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Adapt4EE Deliverable D4.3 Dissemination Level (PU) Grant Agreement No. 288150
January 2014 1 BOC
SEVENTH FRAMEWORK PROGRAMME
ICT systems for Energy Efficiency
Project Title:
Occupant Aware, Intelligent and Adaptive Enterprises
Adapt4EE, Grant Agreement No. 288150
Deliverable
Pilot Domain Reference Models
(Explanatory Notes)
Deliverable No. D4.3
Workpackage No. WP4 Workpackage Title and task type
Enterprise Management System Implementation
Task No. T4.4 Task Title Open Reference Models for the Pilot Domains
Lead beneficiary BOC
Dissemination level PU
Nature of Deliverable P
Delivery date 31 January 2013
Status (F: final; D: draft; RD: revised
draft):
D
File Name: D4.3 Pilot Domain Reference Models.doc
Project start date and duration 01 November 2011, 36 Months
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Authors List
Leading Author (Editor)
Surname Initials Beneficiary Name Contact email
Brennan T BOC [email protected]
Co-authors (in alphabetic order)
# Surname Initials Beneficiary Name Contact email
1 Tsitsanis T HYPERTECH [email protected]
Reviewers List
List of Reviewers (in alphabetic order)
# Surname Initials Beneficiary Name Contact email
1 van Krevelen R ALMENDE [email protected]
2 Simoes P ISA [email protected]
3
4
5
6
7
8
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Document history
Version Date Status Modifications made by
1.0 31st November
2013
TOC prepared T Brennan
2.0 31st January
2014
Contributions collected
and deliverable finalized
T Brennan
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List of definitions & abbreviations
Abbreviation Definition
AAC ASSOCIACAO ACADEMICA DE COIMBRA
ADL Adonis Definition Language
AEC Architecture Engineering and Construction
BIM Building Information Model
BPM Business Process Management
BPMN Business Process Model and Notation
CIM Common Information Model
eTOM Enhanced Telecoms Operations Map
gbXML Green Building Extensible Markup Language
ITIL Information Technology Infrastructure Library
RTF Rich Text Format
SCOR Supply Chain Operations Reference
SVN Apache Subversion
TOGAF The Open Group Architecture Framework
XML Extensible Markup Language
UNAV UNIVERSIDAD DE NAVARRA
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Executive Summary This document reports on the final task of WP4 – T4.4 Open Reference Models for
the Pilot Domains. The results of the work performed in T4.4 provided open
anonymized models that can be reused within the scope of Adapt4EE and other
projects in the AEC domain but they also have potential to be reused in more
generic business scenarios of their respective domains. The outcome of this work
is presented as reusable packages of business process for specific domains
developed in collaboration with the pilot partners of the project and will be
published within the community. Candidate community spaces have been
selected and the publishing process has been triggered accordingly. As a
prototype deliverable the document at hand represents the explanatory notes and
provides details on the methodology followed and results achieved in developing
the packages.
As the concluding task, T4.4 built on the previous results that were achieved in
T4.1 and T4.2 resulting in deliverable D4.1 – Pilot Domain Business Process and
Resource Models [1]. D4.1 has been used as input, further enriched and detailed
and packaged according to a common process to a) anonymize confidential data
from the pilot domain b) structure the package according to a common format
and c) provide the necessary file representation to share the information. Basic
annotation with keywords and additional metadata was added to describe the
actual content.
Overall, the following results have been achieved during the execution of T4.4:
Domains included: 2
o Health Care derived from UNAV in Navarra
o Multipurpose Complex derived from AAC in Coimbra
Areas analysed: 9
o UNAV Administration Area
o UNAV Day Care Area
o UNAV Nephrology Area
o UNAV Oncology Area
o AAC ISA Design and Development Area
o AAC ISA Financial Area
o AAC ISA Innovation Area
o AAC ISA Procurement Area
o AAC LEITE Eye Clinic Area
Number of packages: 11
Overall number of models: 136
Overall number of activities: 659
Access to the packages is provided through a dedicated secure SVN repository
that allows registered interested users access to the models for use in the related
projects. After registration for access the community members are supported in
providing modifications and updates/additions back to the repository. The
repository is accessible at: https://secure.boc-group.eu/svn/adapt4ee/
To obtain a username and password for SVN access please send an email request
to [email protected]. Since the packages are characterized as “open” the initial
release represents the results derived from the Adapt4EE pilot perspective.
Through collaboration and interaction with the community on the selected
platform, further enhancements and additions are expected.
