This document proposes a theoretical model to understand how knowledge professionals engage in learning and performance through a social networks perspective. It discusses key theories around social learning, communities of practice, and connectivism. The model hypothesizes that factors like an individual's network density, efficiency, engagement, and weak ties are associated with their learning. It describes collecting data on online student discussions to analyze social network properties and propose a novel "content richness" metric to measure social learning.
This document proposes a theoretical model to understand how social networks impact learning and performance. It analyzes data from an online project management course involving 36 professionals. The model is based on social learning and social network theories. It finds that social learning, rather than direct performance, is influenced by social network properties like structure, relations and position. A measure of "Content Richness" is introduced to measure engagement through message content analysis. Results indicate social network properties are correlated with social learning measures, which indirectly impact performance. The model could help educators enhance learning analytics and outcomes.
This document summarizes a presentation on how social networks impact organizational learning. It discusses two key concepts - organizational learning, which is how organizations acquire, retain, and apply knowledge, and social networks, which embody past knowledge and shape future knowledge transfer. The presentation examines the relationship between these two concepts, exploring how networks impact knowledge creation, retention, and transfer within organizations. It uses a case study of student company networks and learning to empirically test these relationships.
This document discusses analyzing learning networks to inform design. It argues that analysis should consider both individual experiences within the network and structural properties of the network itself. The analysis aims to understand what gives life to networks and informs design without being critical or exploitative. It draws on Christopher Alexander's work on patterns and properties to analyze structural properties of learning networks.
The document discusses two faces of integrative learning: the networked self and the symphonic self. The networked self focuses on creating intentional connections through play, emergence and flexibility using web 2.0 tools. The symphonic self focuses on achieving integrity and coherence through analysis, selection and synthesis using ePortfolio systems. While the networked self aligns with recent discourse on integrative learning, the symphonic self aligns more with portfolio pedagogy in the US. Both faces are needed for optimal learning, not as an either/or choice.
A widget-based dashboard approach for awareness and reflection in online lear...Wolfgang Reinhardt
This document introduces a widget-based dashboard called the AANalyzer tool that aims to support reflection and awareness for learners in online learning communities. The tool is based on the theoretical model of Artefact-Actor-Networks (AANs), which combines social networks and "artefact networks" made up of objects created during social interactions. The AANalyzer allows learners to monitor who is doing what in their learning network and how their own and others' actions affect each other, in order to enhance reflection on learning activities.
Collaborative Innovation Networks, Virtual Communities, and Geographical Clus...COINs2010
COLLABORATIVE INNOVATION NETWORKS, VIRTUAL COMMUNITIES AND
GEOGRAPHICAL CLUSTERING
M. De Maggio, P. A. Gloor, G. Passiante
Abstract
This paper describes the emergence of Collaborative Knowledge Networks (CKNs), distributed communities taking advantage of the wide connectivity and the support of communication technologies, spanning beyond the organizational perimeter of companies on a global scale.
CKNs are made up of groups of self-motivated individuals, linked by the idea of something new and exciting, and by the common goal of
improving existing business practices, new products or services for which they see a real need. Their strength is related to their ability to activate
creative collaboration, knowledge sharing and social networking mechanisms, affecting positively individual capabilities and organizations’
performance.
We describe the case of a Global Consulting Community to highlight the cultural and structural aspects of this phenomenon. Our case study also
illustrates the composition of the CKN ecosystem, which are made up by a combination of Collaborative Innovation, Learning and Interest Networks.
Empirical evidence suggests physical proximity as a supporting success factor of such communities, depending on the capital and knowledge intensity of the target industry.
This document discusses the importance of human networks and how to build effective community networks. It explains that while large institutions generate efficiencies, they can also impede collaboration and innovation. Building community connectivity through networks can help address "wicked problems." The document outlines how to analyze a community's network using social network analysis and mapping software. This allows identifying well-connected individuals and groups, as well as the overall network structure. Strategies for strengthening networks include relationship building and collaboration. The example of Newton, Iowa is given, which conducted social network analysis after a major plant closing to help guide regional collaboration and transformation.
The concept and architecture of learning cellWei Cheng
The document proposes the concept of a "learning cell" as a new unit for organizing and sharing learning resources. A learning cell aggregates related educational content, activities, tools, and records into a single extensible resource that can evolve over time. It utilizes a semantic network model rather than a hierarchical structure to categorize information. The architecture supports sharing learning cells across systems and devices through a cloud-based runtime environment.
This document proposes a theoretical model to understand how social networks impact learning and performance. It analyzes data from an online project management course involving 36 professionals. The model is based on social learning and social network theories. It finds that social learning, rather than direct performance, is influenced by social network properties like structure, relations and position. A measure of "Content Richness" is introduced to measure engagement through message content analysis. Results indicate social network properties are correlated with social learning measures, which indirectly impact performance. The model could help educators enhance learning analytics and outcomes.
