Create and assemble services (service choreography) into composite applications. Develop mediations. Deploy Work with the System Administrators to deploy service artifacts to test and production environments. Manage Work with System Administrators and business users in monitoring performance, problem determination and troubleshooting of deployed services.
5 IBM s SOA entry points Represents common scenarios found within SOA engagements to be used as starting points for SOA design and development. This course focuses on BPM and Service Connectivity.
6 Rational Unified Process overview The Rational Unified Process (RUP) is a product that provides a process framework. Rational developed RUP based on years of experience and practice.
7 RUP for SOA overview A RUP for SOA plug-in was made available in RUP for SOA extends the RUP Analysis and Design discipline with workflows and artifacts required for serviceoriented analysis and design. The content of this plug-in has been incorporated into the latest version of RUP Included in Rational Method Composer 7.0.
8 Rational Unified Process for SOA workflows RUP for SOA introduces two key workflows for analysis and design discipline: Identify Services: Part of Refine the Architecture workflow Design Services RUP for SOA uses the UML 2 Profile for Software Services for modeling service artifacts.
9 UML 2 profile for software services elements overview
10 Rational Software Architect overview Rational Software Architect Used by software architects Modeling and design tool based on UML2 Turns business models developed in WebSphere Business Modeler into SOA service specifications in UML, ready for development Supports plug-in design patterns (including GoF) Extensible mechanism for custom pattern development and re-use Rational Software Architect
11 Identify services workflow Select service identification approach. A number of approaches are available (discussed next). Identify service partitions. Organize your services into logical groups. Analyze existing assets. Look into re-using existing service assets. Identify services. Develop initial service specification. Define the collaborations, relationships and composition of these services needed to address the requirements. Specify the service interface.
12 Service identification techniques overview The Rational Unified Process for SOA provides the following techniques for service identification (in this case, the act of populating the Service Model with Service Specifications): Top-down, business-process driven Top-down, use-case driven Bottom-up, exposing existing assets Data driven Rule driven Identification Collaboration Data/Message Rule/Policy Assets Use Cases Business Processes
13 Top-down business process driven Candidate Service Tasks within a business process (for example, modeled with WebSphere Business Modeler or Rational Software Architect) are candidates for services.
14 Top-down business process driven activity diagrams UML Activity Diagrams can be used to detail business processes The swimlanes correspond to Business Workers (human roles and IT systems) This is done in the context of a business use case
15 Importing process models into Rational Software Architect from WebSphere Business Modeler If you use WebSphere Business Modeler for process modeling and design, you can export a model to a UML 1.4 XMI 1.1 file using the Rational UML Profile for Business Modeling You can then proceed to use RUP for SOA process and Rational Software Architect for service-oriented analysis and design Task Decision Stop node Alternate paths Control flow Business Item Annotation
16 Top-down, use case driven RUP business modeling A Business Use Case describes a business process from an external, value-added point of view. Business Use Cases are business processes that cut across organizational boundaries, possibly including partners and suppliers, in order to provide value to a stakeholder of the business.
17 Top-down, use case driven example This technique includes the use of business process modelling (via UML activities), but also performs additional analysis to identify business workers, human and automated. Sequence diagrams, class diagrams, etc are used to perform further business-level analysis Potential software services are identified from this analysis
18 Data driven identification It is often appropriate to introduce data management services that are responsible for maintaining the integrity of a specific part of the data/domain model. The data responsibilities of all services should be clearly specified. One common pattern is to introduce specific data services that are responsible for non-overlapping parts of the data model. All other services must access the data through these designated services
19 Rule driven identification Certain classes of solutions tend to rely heavily on the use of Business Rules to extract the variability from the solution and externalize such that the rules can evolve outside of the main application logic. Business rule Service specification for evaluating the business rule In many cases complex rules are aggregated into Rule Sets. These are much more of a match for the granularity of a service.
20 Bottom-up, exposing existing assets This is not simply about exposing the existing interface to a system as a web service. You need to consider the design characteristics of the service. The interface to the existing system may not follow good service design principles, for example: Operations may not be grouped into cohesive interfaces. Fine-grained operations where an SOA approach would use a single operation with a composite message type. Technology-specific object references may be passed in and out. Assets to be exposed might include: Legacy (for example, CICS) transactions Application (for example, SAP, Siebel) API, messaging or service interfaces Bespoke applications, J2EE,.Net, client/server, and so on Services available from partners Services identified in this way: Are likely to be more fine-grained Will often be used in the implementation of higher-level services May be suboptimal in terms of conformance to SOA design principles If so, they should be encapsulated by higher level services that do have good design characteristics.