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Table of Contents List of definitions & abbreviations .................................................................. 4
Executive Summary ..................................................................................... 5
List of figures .............................................................................................. 7
List of tables ............................................................................................... 8
1. Introduction ...................................................................................... 9
2. Understanding the Term - Reference Model ......................................... 10
2.1. Definition: Reference Models ....................................................... 10
2.2. Definition: OPEN Reference Model ................................................ 10
2.3. Use of Reference Models in Industry ............................................. 11
2.4. Existing Industry Reference Models .............................................. 11
2.5. Reference Models in ADAPT4EE: Community Involvement ............... 12
3. From Adapt4EE BPM Models to Open Reference Models ......................... 13
4. Usage of Adapt4EE Open Reference Models ......................................... 20
4.1. Read Open Reference Models....................................................... 20
4.2. Modify and Update Open Reference Models ................................... 20
5. Conclusion ...................................................................................... 22
References ............................................................................................... 23
Annex I: Industry Reference Frameworks ..................................................... 24
ITIL ......................................................................................................... 24
ETOM ....................................................................................................... 25
IBMs Insurance Application Architecture ....................................................... 25
SCOR ....................................................................................................... 26
TOGAF ..................................................................................................... 27
Annex II: ADONIS Community Edition ......................................................... 28
ADONIS Community Edition ........................................................................ 28
ADONIS Community Edition for Windows XP Professional ............................... 28
ADONIS Community Edition for Windows Vista/7........................................... 28
Further Software for All Operating Systems (recommended) ........................... 29
Annex III: Open Reference Models Cover Sheets ........................................... 34
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List of figures Figure 1 - Open Reference Model Transformation Methodology........................ 13
Figure 2 Dependencies of Models................................................................. 14
Figure 3 - Detailed Resource Model Mapped to gbXML .................................... 14
Figure 4 Detailed Business Processes - Check-in Process of a Healthcare Clinic . 15
Figure 5 Skeleton Activity Models Check-in Process of a Healthcare Clinic ........ 16
Figure 6 - Specific Location Names at UNAV ................................................. 17
Figure 7 - Healthcare CIM Location Names ................................................... 17
Figure 8 - UNAV Working Environment with Employee Names ......................... 18
Figure 9 - List of Healthcare Roles for Oncology Department ........................... 19
Figure 10 - Sample Open Model Package Cover Sheet .................................... 20
Figure 11 - Open Reference Model Group Structure ....................................... 21
Figure 12 - Information Technology Infrastructure Library [14] ....................... 24
Figure 13 - Enhanced Telecoms Operations Map (eTOM) [10] ......................... 25
Figure 14 - IBM Industry Models Speak the Language of Business [11] ............ 26
Figure 15 - Five Distinct Management Processes [15] .................................... 27
Figure 16 - TOGAF Architecture Development Method (ADM) [17] ................... 27
Figure 17 - ADONIS Component Bar ............................................................ 29
Figure 18 - ADL Import Dialog .................................................................... 30
Figure 19 - ADL file import dialog ................................................................ 30
Figure 20 - ADONIS Model Import Selection Dialog ........................................ 31
Figure 21 - Online Collaboration Portal ......................................................... 32
Figure 22 - Online Collaboration Portal Model Upload Function ........................ 32
Figure 23 - Context Menu to Export Models to CIM ........................................ 33
Figure 24 - Model Package Cover Sheet Template ......................................... 34
Figure 25 - Healthcare Cover Sheet ............................................................. 34
Figure 26 - Healthcare - Administration Cover Sheet ..................................... 35
Figure 27 - Healthcare – Daycare Cover Sheet .............................................. 35
Figure 28 - Healthcare - Nephrology Cover Sheet .......................................... 36
Figure 29 - Healthcare - Oncology Cover Sheet ............................................. 36
Figure 30 - Software House Cover Sheet ...................................................... 37
Figure 31 - Software House - Design and Development .................................. 37
Figure 32 - Software House - Financial Cover Sheet ....................................... 38
Figure 33 - Software House - Innovation Cover Sheet .................................... 38
Figure 34 - Software House - Procurement Cover Sheet ................................. 39
Figure 35 - Eye Clinic Cover Page ................................................................ 39
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List of tables Table 1 Step 1 – Analyse the Inputs ............................................................ 15
Table 2 Step 2 – Identify Common Process Variants ...................................... 16
Table 3 Step 3 – Standardise into Reusable Processes ................................... 17
Table 4 Step 4 – Remove Personal or Confidential Content ............................. 19
Table 5 Step 5 – Annotate Metadata to Reference Models ............................... 19
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1. Introduction The document at hand represents explanatory notes to the final prototype D4.3
developed in context of WP4. As a sustainable result from the work package the
content developed with respect to business process and resource models using
the ADONIS Business Process Management Toolkit, applying the methodology of
Adapt4EE and using the software components developed is released in the format
of open reference models. These models are intended to support designers and
engineers to use the Adapt4EE system and integrate BPM artefacts in their
operation by building on pre-existing, pre-packaged models for specific domains.
These packages can be used as-is without further modification but also allow for
additions, modifications and domain/organisation specific customization through
the tool/service infrastructure developed in the project.
The work presented in this document builds strongly on the pilot results achieved
in T4.1 and T4.2 and presented in D4.1 [1]. From a technological perspective the
deliverables in context of WP2 (D2.2) [2][1] and WP6 (D6.2) [3] are of relevance
to understand a) the way the packages are structured and b) how the BPM
module interacts with the overall Adapt4EE solution.
This explanatory note is structured as follows:
- Chapter 2 provides an overview of what a reference model is and how they
are used in various industries. A synopsis of existing frameworks and
reference models is also provided. Chapter 2 also introduces the term
Open Reference Model and explains the concept behind the initiative for
building up a knowledge base of free open reference models to be used by
domain experts and non-experts alike.
- Chapter 3 gives an overview of the approach and steps taken to create
open reference models from the detailed business processes, resource
models and working environment models that were developed in T4.1 and
T4.2. This transformation task for the pilot domains was performed in
T4.4, the description in this chapter is understood as a guidance chapter
for future releases of packages by the community.
- Chapter 4 provides a short overview of what is contained in the open
reference model packages and explains how to gain access to the contents
of the packages and to read/modify the models.
- Chapter 5 concludes the deliverable and outlines how the open reference
models will be used in the future in conjunction with the other Adapt4EE
results.
- Annex I – provides an overview on a number of existing industry reference
models
- Annex II – outlines the hardware and software requirements to install and
use the ADONIS Community Edition. It also provides a user guide of how
to access and download the software, how to import an ADL (ADONIS
Definition Language) model file, how to upload an ADL file to the
collaboration portal and also how to export the Common Information
Model data.
