ACTIVE - Training programme for multipliers
back to ACTIVE training project
The goal of training activities in ACTIVE is to achieve the transfer of knowledge and best practices within the project as well as (principally) outside the project. ACTIVE training program is aimed at training individuals and groups on the topics that are relevant to the ACTIVE project. Each training program covers a general topic and is generated from several training courses that are focused on specific topics. Furthermore, each training program combines different types and forms of learning: traditional, ICT supported or blended training event. For each training course we provide textual materials, references to the sources used for training module preparation, a list of the topic relevant ACTIVE deliverables, video tutorials and additional materials/suggested readings.
1. Theoretical Foundations and Conceptual Models
This course starts with the theoretical foundations on the organisational and collaboration forms, business process modelling, management and collaboration mechanisms, knowledge management and current governance principles in organisations. In contrast it provides basic information about traditional and emerging technologies that influence traditional business organisation and management context. Then it gives motivation for the complete ACTIVE training programme by providing incentives, future trends and business potentials. Theoretical foundations and conceptual models - course
Course topics:
Collaboration and collaborative knowledge creation
- Semantic MediaWiki
- Managing Collaboration Projects using Semantic Email
- Supporting Collaborative Ontology Development in Protege
- Semantic Wikis - IkeWiki - A Semantic Wiki for Collaborative Knowledge Management
- Productivity in Collaboration-intensive Knowledge Work: The Collaboration Management Imperative
- Re-thinking scientific teams: competition, conflict and collaboration
- In-Use 1: OntoWiki - A Tool for Social, Semantic Collaboration
Knowledge processes and tasks
- Informal Knowledge Processes: The Long Tail of Business Processes
- Workshop on Semantic Business Process Management - GoMoKIT- Towards an applicable goal-oriented Business Process Modelling approach for knowledge-intensive Tasks
Process modelling
Knowledge management
- Semantic MediaWiki
- Knowledge Access
- Creating and Using Organisational Semantic Webs in Large Networked Organisations
- Automating Knowledge
- Semantic Wikis - IkeWiki - A Semantic Wiki for Collaborative Knowledge Management
Formalisms for (dynamic) aspects of knowledge worker context and enterprises
- Context Sensitivity in Knowledge Rich Systems
- Context Sensitivity in Knowledge Rich Systems
- Context Sensitivity in Knowledge Rich Systems
- Context Sensitivity in Knowledge Rich Systems - Contents of parts 2
2. Knowledge Models and Structures
This course deals with the theoretical background on knowledge and semantic technologies and examines them from a technological, historical and scientific perspective. It starts with the basic facts about knowledge structures and models and their role in the knowledge formalisation, modelling, reasoning and adaptation. It provides comparison and contrasting of diverse knowledge models, structures and systems and understanding their participation in industry. Knowledge models and structures - course
Course topics:
Semantic languages
- Semantic MediaWiki
- A short Tutorial on Semantic Web
- Applied Temporal RDF: Ef?cient Temporal Querying of RDF Data with SPARQL
- FO(ID) as an Extension of DL with Rules
- NSPARQL: A Navigational Language for RDF
- RDFa - Bridging the Web of Documents and the Web of Data
Knowledge formalisation and representation
- Semantic MediaWiki
- Formal and Informal knowledge representation
- Knowledge Representation and Extraction for Business Intelligence
Reasoning and probabilistic temporal models
- Reasoning for Ontology Engineering and Usage
- Knowledge Representation and Reasoning
- Knowledge Representation and Reasoning - Discussion
Knowledge structures Collaborative articulation of expressive knowledge Knowledge leveraging and repair models Knowledge-based adaptation Knowledge creation cycle
Related talks:
- An architecture for semantic navigation and reasoning with patient data - experiences of the Health-e-Child project
- Semantic Reasoning: A Path To New Possibilities of Personalization
- Formal and Informal knowledge representation
- Research Directions in Enterprise Knowledge Management
3. Background Technologies
This course presents and explains core technologies from the area of knowledge technologies that ranges from the data driven methods to knowledge driven methods and are important for detecting, analysing and managing knowledge (tacit and explicit) in organisations. Recent developments in the particular areas are demonstrated through real software prototypes, successful market cases and real business implementations. The course provides many demos that are available as demonstrations online and could be supplemented with the hands-on session. Background technologies - course
Course topics:
Context mining
- Business Process Mining and Formalization
- Context changes detection by one-class svms
- Context recognition in the wearIT@work project
- Mining Rich Session Context to Improve Web Search
- Context as a non-ontological determinant of semantics
Stream mining
- State of the Art in Data Stream Mining
- State of the Art in Data Stream Mining
- An architecture for context-aware adaptive data stream mining
- A Model for Quality Guaranteed Resource-Aware Stream Mining
Anomaly detection
- Data Mining for Anomaly Detection
- Information Theo-retic and Alge-braic Methods for Network Anomaly Detection
- A LRT Framework for Fast Spacial Anomaly Detection
Social network analysis
- Searching and ranking in RDF documents and social networks
- A Social Identity Approach to Identify Familiar Strangers in a Social Network
- A LRT Framework for Fast Spacial Anomaly Detection
- Using Social Network Analysis, Geotemporal Reasoning and RDFS++ Reasoning for Business Intelligence
Social software and Web 2.0
- A Cabinet of Web 2.0 Scientific Curiositics
- Collective Semantics: Collective Intelligence & the Semantic Web - Flickring Our World
- Beyond Web 2.0
- Gesundheit! Modeling Contagion Through Facebook News Feed
- Panel II: Social Network Portability: Is the Semantic Web Ready?