21 Identifying mediation services Identify transformations: Are there any data or message structure or content mappings needed? (For example, between legacy systems and other services.) Do multiple interfaces exist which implement the same functionality and need to mapped? Identify protocol switches: Which protocols are being used? Identify transformations (for example, JMS to HTTP). Identify the need for monitoring: Do the requirements call for message logging, monitoring, metering of services? Identify enrichment requirements: For example, do message payloads need to be augmented (for example, date-stamped)? Identify merging and routing and distribution needs: For example, message routing or broadcasting to different service providers.
22 Service specification Model candidate services Model composition and collaboration Structure of the collaboration (Composite Structure Diagram) Communication between services (Sequence Diagram) Sequence Diagram
23 Service design activity Designing services from the service specification involves: Adding design details: Model service elements. Apply patterns. Employ design mechanisms. Refine service interface. Determining reuse strategy: Find patterns and mechanisms. Exploit existing RAS assets. Eliminating duplicate or unnecessary information from the service specification. Specifying additional details of services: Messages. Realizations.
24 Apply design patterns Use wherever appropriate for the service being designed, following project design guidelines. Typically incorporated as the design evolves. Frequently applied across a set of model elements. Typically deployed as RAS assets: The RAS provides a standard format for assembling, organizing, storing, and documenting reusable assets, including extensibility artifacts. Available from: developerworks Custom, in-house Third party
25 Message design Design the messages exchanged between services. Areas of focus for message design include: Message exchange patterns Connection with domain modeling Message granularity Performance Common message exchange patterns: Synchronous Request and Response One Way Message Notification Asynchronous Request and Response Publish and Subscribe Synchronous Request and Response Asynchronous Request and Response
26 Service implementation and assembly WebSphere Business Modeler Create, Simulate & Analyze As-Is Business Model Create Financial Reports & ROI Estimates UML 1 Create, Simulate, Analyze and Optimize To-Be Business Model Import business process model from WebSphere Business Modeler UML into RSA, BPEL into WID. Create Observation Model with KPIs & export to Monitor BPEL Implement and assemble services and mediations and choreograph business processes. Java, SCA, BPEL, Rational Software Architect Create & Manage System Requirements and Use Cases Software Architect Trace Requirements & Architect System Use Case Realizations Model Services Application Developer Rational Application Developer Implement services, & expose as Web Services Integration Developer WSDL, EAR Implement/Re-use or Choreograph services using BPEL, WSDL, etc. 2 Import service designs into WID from RSA. WSDL.. Configure Human Task Manager & Client WebSphere Integration Developer Integration Developer Configure & Use Mediations, Business Rules, State Machines, Web Services, Adapters, ESB, etc. 3
27 Service deployment to WebSphere Process Server and WESB 1. Package and deploy the business process and mediations into an Enterprise project representing the module (EAR) 2. Configure resources and container settings on the WPS or WESB through the Administrative console or by using the command line tools: Resources: SIBus, JNDI, JDBC, JMS, Staff plug-in provider, and so forth Business process container, Human task container, and so on Choreograph services using BPEL, WSDL, etc. WebSphere Integration Developer WebSphere Process Server WebSphere ESB Configure Human Task Manager (including Ad-Hoc) & Client Integration Developer EAR Configure resources on WebSphere ESB Configure resources on WebSphere Process Server Use Business Rules, State Machines, Web Services, Adapters, ESB, etc. Deploy/Run System Administrator