- Annex III – is a set of Open Reference Model cover sheets for each
process that is included in the model stack.
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2. Understanding the Term - Reference Model In the following chapter we define what a model is, what a reference model is and
how open reference models differ to the generic reference models. The chapter
will conclude with an understanding of how the use of open reference models
applies to the Adapt4EE project and the sustainability of the results in the future.
A generic definition of what a model represents is to say that a model is used as a
description for a social role, archetype, or job in the context of various domains
like architecture, design, fashion, cars, statistics and even zoology [4]. A more
technical definition of what a model is, states that models are a representation of
either a reality or a vision that are created for some certain purpose with an
intended goal in mind. Both types of model definition can be used as the basis of
creating a reference model depending on the domain requirements.
2.1. Definition: Reference Models
As model content is developed reference models can be created from a stack of
existing models from a specific domain as they are used to pull together a bird’s
eye view of the complete domain or of a more specific problem space. Once
created a reference model can be considered as a generic abstract framework or
as a domain specific ontology consisting of a set of clearly defined concepts [5].
Reference models are typically defined by experts of a certain domain with a
common goal of encouraging clearer communication for other members of the
same domain or community. Reference models also support the development of
consistent standards or specifications supporting the domain moving forward.
Reference models can be used as a beneficial education tool for explaining
concepts from a complex domain simply to a non-specialist. This ensures that a
standard vocabulary and set of terms is also used from the outset between all
parties to avoid miscommunication.
The use of reference models is becoming more popular in certain domains as
content is being created by specialists and working groups and the use of pre-
existing reference material and their approaches is more commonplace focusing
structured process definition based on a set of reference processes for example.
It is still early days in the development of reference model content so it is hard to
quantify their specific use in industry and their benefits but reference models can
definitely add significant value in building a strong BPM capability within an
organization without reinventing the wheel each time a new project is started.
Successful use of a set of reference processes can expedite the efforts of process
definition leading to the conversion to standardized processes in an organization.
2.2. Definition: OPEN Reference Model
Open reference models differ slightly to the generic reference models outlined
above. The "open" in "open model" refers to the terms of usage of models in
reference to those used on an open basis. The creation, development and
maintenance of open models is considered to be community based. Experts and
non-experts alike can be part of the user community and any interested party is
free to use the content and apply it to their needs. An "open model" is licensed
under the terms which provide the licensee with unrestricted access to all model
representations and documentation as well as royalty-free, non-exclusive rights
to copy, redistribute, use and modify the model and the model documentation.
A reference model is typically a conceptual model. On a conceptual level, models
represent abstractions of real-world phenomena relevant to a specific modeling
task and valid for a specific time frame. Conceptual models can be aimed at
providing representations of software systems that are accessible not only to
modelers and software developers, but also to domain experts and prospective
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end users. For this reason, they focus on general concepts commonly used within
a certain domain abstracting from technical aspects. By allowing for various
abstractions, e.g. data abstraction, object abstraction, and process abstraction,
they contribute to the reduction of complexity and risk. This allows such models
to be understandable by domain experts and non-experts alike and supports
communication among the various stakeholders involved in a project.
2.3. Use of Reference Models in Industry
Using reference models together with other tools and elements of BPM helps
organizations to become more responsive to market changes and improves their
core business by using standardized and industry specific best practices. The
reference processes cannot simply be implemented alone as there has to be a
commitment and dedication from the organisation as a whole to employ a value
driven approach to BPM and avoiding the pitfalls of focusing on methods and
tools. Frameworks of reference model adoption projects can sometimes require
even more up front efforts to ensure smart decisions are taken at the beginning
of the project to reduce rework and to broaden the cultural acceptance and speed
of adoption of the framework.
For people who are not experts in the area of BPM, the use of a reference model
appears to make very practical sense. Instead of getting writers block and staring
at a blank sheet of paper, it is possible to get a head start by utilizing parts of a
generic model that applies in some way to the organisation which speeds up the
arduous initial task of identifying, sorting, categorizing and organizing their
processes into an understandable process architecture [6]. A process framework
then enables an organization to rapidly get on the same process page and drive
consistency across all the process and performance initiatives that are running. A
certain level of maturity needs to exist within an organization to fully exploit the
value of implementing a reference model so baselines should be defined in the
early stages so that perceived benefits can be measured against a roadmap for
increasing value.
2.4. Existing Industry Reference Models
There are two main types of existing industry reference models. There are
reference models that describe best practices for a specific domain or area of
expertise and whereas other are more focused on a description of the actual
structure of the business process architecture. Domain specific reference models
exist to address different types of organizations and the common issues that they
face for instance in the Insurance or Telecommunications industry. A number of
reference models exist for BPM but models exist also to address other domains
within an organization such as IT service management, in the areas of strategy
and performance management and enterprise architecture management. There
are currently approximately 30 different reference models for business in use
including well known examples which we will describe in Annex I such as:
Supply Chain Operations Reference (SCOR) Model: as a process
reference model developed and endorsed by the Supply Chain Council [7].
ITIL - is the most widely accepted approach to IT service management in
the world. ITIL provides a cohesive set of best practice, drawn from the
public and private sectors internationally [8].
TOGAF - Version 9.1 is a detailed method and set of supporting resources
for developing an Enterprise Architecture [9].
eTOM is the Business Process Framework (eTOM) from the TMForum’s
blueprint for enabling successful business transformation and is a critical
component of their Frameworx [10].