- Using Social Networks for Social Work
- Mining the Web 2.0 for Better Search
- WhoAmI - A Web2.0 Platform for Faceted Identity Management through Aggregation of Social Media
Adaptive and context-aware systems
Semantic technologies and content Social software and Web 2.0 Knowledge filters Meta learning Forecasting
Related talks:
- Beyond Web 2.0
- From Mining the Web to Inventing the New Sciences Underlying the Internet
- Mining Queries
- Improving Search with Semantic Technologies: Current Research Directions
- Text Mining and Light Weight Semantics
4. ACTIVE Innovative Solutions
This is one of the main courses in ACTIVE training programmes. It is aimed at presenting ACTIVE innovative solutions that will be developed in the frame of the project. Training starts with innovative business and organisational models that are consequence of newly introduced technologies. The main focus is on the explanation and demonstration of technologies developed in ACTIVE, their use in the industry contexts and on the discussion of their implications to the traditional business environment. Course addresses in detail the methods for identifying knowledge processes, hidden knowledge in organisations as well as new technology research streams. Furthermore it explains and demonstrates the methods for contextualisation that spans over three orthogonal dimensions: content, social network and time. ACTIVE innovative solutions - course
Course topics:
Tools and methods for collaborative and expressive knowledge articulation paradigms
Ontology learning
- Business Process Mining and Formalization
- Text Mining for Ontology Learning
- Ontology Learning - Knowledge Discovery and the Semantic Web
Hybrid Web 2.0 - ontology infrastructure
- ACTIVE, Ali and More
- Collective Semantics: Collective Intelligence & the Semantic Web - From Web 2.0 to Semantic Web - A Semi-Automated Approach
Semi-automated process refactoring
Optimization of knowledge models and pro-active support
Delivery of contextualized information
Visualization of temporal enterprise model
Privacy preserving analysis of enterprise data
- Accenture Case Study: Enterprise Collaboration & Knowledge Management through Machine Learning and Semantic Technologies
- Privacy Preserving DataMining
Inconsistency diagnosis and automatic repair of inconsistencies Complex rule interfaces Knowledge process mining Autonomous, context aware services for knowledge processes Dynamic adaptations of context-aware knowledge processes Security-aware knowledge processes Simultaneous analysis of multiple modalities
Related talks:
- Welcome to the ACTIVE kick off meeting
- Free Semantic Content: Using OpenCyc in Semantic Web Applications
- Realizing a Semantic Web Application
- KM at the Customer Front-Line: The BT Case Study in ACTIVE
5. Management and Problem Solving
This course is aimed at providing knowledge about the models, structures and mechanisms for management, coordination and problem solving. The coordination mechanisms are basic mechanisms in any networked organisation and as such the focal point of interest for any distributed, knowledge focused organisation. The course will analyse and study the approaches for distributed and collaborative decision-making including organizational aspects in the context of informal and knowledge processes. Support with ACTIVE models and solutions for decision making processes in inter-enterprise and collaborative environment is the main focus. |Management and problem solving - course
Course topics:
Context sensitive management
Pro-active knowledge process support
6. Practical Examples and ACTIVE Prototypes
In this course the development process of the ACTIVE prototypes for three specific applications will be demonstrated. The development process and the applications with their specific benefits which are created by the ACTIVE research results will be shown. The course will be supplemented with a hands-on workshop to allow participants to deal with concrete examples from their work context. The focus will be on identifying areas of applications where the functionalities developed in the ACTIVE project can be applied. Practical Examples and ACTIVE Prototypes - course
Course topics:
Case studies and best practices
- KM at the Customer Front-Line: The BT Case Study in ACTIVE
- ACTIVE BT Case Study
- Accenture Case Study: Enterprise Collaboration & Knowledge Management through Machine Learning and Semantic Technologies
Demonstrators, demos, prototypes
- Semantic Web Technology for Agent Communication Protocols
- Introduction to the ACTIVE Knowledge Workspace SDK
Use scenarios
9. ACTIVE project - Introduction
The aim of this course is to present the aims, goals, structure and expected results of ACTIVE project. In addition this course provides information about the future plans, development and operations of the business development that will follow the ACTIVE project. In that respect the future directions in the research areas will be presented, their use potentials, development scenarios and business scenarios in the forms of business plans. ACTIVE project - Introduction - course
- Welcome to the ACTIVE kick off meeting
- Opening and Introduction of the 1st ACTIVE Summer School
- ACTIVE Introduction
- Welcome to the Summer School on Advanced Technologies for Knowledge Intensive Networked Organizations 2010 - Aachen
10. Using ACTIVE solution
The aim of this training module is to train the potential users/adopters/developers on the ACTIVE solutions. The course is organised as a blended learning module that combines traditional two days event with the self-learning courses in LC. The main learning goals for this module are to teach about basics of ACTIVE solutions and infrastructure, provide technical specifications, development environment and cases. Using ACTIVE solution - course
Course topics:
ACTIVE prototypes, ACTIVE Knowledge Workspace Desktop, ACTIVE SDK, ACTIVE Integrated Platform