28 Service support and management During the post-deployment phase developers work with System Administrators and business users on various tasks: Monitor performance of services. Perform problem determination and troubleshooting of deployed services. Monitor the run-time process and gather runtime performance data. Business Analyst Create, Simulate & Analyze As- Is Business Model WebSphere Business Modeler Create Financial Reports & ROI Estimates Create, Simulate, Analyze and Optimize To-Be Business Model Developers may monitor business events within WPS. However typically WebSphere Business Monitor (WBM) is used for this purpose. Key Performance Indicators and business metrics, defined by the Business Analyst during the Model phase, are imported into WBM. Runtime data is then exported back into WBM for comparison against the observational model and KPIs. The business process can be optimized based on the results of this analysis. Run-time Statistics Create Observation Model with KPIs & export to Monitor WebSphere Business Monitor WebSphere Process Server WebSphere ESB IBM Tivoli Offerings Monitor and Manage Observation Data Monitor System Adminstrator
29 Business process management on the SOA lifecycle summary WebSphere ESB - Mediations - Integrate services
30 Unit summary Having completed this unit, you should be able to: Describe roles and activities involved in the SOA Lifecycle Describe the activities engaged in by the developer during SOA lifecycle phases Identify IBM s SOA entry points and the characteristics of BPM and service connectivity entry points Identify the RUP workflows, activities and work products pertaining to the development of SOA solutions Describe UML 2 profile for software services List the various service identification techniques offered by RUP Describe the technique for identifying services based on a process driven approach Describe how WebSphere Business Modeler and Rational Software Architect support process driven service identification Describe how to identify mediation services Describe service specification and design using Rational Software Architect Describe the integration of Rational Software Architect and WebSphere Integration Developer Describe the activities involved in implementation, assembly of mediation services and service choreographies and the support for these activities within Rational Software Architect and WebSphere Integration Developer Describe the activities involved in the support and management of mediation services and service choreographies
SOMA, RUP and RMC: the right combination for Service Oriented Architecture WebSphere User Group, Bedfont, 4th March, 2008 Keith Mantell Senior Solution Architect IBM Rational email@example.com March
Business Process Management Tampereen Teknillinen Yliopisto 31.10.2007 Kimmo Kaskikallio IT Architect IBM Software Group IBM SOA 25.10.2007 Kimmo Kaskikallio IT Architect IBM Software Group Service Oriented
Business Process Management Enabled by SOA Jyväskylä 8.5.2007 Kimmo Kaskikallio IT Architect IBM Software Brands Five middleware product lines designed to work together Service-Oriented Architecture (SOA)
Dr. Hans-Peter Hoidn Executive IT Architect, IBM Software Group Global Business Integration "Tiger" Team Enterprise IT Architectures SOA Part 2 SOA Reference Architecture 2 SOA Reference Model Strategy
Introduction to WebSphere Process Server and WebSphere Enterprise Service Bus Course materials may not be reproduced in whole or in part without the prior written permission of IBM. 4.0.3 Unit objectives
A Software Development Platform for SOA Peter Eeles Executive IT Architect Rational Brand Architect for UK, Ireland and South Africa firstname.lastname@example.org 2004 IBM Corporation Agenda IBM Software Group
Tomáš Müller IT Architekt 21/04/2010 ČVUT FEL: SOA & Enterprise Service Bus Agenda BPM Follow-up SOA and ESB Introduction Key SOA Terms SOA Traps ESB Core functions Products and Standards Mediation Modules
CBM SOMA - SCA Techniques and Standards to Increase and IT Flexibility Jouko Poutanen Senior IT Architect, IBM Software Group 2008 IBM Corporation Agenda Component Modeling (CBM) Drivers: specialization,
A standards-based approach to application integration An introduction to IBM s WebSphere ESB product Jim MacNair Senior Consulting IT Specialist Macnair@us.ibm.com Copyright IBM Corporation 2005. All rights
Redpaper Martin Keen Michele Chilanti Veronique Moses Scott Simmons Srinivasan Vembakkam Case Study: Process SOA Scenario This paper one in a series of service-oriented architecture (SOA) papers that feature
Exporting from WebSphere Business Modeler Unit 23 Course materials may not be reproduced in whole or in part without the prior written permission of IBM. 184.108.40.206 Unit objectives After completing this unit,
Managing SOA Course materials may not be reproduced in whole or in part without the prior written permission of IBM. 4.0.3 4.0.3 Unit objectives After completing this unit, you should be able to: Explain