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IBM Insurance Application Architecture models are a comprehensive
suite of models comprising of data, process and service-based models that
help insurers accelerate the planning of business process transformation
[11].
2.5. Reference Models in ADAPT4EE: Community Involvement
In Adapt4EE the Open Reference Models are being developed to ensure the
sustainability of the results achieved in WP4 will remain within the AEC domain
going forward through the projects SVN site as the following URL:
https://secure.boc-group.eu/svn/adapt4ee/. The open model packages developed
at the two pilot sites are readily available to download and to be reused by
designer and engineers together with the results of the other work packages of
Adapt4EE and the results of the project as a whole. The packages consist of both
the detailed business processes that have been anonymized and changed into
reference models and also the skeleton activity models that were developed in
T4.1 and T4.2. Skeleton activities and the differences in comparison to normal
business activities have been fully described in the deliverable D4.1 [1].
Interested users will be able to reuse the models from the healthcare domain for
example to avoid or at least reduce the high volume man power requirement to
model the business processes, resources and organizational aspects for the
healthcare practice that is undertaking the project. They will therefore not be
starting from scratch and as the models are open they can add to the models if
additional processes are found to be executed regularly in the space being
assessed. Likewise if only a smaller selection of processes is required for the
specific simulation run then they can be exported separately in the CIM XML
schema as necessary. It will be possible to use the open reference models as the
baseline and change certain parameters that may apply to the organization using
the new space being developed or refurbished. For example if there are more
employees of a specific role working in the organization or if there is a higher
volume of a certain process that is performed in a busier environment then these
parameters can be changed.
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3. From Adapt4EE BPM Models to Open Reference Models
The purpose of this section of the deliverable is to introduce the approach applied
to update/modify the detailed business process, resource and related models into
open reference models. The purpose of this section is to introduce the approach
and develop a common methodology as a checklist to transform newly created
BPM packages before being released to the community.
In the following the methodology to perform this transformation is briefly
introduced, each phase of the methodology applied is detailed by providing an
analysis on input and output relations as well as providing an example of the
steps performed.
Figure 1 - Open Reference Model Transformation Methodology
In order to create the open reference models for the pilot domains a procedural
approach was introduced. The various phases of the procedure model are
illustrated by Figure 1 above. Each of the phases of the procedure model is
described in the following section using a common template.
1 Analyse the Inputs
Before the open models could be developed the existing models that were
presented in D4.1 – Pilot Domain Business Process and Resource models [1]
needed to be analyzed so that candidates for open model development could be
selected from the model stack. The models needed to be seen to be common
models that were describing processes for everyday activities in the given
domain.
Considerations:
- Granularity: an important aspect in deriving the packages does lie upon
the level of granularity to be applied. For the pilot domains, and due to
the approach chosen to develop the models, different levels of granularity
are supported, ranging from full domain models to process areas – the
analysis results in this area are input to step 2
- Re-usability: re-usability must be ensured during this phase. Pilot specific
elements are removed and excluded from the package (e.g. specific
elements that only occur for UNAV/AAC) – the analysis results in this area
are input to step 3
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Application on Pilot Results UNAV/AAC
All inputs that were modeled in T4.1 and T4.2. It was decided to include all
model types that were utilized from the modeling method provided by the
ADONIS tool. As a result the packages that were created include Business
Process Models, Business Process Diagrams (BPMN 2.0), Working Environment
Models and IT System models. The IT System models were used to represent the
locations and the resources used to support the process execution.
Figure 2 Dependencies of Models
The enumeration values for the spaces where the activities are executed in the
pilot domains were taken from the Green Building XML open schema. This
schema has become the de facto industry standard and helps facilitate the
transfer of building properties stored in 3D building information models (BIM) to
engineering analysis and simulation tools. By using this existing schema and
enumeration values any new processes that are added to the open reference
models can use the complete list of space types as defined by gbXML and will
therefore cover almost all types of building spaces. A smaller model containing
only the subset of space types that were taken into account based on the pilot
areas being monitored in the two pilot sites is also part of the open reference
models.
Figure 3 - Detailed Resource Model Mapped to gbXML
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The same approach was used for the creation of the resource models. There
were a number of resources modelled in the pilot domains and each of the
various resources were mapped to an equipment type enumeration value taken
from the gbXML schema. A full model containing all possible equipment types
that are contained in the gbXML schema has been included in the open reference
models. For the 2 pilot domains smaller models were created only containing the
subset of resource types that were used to support the execution of the models.
Table 1 Step 1 – Analyse the Inputs
2 Identify Common Process Variants
A Business Process Variant is a fundamental flow variant of a Business Process
which uses the same input and delivers the same measurable outcome. We
needed to see if any such processes existed across the model stack that were
created during WP4. If any such variants were discovered they were considered
prime candidates to be developed into a single open reference model as they
could be used as a starting point for more than one scenario based on the target
variant of the process.
Application on Pilot Results UNAV/AAC
Some processes that were modeled at the pilots in task 4.1 were modeled using
a similar structure from different areas of the pilot domains. The processes
resulted in a similar outcome and were therefore candidates to become a single
reference model. The activities were also being performed in similar space types
and by employees of the same role. These models were then merged using the
common elements to form open reference models.
Figure 4 Detailed Business Processes - Check-in Process of a Healthcare Clinic
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Figure 5 Skeleton Activity Models Check-in Process of a Healthcare Clinic
Table 2 Step 2 – Identify Common Process Variants
3 Standardise into Reusable Processes
This step was employed to minimize the variation in the processes that were
chosen to be part of the open reference models so that they could be applied in
any proposed building within the same domain. A standardized process is a
process with a series of repeatable steps. It should be clear and concise and
remove any unnecessary waste where possible.