Preface Acknowledgments About the Author Introduction p. 1 IBM SOA Foundation p. 2 Service Design and Service Creation p. 2 Service Integration p. 3 Service Connectivity p. 5 Service Security and Management
Government's Adoption of SOA and SOA Examples Presented by : Ajay Budhraja, Chief of Enterprise Services ME (Engg), MS (Management), PMP, CICM, CSM, ECM (Master) AIIM, ITIL-F Copyright 2008 Ajay Budhraja
WebSphere ESB Best Practices WebSphere User Group, Edinburgh 17 th September 2008 Andrew Ferrier, IBM Software Services for WebSphere email@example.com Contributions from: Russell Butek (firstname.lastname@example.org)
Discovering the Value of SOA WebSphere Process Integration WebSphere Business Modeler Workshop SOA on your terms and our expertise Soudabeh Javadi Consulting Technical Sales Support WebSphere Process Integration
Business-Driven Software Engineering Lecture 3 Foundations of Processes Jochen Küster email@example.com Agenda Introduction and Background Process Modeling Foundations Activities and Process Models Summary
SOA Education Lutz Armbruster Education firstname.lastname@example.org SOA on your terms and our expertise 2005 IBM Corporation Contents Getting started (SOA lifecycle, basic education, certification) Focus
Sadržaj seminara: SOA Architecture - SOA Business Challenges - 1990s: Billion Dollar Lock-In - Integration Tools - Point-to-Point Approach - New $200B Lock-In: Big Apps - Frozen Enterprise Asset Concept
IBM WebSphere Eric Verbeek Goals SCA Monitor / Department of Mathematics and Computer Science 3-4-2009 PAGE 1 Thanks Maurits André IBM Amsterdam Peter Leijten Master Student Student SOA Lab / Department
Overview Paul Smith WebSphere Tiger Team email@example.com Many Types of Processes to Implement Simple Processes Complex Goal is to increase efficiency in minimal time, without heavy reliance on IT Human
Prepared by Enterprise Planning and Architecture Strategies Team Page 1 of 19 Control Page: Revision History: Version No Revised Date Author Comments 03/18/2011 Anitha Ramakrishnan Initial Version Page
IBM WebSphere Administration 8.5 Course ID: Page 1 Last Updated 12/15/2014 WebSphere Administration 8.5 Course Overview: This 5 Day course will cover the administration and configuration of WebSphere 8.5.
SOA Fundamentals For Java Developers Alexander Ulanov, System Architect Odessa, 30 September 2008 What is SOA? Software Architecture style aimed on Reuse Growth Interoperability Maturing technology framework
IBM Software Group SCA-based Enterprise Service Bus WebSphere ESB Soudabeh Javadi, WebSphere Software IBM Canada Ltd firstname.lastname@example.org 2007 IBM Corporation Agenda IBM Software Group WebSphere software
Service Oriented Architecture Case: IBM SOA Reference Architecture Group 6: 0309441 Mikko Seppälä 0275669 Puranen Sami Table of Contents 1 International Business Machines Corporation... 3 2 IBM and Services
Technocrats Domain Inc. Houston, TX, USA Hyderabad, AP, India email@example.com 877-857-3101 (US) WPS 6.1 and Higher 011-91-9963024488 (India) Technocrats Domain is a staffing, consulting and training
Service Oriented Architecture Service Oriented Analysis and Design (SOAD) in Practice Part 4 Adomas Svirskas Vilnius University October 2005 Agenda Service identification and definition Business process
SOA policy management White paper April 2009 Realizing business flexibility through integrated How integrated management supports business flexibility, consistency and accountability John Falkl, distinguished
Introduction to Service-Oriented Architecture for Business Analysts This course will provide each participant with a high-level comprehensive overview of the Service- Oriented Architecture (SOA), emphasizing
General Introduction to IBM (R) Rational (R) Asset Manager Peter Smith Certified IT Specialist, IBM 2007 IBM Corporation Objectives! Background: Issues and Challenges!Asset Management and SOA! Define Asset
www.peaksolutions.com AquaLogic ESB Design and Integration (3 Days) Audience Course Abstract Designed for developers, project leaders, IT architects and other technical individuals that need to understand
Providing business intelligence for your software assets IBM Rational Asset Manager Highlights A collaborative software development asset management solution, IBM Enabling effective asset management Rational
Approach to Service Management In SOA Space Gopala Krishna Behara & Srikanth Inaganti Abstract SOA Management covers the Management and Monitoring of applications, services, processes, middleware, infrastructure,
Oracle University Contact Us: 1.800.529.0165 Oracle SOA Suite 11g : Build Composite Applications Duration: 5 Days What you will learn This course teaches you to design and develop SOA composite applications
Service Oriented Architecture and the DBA Kathy Komer Aetna Inc. New England DB2 Users Group Tuesday June 12 1:00-2:15 Service Oriented Architecture and the DBA What is Service Oriented Architecture (SOA)
202 A Comparison of SOA Methodologies Analysis & Design Phases Sandra SVANIDZAITĖ Institute of Mathematics and Informatics, Vilnius University Abstract. Service oriented computing is a new software engineering
Please input BU name IBM 2010 校 园 蓝 色 加 油 站 之 商 业 流 程 分 析 与 优 化 - Business Process Management and Optimization Hua Cheng firstname.lastname@example.org Agenda Why BPM What is BPM What is BAM How BAM helps optimization
ESB solutions White paper Increasing IT flexibility with IBM WebSphere ESB software. By Beth Hutchison, Katie Johnson and Marc-Thomas Schmidt, IBM Software Group December 2005 Page 2 Contents 2 Introduction
WA1844 WebSphere Process Server 7.0 Programming Using WebSphere Integration Developer Web Age Solutions Inc. USA: 1-877-517-6540 Canada: 1-866-206-4644 Web: http://www.webagesolutions.com Chapter 6 - Introduction
WIRD AG Solution Proposal Project- & Portfolio-Management Overview In order to address the need to control resources, time and cost in projects and in order to develop applications for System z, Wird AG,
Redpaper Roland Peisl The Process Architect: The Smart Role in Business Process Management This IBM Redpaper publication describes the concept of business process management (BPM) and specifically focuses
Software Development in the Large! Peter Eeles Executive IT Architect, IBM email@example.com IBM Rational Software Development Conference 2007 2007 IBM Corporation Agenda IBM Rational Software Development
Discovering the Value of SOA WebSphere Process Integration WebSphere Business Modeler Overview SOA on your terms and our expertise 2005 IBM Corporation Agenda Discovering the Value of SOA with WebSphere
December 4 6, 2006 Zurich, Switzerland Business Track Session 2, Talk 2 Architectural Decisions as Service Realization Methodology in Model-Driven SOA Construction From Analysis-Level Process Models to
IBM Software Group Applying SOA to OSS for Telecommunications Kevin Twardus Manager of Industry Architecture and Standards IBM Software Group Communications Sector IBM Corporation The Details of SOA depends
SERVICE-ORIENTED MODELING FRAMEWORK (SOMF ) VERSION 2.1 SERVICE-ORIENTED SOFTWARE ARCHITECTURE MODEL LANGUAGE SPECIFICATIONS 1 TABLE OF CONTENTS INTRODUCTION... 3 About The Service-Oriented Modeling Framework
Business Driven Development for SOA From Business Goals to SOA Solutions that fulfill them Jim Amsden, IBM firstname.lastname@example.org 3/20/2006 2005 IBM Corporation Questions customers ask to leverage business
IBM Software Group Avoiding Web s Chaos with WebSphere Registry and Repository David Buchanan David Ben Buchanan J Briden Consulting IT Specialist Consulting IT IT Specialist WebSphere Software WebSphere
Slide 15.1 nology Chapter 15 Web Services Development Lifecycle Web Service es: Princip ples & Tech Mike P. Papazoglou email@example.com Slide 15.2 Topics Web services development Properties of service development
Basic Unified Process: A Process for Small and Agile Projects Ricardo Balduino - Rational Unified Process Content Developer, IBM Introduction Small projects have different process needs than larger projects.
Oracle SOA Suite 11g Meets Oracle Business Process Management 11g Lucas Jellema Solution Architect, AMIS Oracle ACE Director and author Overview Introduction of focus on Business Processes History of Oracle
KATTA Durga Reddy TATA Consultancy Services. Oracle SOA Suite: The Evaluation from 10g to 11g Introduction Oracle SOA Suite is an essential middleware layer of Oracle Fusion Middleware. It provides a complete
Combining Service-Oriented Architecture and Event-Driven Architecture using an Enterprise Service Bus Level: Advanced Jean-Louis Maréchaux (firstname.lastname@example.org), IT Architect, IBM 28 Mar 2006 Today's business
An Esri White Paper June 2007 Developing and Deploying an Integrated Geoenabled SOA Business Solution: A Case Study Esri, 380 New York St., Redlands, CA 92373-8100 USA TEL 909-793-2853 FAX 909-793-5953
RUP Design Workflow Michael Fourman Introduction Design architecture that can meet all requirements Understand non-functional requirements and constraints related to technologies Identify subsystems (overall
Enterprise Application Designs In Relation to ERP and SOA DESIGNING ENTERPRICE APPLICATIONS HASITH D. YAGGAHAVITA 20 th MAY 2009 Table of Content 1 Introduction... 3 2 Patterns for Service Integration...