Application on Pilot Results UNAV/AAC
In some of the detailed processes it was required to remove and merge some of
the steps or activities to create more uniform processes. This was not performed
to the same degree of aggregation that was applied to create the skeleton
activities. For the detailed business processes each of the single activities that
were modelled needed to have a gereric reference to the building space or
location where it is expected that such an activity would be executed. In the
detailed business processes as modelled in T4.1 specific location names were
used that were identifiable in the pilot areas. To develop the open reference
models these names had to be mapped to the space types taken from the gbXML
schema to ensure that they were generic names used to describe the space type
where the activity was being performed. This aided in the creation of the
standardised processes and also ensured that all data protection policies were
adhered to in relation to the space names.
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Figure 6 - Specific Location Names at UNAV
Figure 6 above illustrates the specific names that were given to the locations
where the activities were being performed on the 8th floor of the UNAV clinic. And
below in Figure 7 is the list of space types from gbXML that were used to make
the references more generic. Each of the references that were created in the
detailed business processes for each activity were changed to only used the space
types listed here.
Figure 7 - Healthcare CIM Location Names
Table 3 Step 3 – Standardise into Reusable Processes
4 Remove Personal or Confidential Content
To ensure that we abided by the data protection constraints of the project we
needed to remove any personal or confidential content that was contained in the
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detailed business processes for the pilot domains. As the open reference models
will be readily available to the public they needed to be anonymized for this
reason. All personal names and references to members of staff within the pilot
domains needed to be removed from the models. It was also necessary to
generalize the space types and resources used in all business processes. Each
business process and other model types needed to be renamed to remove the
reference to the pilot partners.
Application on Pilot Results UNAV/AAC
For the two pilot sites one of the key goals was to anonymize all of the models
that were created so that they could be released with no problems surrounding
the data protection and privacy issues that the participating pilot companies
could face.
Figure 8 - UNAV Working Environment with Employee Names
For the working environment models all of the individual employee names were
removed and the departments of the organisations were removed meaning only
the roles involved in the businesses processes were part of the open model
package that was developed.
Figure 8 shows an example of the model containing only role objects that can be
referenced by the business process models and by the business process diagram
(BPMN 2.0) models.
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Figure 9 - List of Healthcare Roles for Oncology Department
In T4.1 and T4.2 a specific naming structure was adhered to so that the models
that belonged to the different pilot domains could be easily recognised using the
partner abbreviations of UNAV and AAC. For the open reference model packages
the names of the pilot partners was removed from the name of each model and
replaced where necessary to specify the domain with the name of the domain
that the model related to for example ‘WE Healthcare Administration’ for the
working environment model for the healthcare pilot domain.
Table 4 Step 4 – Remove Personal or Confidential Content
5 Annotate Metadata to Reference Models
To ensure that we abided by the data protection constraints of the project we
needed to remove any personal or confidential content that was contained in the
detailed business processes for the pilot domains. As the open reference models
will be readily available to the public they needed to be anonymized for this
reason. All personal names and references to members of staff within the pilot
domains needed to be removed from the models. It was also necessary to
generalize the space types and resources used in all business processes. Each
business process and other model types needed to be renamed to remove the
reference to the pilot partners.
Application on Pilot Results UNAV/AAC
The necessary metadata description did happen on package level. For each
package a cover sheet provides information on the actual content and related
artifacts.
Table 5 Step 5 – Annotate Metadata to Reference Models
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4. Usage of Adapt4EE Open Reference Models The open reference models of Adapt4EE are provided as self-contained packages
that can be used to:
a) Read model information and apply in the Adapt4EE system to start
simulation jobs etc. without further modification
b) Modify and update package content to the domain/organisation in focus.
4.1. Read Open Reference Models
In order for the end user to read the contents of the model packages they must
install the ADONIS Community Edition [13] and import the ADL file provided. The
instructions how to download the software and import the relevant file is outlined
in the Annex II. Alternatively to get an overview of what is contained in the
package the end user can peruse the RTF document that is provided on the SVN
repository or browse through the model images that are also available.
Figure 10 - Sample Open Model Package Cover Sheet
Each open reference model package created comes with a cover sheet providing
an overview of the contents of the package. Figure 10 illustrates a example of the
cover sheet for the healthcare package. All other cover sheets can be found in
Annex III. The open reference models have been designed using the BPMN 2.0
standard for modelling. To understand the meaning of the various objects used
from the BPMN method and their representaion in ADONIS you can download a
free BPMN poster from the Adonis Community website [12].
4.2. Modify and Update Open Reference Models
The open reference packages are available to the AEC community via the projects
SVN page - https://secure.boc-group.eu/svn/adapt4ee/
There is a package available for the healthcare domain taken from the UNAV pilot
areas in the clinic in Pamplona and there is a package available for an eye clinic
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and a software house from the mixed use facility to represent the work performed
at the AAC pilot in the Coimbra football stadium. These packages were further
broken down into separate packages for the various process areas examined
within each pilot.
The packages have been split for each domain into packages containing the
following elements:
ADL file of the detailed business processes and the skeleton activity
models as a base for modification and import of the open reference models
in the ADONIS Community Edition [13]
ADOXML file of the open reference models that can be imported into the
ADONIS Community Edition or analysed externally
XML file of complete package aligned to Common Information Model
A folder is also provided containing the images of all the models included
in the specific package
An RTF document is provided containing all the information that is stored
in the models including the images of the models and all notebook
information.
Each ADL file containing all models have the following model group structure
inside as shown in Figure 11 below.