Introduction It s more important than ever to have a set of capabilities that allow you to create dynamic, self service options for your customers that leverage existing processes and infrastructure. Your
Business Process Execution Language for Web Services Second Edition An architect and developer's guide to orchestrating web services using BPEL4WS Matjaz B. Juric With Benny Mathew and Poornachandra Sarang
The webmethods ESB The Foundation of your SOA Jean-Michel Ghyoot, Principal Solution Architect, March 28, 2013 2013 Software AG. All rights reserved. 2 2 Agility Process & Integration 3 Integration? INTEGRATION
ESB solutions White paper Increasing IT flexibility with IBM WebSphere ESB software. By Beth Hutchison, Marc-Thomas Schmidt and Chris Vavra, IBM Software Group November 2006 Page 2 Contents 2 Introduction
Using Simulation Models to Evolve Business Processes Marin Litoiu, Andrei Solomon York University with ideas from IBM Toronto Lab, CAS Agenda Motivation and Goals Intro to BP Life Cycle BP Evolution Loop
Legacy systems renovation to SOA September 2006 Extend the value of your core business systems. Transforming legacy applications into an SOA framework Page 2 Contents 2 Unshackling your core business systems
SOA Planning Guide 1 Agenda q SOA Introduction q SOA Benefits q SOA Principles q SOA Framework q Governance q Measurement q Tools q Strategic (long term) View 2 Introduction to SOA q Service-oriented architecture
WebSphere IBM Product Lifecycle Management Content Pack for IBM WebSphere Business Services Fabric version 6.2 Reference Architecture Guide Note Before using this information and the product it supports,
Monitoring Patterns in BMC Middleware Management Eric Olson Principal Consultant BMC Middleware Management Copyright 10/12/2010 BMC Software, Inc 1 Objectives At the end of this presentation, you should
Course Page - Page 1 of 5 WebSphere Application Server 7.0 Administration on Windows BSP-1700 Length: 5 days Price: $ 2,895.00 Course Description This course teaches the basics of the administration and
Front cover Enabling SOA Using WebSphere Messaging Service-oriented architecture and messaging ESB implementation with WebSphere Message Broker ESB implementation with WebSphere ESB Carla Sadtler Philipp
IBM WebSphere Application Server 8.0 Administration Guide Learn to administer a reliable, secure, and scalable environment for running applications with IBM WebSphere Application Server 8.0 Steve Robinson
IBM Software Group IBM WebSphere Process Integration Technical Overview Business Flexibility Depends on IT Flexibility Today s IT architectures, arcane as they may be, are the biggest roadblocks most companies
SOA: The missing link between Enterprise Architecture and Solution Architecture Jaidip Banerjee and Sohel Aziz Enterprise Architecture (EA) is increasingly being acknowledged as the way to maximize existing
Journal of Theoretical and Applied Computer Science Vol. 6, No. 1, 2012, pp. 25-34 ISSN 2299-2634 http://www.jtacs.org Architectural view model for an integration platform Tomasz Górski Military University
Service Virtualization: Managing Change in a Service-Oriented Architecture Abstract Load balancers, name servers (for example, Domain Name System [DNS]), and stock brokerage services are examples of virtual
Service-Oriented Architecture and its Implications for Software Life Cycle Activities Grace A. Lewis Software Engineering Institute Integration of Software-Intensive Systems (ISIS) Initiative Agenda SOA:
RightSolution Architectural view model for an integration platform Ph.D. Tomasz Górski Agenda Introduction, 1+5 architectural view model, Architecture modelling elements of integration platform, UML Profiles
Designing an Enterprise Application Framework for Service-Oriented Architecture 1 Shyam Kumar Doddavula, Sandeep Karamongikar Abstract This article is an attempt to present an approach for transforming
1 Service Oriented Architectures Using DoDAF1 Huei-Wan Ang, Fatma Dandashi, Michael McFarren The Mitre Corporation The MITRE Corp. 7515 Colshire Dr. McLean, VA 22102 hwang(at)mitre.org, dandashi(at)mitre.org,
Service Oriented Architecture 1 COMPILED BY BJ CHAPTER 9 Service Oriented architecture(soa) Defining SOA. Business value of SOA SOA characteristics. Concept of a service, Enterprise Service Bus (ESB) SOA
Oracle Service Bus Statement of Direction August 2008 Market-leading ESB offers unmatched flexibility and capabilities Strategy fully preserves development investments of both BEA and Oracle customers.
Integration Knowledge Kit Developer Journal IBM Process Server 7.5 A developer's journal of lessons learned and metrics to compare developer productivity and performance costs. The journal explores why