Figure 11 - Open Reference Model Group Structure
To be able to modify the content of the open reference models that have been
developed in T4.4 the end users will need to have the ADONIS Community Edition
Software [13] installed on their machines available online for free at
http://www.adonis-community.com/. In Annex II we explain how the open
reference models can be explored for reuse and also how to install and use the
software that is required to modify and adapt the package content.
Further details on how to get started with ADONIS and modify pre-existing
package can be found in the annex (Hardware/Software Requirements, User
guides).
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5. Conclusion In this deliverable we presented the results of the work performed in the scope of
Adapt4EE task 4.4 – Open Reference Models for the Pilot Domains. The goal of
the task was to create packages of models to enable the results of the modelling
tasks in T4.1 and T4.2 to be shared in the public domain and to enhance the
sustainability of the open model content in the future. In total 11 open model
reference packages have been developed as a result of task 4.4. The domain
packages were split into packages for the complete domain and into smaller
packages for single areas in each domain to make it easier for the end user to run
small or large simulations based on their requirements. The total number of
models produced was 136 and the total number of activities modelled was 659.
The open models will primarily be targeted at the AEC community and other
Adapt4EE stakeholders interested in building simulation so that they can use real
business process information in their simulation model rather than just average
values for the purposes of alternative design evaluation. The models have been
shared through an SVN and as the models are ‘open’ in nature it is foreseen that
the packages will be built upon in the future to incorporate additional building
types or business domains. In the future the full package of open models will also
be available on eeSemantics Wiki page.
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References
[1] Adapt4EE Deliverable D4.1 – Pilot Domain Business Process and Resource
Models
[2] Adapt4EE Deliverable D2.2 – Adapt4EE Common Information Model
[3] Adapt4EE Deliverable D6.2 – Adapt4EE System Prototype
[4] The definition of a model available at the open model inititiative website:
http://omi.dke.univie.ac.at
[5] Definition of a reference model, URL:
http://en.wikipedia.org/wiki/Reference_model
[6] BPTrends Reference Models: The Long, Long Shortcut A Ramias, C Wilkins
2012.
[7] The SCOR reference models are available at the following URL:
https://supply-chain.org/scor
[8] Definition taken from the official ITIL Site at the following URL:
http://www.itil-officialsite.com/AboutITIL/WhatisITIL.aspx
[9] TOGAF Version 9.1 is available at the following URL: -
http://www.opengroup.org/togaf/
[10] eTOM is available through the TMForum at the following URL:
https://www.tmforum.org/
[11] IBM Insurance Application Architecture Models,
IBM_Insurance_Models.pdf, IBM 2007.
[12] BPMN Notation Explained - http://www.adonis-
community.com/fileadmin/media/BPMN/BPMN-2.0-poster.pdf
[13] ADONIS Community Edition freeware software is available for download
at the following URL: www.adonis-community.com
[14] The ITIL Service Lifecycle Image is available at the following URL:
http://www.milldesk.com/what-is-itil-2/
[15] The image of the SCOR reference model is available at the following URL:
http://scor-software-model-framework.softsia.com/
[16] The TOGAF Pocket Guide V9.1 is available through -
https://store.opengroup.org/catalog/product_info.php?products_id=123
[17] The TOGAF image is available at the following URL :
http://www.orbussoftware.com/enterprise-architecture/togaf-9/
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Annex I: Industry Reference Frameworks
ITIL ITIL is the most widely adopted approach for IT Service Management in the
world. It encompasses a set of ‘good practices’ that offer a practical, no-nonsense
reference framework for identifying, planning, delivering and supporting IT
services to the business. ITIL advocates that IT services must be aligned to the
needs of the business and underpin the core business processes. It provides
guidance to organizations on how to use IT as a tool to facilitate business change,
transformation and growth.
Figure 12 - Information Technology Infrastructure Library [14]
The ITIL best practices are currently detailed within five core publications which
provide a systematic and professional approach to the management of IT
services, enabling organizations to deliver appropriate services and continually
ensure they are meeting business goals and delivering benefits. The five core
guides map the entire ITIL Service Lifecycle, beginning with the identification of
customer needs and drivers of IT requirements, through to the design and
implementation of the service into operation and finally on to the monitoring and
improvement phase of the services defined.
By adopting ITIL and by improving the processes around IT organizations can
begin to experience a huge range of benefits that:
Improve customer satisfaction through a more professional approach to
service delivery
Improve productivity
Improve the use of skills and experience
Improve delivery of third party service.
Improve resource utilization
Decrease rework
Eliminate redundant work
Improve upon project deliverables and time
Improve availability, reliability and security of mission critical IT services
Justify the cost of service quality
Provide services that meet business, customer and user demands
Integrate central processes
Document and communicate roles and responsibilities in service provision
Provide demonstrable performance indicators
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ETOM eTOM stands for Enhanced Telecom Operations Map. The Enhanced Telecom
Operations Map is an ongoing initiative developed by the TM Forum to deliver a
business process framework for the telecommunications industry. The eTOM
business process framework was developed to map out the processes involved at
an enterprise level. TM Forum's eTOM (Enhanced Telecom Operations Map)
serves as a blueprint for how a telecommunications company can integrate these
processes in order to successfully compete through the implementation of a
business process driven methodology [10].
The Enhanced Telecom Operations Map (eTOM) starts at the high level process
view and then uses a hierarchical structure to breakdown each process according
to where they exist within the enterprise. The eTOM business process framework
is a tool used for process creation, process analysis, and process improvement.
Figure 13 - Enhanced Telecoms Operations Map (eTOM) [10]
Some reference frameworks can even be used in conjunction with one another if
the requirements are ICT Enterprises can leverage the past experience of the IT
service and telecommunications industry in the operations space by
simultaneously adopting ITIL as described in section 2.2.1 and the Business
process Framework (eTOM).
IBMs Insurance Application Architecture As the insurance industry continues to deal with a fast pace of change, insurers
face difficult new challenges. The IBM Insurance Application Architecture provides
an architectural framework for the development of application solutions for the
insurance industry. It is based on a general Insurance Business Architecture
developed to provide common structures capable of representing the various
business requirements occurring in global insurance companies. It’s a
comprehensive suite of models comprising of data, process and service-based
models that help insurers accelerate the planning and requirements analysis of
business process transformation, core system renewal and consolidated reporting
solutions. It contains the proven business knowledge and best practices required
to support critical business issues and ensure that IT projects are linked with
business requirements [11].
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IAA describes the business of the insurer and is an efficient communication bridge
between business and technology communities. It is designed to be readily
accessible to business users and by focusing on industry issues such as Sales and
Customer Services, Marketing and Analytics, Customer Relationship Management,
Policy Administration, Product Development, Insurance Claims and Risk and
Compliance.
The IAA models have coverage in the following areas: LOB Customer Acquisition
(Individual Insurance), LOB Underwriting (Individual Insurance), LOB Customer
Acquisition (Group Insurance), LOB Policy Administration (Individual), LOB Claim
Management (Individual), LOB Policy Administration / Claim (Group), Financial
Transaction / Investment, Reinsurance Management, Intermediary Management,
Provider Management, Human Resource Management, Customer Relationship
Management, Marketing Management, Product Development, Risk Policy
Management, Risk Mitigation and Assessment, and Risk Reporting and Review.
Figure 14 - IBM Industry Models Speak the Language of Business [11]
SCOR The Supply Chain Operations Reference-model (SCOR®) is a process reference
model that has been developed and endorsed by Supply Chain Council as the
cross-industry standard diagnostic tool for supply chain management. The SCOR
Framework is the basis for all supply chain management. The metrics in SCOR
provide a solid foundation for measuring performance and identifying priorities
but the actual processes are the common language for all supply chain
operations. SCOR enables users to address, improve and communicate supply
chain management practices within and between all interested parties [7].
The SCOR-model has been developed to describe the business activities
associated with all phases of satisfying a customer's demand. By describing
supply chains using process building blocks, the model can be used to describe
supply chains that are very simple or very complex using a common set of
definitions. As a result, disparate industries can be linked to describe the depth
and breadth of virtually any supply chain. The model has been able to
successfully describe and provide a basis for supply chain improvement for global
projects as well as site-specific projects. The 5 key management processes that
SCOR is developed around are Plan, Source, Make, Deliver and Return. An
illustration of how they relate to each other and the various stakeholders can be
seen below in Figure 15.
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Figure 15 - Five Distinct Management Processes [15]
TOGAF TOGAF (The Open Group Architecture Framework) is an industry standard
architecture framework. This can be used freely by any organization or individual
aiming to develop information systems architecture and to utilize it effectively.
Put simply, TOGAF is a tool for assisting in the acceptance, production, use, and
maintenance of architectures. It is based on an iterative process model supported
by best practices and a reusable set of existing architectural assets.[16]
There are many architecture frameworks, but TOGAF is unique in containing a
method for developing architecture - the TOGAF Architecture Development
Method (ADM). TOGAF covers the development of 4 related types of
architectures. These four types of architecture are commonly accepted as subsets
of an overall enterprise architecture, all of which TOGAF is designed to support.
They are the Business, Data, Application and Technology Architectures.
Figure 16 - TOGAF Architecture Development Method (ADM) [17]
TOGAF has been developed and continuously evolved by representatives from
some of the world’s leading IT customer and vendor organizations, working in The
Open Group’s Architecture Forum.
Using TOGAF makes it easier for individuals from organizations to work together
to produce high quality business outcomes with less chance of misunderstanding
and wasted effort. Therefore organizations can spend more time achieving
business value rather than discussing how to do the job.
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Annex II: ADONIS Community Edition Hardware requirements
ADONIS Community Edition
Processor Pentium 4 or equivalent processor (or higher)
(Note: ADONIS is a 32-bit Windows application. ADONIS
can be executed on 32-bit as well as on 64-bit Windows.)
Speed ADONIS:
At least 1,8 GHz (higher recommended)
Database Management System (DBMS):
According to the specification of the DBMS vendor
RAM ADONIS:
At least 1 GB (more recommended)
Database Management System (DBMS):
According to the specification of the DBMS vendor
Hard disk
capacity ADONIS:
Approx. 260 MB for the installation of ADONIS
Plus approx. 400–700 MB for every 1,000 models in
the database
Database Management System (DBMS)
SQL Server Express Edition: approx. 300 MB
for other DBMS: according to the specification of
the DBMS vendor
Screen resolution At least 1024 x 768 (1280 x 960 or higher
recommended)
Colour depth At least 65,536 colours / 16-bit (16 million colours / 32-
bit recommended)
Software requirements
ADONIS Community Edition for Windows XP Professional
Operating
systems
Windows XP Professional Edition (only 32-bit)
Database
management
systems
Microsoft SQL Server 2005/2008/2008 Express (32-
bit and 64-bit)
ADONIS Community Edition for Windows Vista/7
Operating
systems
Windows Vista (32-bit and 64-bit)
Windows 7 (32-bit and 64-bit)
Database
management
Microsoft SQL Server 2005/2008/2008 Express (32-
bit and 64-bit)
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systems
Further Software for All Operating Systems (recommended)
Simulation Microsoft Excel XP/2003/2007/2010
(when using the Excel-based simulation result
comparison; executing macros must be allowed.
When using the function ‘Calculate current values’ in
the Evaluation component, Excel must be installed on
the same machine the client is running)
Documentation Microsoft Word 2003(SP3)/2007/2010
(if the Word or RTF documentation generation is to be
used)
Adobe Acrobat Reader 6.0 (or higher, for viewing
generated PDF documentation)
Mozilla Firefox 3.5 or higher (for viewing generated
HTML documentation)
Microsoft Internet Explorer 7.0/8.0/9.0 (for viewing
generated HTML documentation)
User Guide to Access ADONIS Community Edition
To download the ADONIS Community Edition the end user must go to the
following webpage - www.adonis-community.com and register an account. Once
registered the end user will be able to download and install the software. All
supporting documentation and help files can be found on the website. If the user
experiences any problems with the installation there is a forum available where
support is provided by the forum moderators. Once the software is installed
successfully the next step will be to import one of the open reference model
packages. This functionality used to import the models is explained in the next
section.
User Guide to Import an ADL File
There is a simple way to exchange models in the ADONIS environment. The ADL
Import/Export component allows you to save your models in text format (ASCII)
and, if necessary, import them into a different ADONIS:CE database to share with
other users. The different model packages have been created using this
functionality. As mentioned the user must Import a model package to read the
contents of the models.
To Import a model package to the ADONIS Community Edition please follow the
steps below.
1. From the main menu bar the Import/Export Component must be selected.
See Figure 17 below.
Figure 17 - ADONIS Component Bar
2. Then click on Model – ADL Import – Models/Attribute Profiles, see Figure
18 below.
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Figure 18 - ADL Import Dialog
3. From the next dialog the user must browse for and select the .adl file that
contains the open reference models and click OK. See Figure 19 below.
Figure 19 - ADL file import dialog
4. Then on the next dialog the user must select all the models they would
like to import from the .adl file and on the right hand side you choose a
model group folder where you want the models to be stored. This will
typically be a model group called Models for a first time model import.
Click Import. See Figure 20 below.
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Figure 20 - ADONIS Model Import Selection Dialog
If any changes are made the open reference models and the end user would like
to export the results to be shared with other users they need to follow the steps
outlined below.
1. From the main menu bar, select “Model”, “ADL Export/Import” and specify
the export/import options.
2. Through tabs "Models" and "Attribute profiles" you can toggle between
model and attribute profile selection. In the window "Selection" the
complete hierarchy of models, model groups or attribute profiles are
visible.
3. Select in the window "ADL Export - Selection" the models and/or model
groups to be exported.
4. Define the required export options:
Including models – The selected models will be imported.
Including referenced models – Apart from the selected models to be
exported, the models referenced to these selected models will be
exported - regardless of their selection. Clicking on the option
"References" will enable you to change the settings.
Including model groups – The selected model groups will be exported.
Recursive (model groups) – Separately from the selected model groups
to be exported, all the sub groups of all hierarchy levels will be
exported. ("Recursive (model groups)" is only accessible, if option
"Model groups" is active.)
Including referenced attribute profiles – All referenced attribute profiles
of the models to be exported will also be exported. ("Including
referenced attribute profiles" is only accessible, if the option "Models"
is active.)
User Guide to Upload an ADL File to the Portal
When the end user is satisfied with the content of the their open models and
would like to use them in a simulation run using the Adapt4EE Platform it is
necessary to convert the open reference models into a format that can be
imported into the CIM and that is aligned to the CIM XML schema. To do so the
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end user must upload the .adl file to the Adapt4EE online collaboration portal
which is available at the following URL:
http://83.65.190.83/ADAPT4EEAPP/
The user is presented with the login screen that can be seen in Figure 21 and can
login using the user name and password provided.
Figure 21 - Online Collaboration Portal
After logging in to the portal the first step is to browse for the .adl file that has
been exported from the ADONIS Community Edition by clicking on Model
Management > Upload model as shown in Figure 22 below. The user then can
browse for the exported file and upload it to the online collaboration portal.
Figure 22 - Online Collaboration Portal Model Upload Function
User Guide How to Export the CIM Data
The final step is to export the business processes to the XML schema that has
been aligned with the Common Information Model (CIM). To do so the user can
either export a single model to be used as part of a building simulation run or a
complete package of models contained in a model group. When the user right
clicks on either a single model or on a model group they are presented with the
context menu illustrated in Figure 23 below. Once the user clicks on the menu
item highlighted “XML (CIM Schema) Export” then the business process(es) and
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enterprise related data are exported as an XML file that has been aligned with the
CIM schema.
Figure 23 - Context Menu to Export Models to CIM
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Annex III: Open Reference Models Cover Sheets
Figure 24 - Model Package Cover Sheet Template
Figure 25 - Healthcare Cover Sheet
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Figure 26 - Healthcare - Administration Cover Sheet
Figure 27 - Healthcare – Daycare Cover Sheet
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Figure 28 - Healthcare - Nephrology Cover Sheet
Figure 29 - Healthcare - Oncology Cover Sheet
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Figure 30 - Software House Cover Sheet
Figure 31 - Software House - Design and Development
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Figure 32 - Software House - Financial Cover Sheet
Figure 33 - Software House - Innovation Cover Sheet
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Figure 34 - Software House - Procurement Cover Sheet
Figure 35 - Eye Clinic Cover Page