This document summarizes a presentation on how social networks impact organizational learning. It discusses two key concepts - organizational learning, which is how organizations acquire, retain, and apply knowledge, and social networks, which embody past knowledge and shape future knowledge transfer. The presentation examines the relationship between these two concepts, exploring how networks impact knowledge creation, retention, and transfer within organizations. It uses a case study of student company networks and learning to empirically test these relationships.
This document discusses analyzing learning networks to inform design. It argues that analysis should consider both individual experiences within the network and structural properties of the network itself. The analysis aims to understand what gives life to networks and informs design without being critical or exploitative. It draws on Christopher Alexander's work on patterns and properties to analyze structural properties of learning networks.
The document discusses two faces of integrative learning: the networked self and the symphonic self. The networked self focuses on creating intentional connections through play, emergence and flexibility using web 2.0 tools. The symphonic self focuses on achieving integrity and coherence through analysis, selection and synthesis using ePortfolio systems. While the networked self aligns with recent discourse on integrative learning, the symphonic self aligns more with portfolio pedagogy in the US. Both faces are needed for optimal learning, not as an either/or choice.
A widget-based dashboard approach for awareness and reflection in online lear...Wolfgang Reinhardt
This document introduces a widget-based dashboard called the AANalyzer tool that aims to support reflection and awareness for learners in online learning communities. The tool is based on the theoretical model of Artefact-Actor-Networks (AANs), which combines social networks and "artefact networks" made up of objects created during social interactions. The AANalyzer allows learners to monitor who is doing what in their learning network and how their own and others' actions affect each other, in order to enhance reflection on learning activities.
Collaborative Innovation Networks, Virtual Communities, and Geographical Clus...COINs2010
COLLABORATIVE INNOVATION NETWORKS, VIRTUAL COMMUNITIES AND
GEOGRAPHICAL CLUSTERING
M. De Maggio, P. A. Gloor, G. Passiante
Abstract
This paper describes the emergence of Collaborative Knowledge Networks (CKNs), distributed communities taking advantage of the wide connectivity and the support of communication technologies, spanning beyond the organizational perimeter of companies on a global scale.
CKNs are made up of groups of self-motivated individuals, linked by the idea of something new and exciting, and by the common goal of
improving existing business practices, new products or services for which they see a real need. Their strength is related to their ability to activate
creative collaboration, knowledge sharing and social networking mechanisms, affecting positively individual capabilities and organizations’
performance.
We describe the case of a Global Consulting Community to highlight the cultural and structural aspects of this phenomenon. Our case study also
illustrates the composition of the CKN ecosystem, which are made up by a combination of Collaborative Innovation, Learning and Interest Networks.
Empirical evidence suggests physical proximity as a supporting success factor of such communities, depending on the capital and knowledge intensity of the target industry.
This document discusses the importance of human networks and how to build effective community networks. It explains that while large institutions generate efficiencies, they can also impede collaboration and innovation. Building community connectivity through networks can help address "wicked problems." The document outlines how to analyze a community's network using social network analysis and mapping software. This allows identifying well-connected individuals and groups, as well as the overall network structure. Strategies for strengthening networks include relationship building and collaboration. The example of Newton, Iowa is given, which conducted social network analysis after a major plant closing to help guide regional collaboration and transformation.
The concept and architecture of learning cellWei Cheng
The document proposes the concept of a "learning cell" as a new unit for organizing and sharing learning resources. A learning cell aggregates related educational content, activities, tools, and records into a single extensible resource that can evolve over time. It utilizes a semantic network model rather than a hierarchical structure to categorize information. The architecture supports sharing learning cells across systems and devices through a cloud-based runtime environment.
Beyond LMS Keynote to Canada Moodlemoot 2009Terry Anderson
A familiar overview of groups networks and collectives with ideas for the role of LMS in this mix and implications for lifelong learning beyond the course.
Os dejo una presentación muy reciente de Stephen Downes, como referencia hacia lo que debemos tender como formadores en el contexto del Proyecto Guadalinfo.
Searching for patterns in crowdsourced informationSilvia Puglisi
This document introduces crowdsourcing and discusses discovering patterns in crowdsourced data. It discusses defining the context of volunteered information on the internet in order to understand relationships between data. A network model is proposed where different types of context define nodes and relationships between context determine edges. Properties of small world networks are discussed including how they could be used to model relationships between crowdsourced data and evaluate data quality. Finally, applications to search ranking, privacy and security are briefly mentioned.
Social networks are a class of information networks, where the unit of exchange (acquaintance, knowledge, attention) is in terms of information, rather than physical material. Information networks are characteristically different from material networks. While material networks are primarily about transfer of energy, information networks are driven by the need to model or represent underlying semantics. In this talk, we will first look contrast information and material networks. We will then look into different kinds of semantics that can be discerned from the way information elements have been connected.
The Social Semantic Server - A Flexible Framework to Support Informal Learnin...Sebastian Dennerlein
The document describes the Social Semantic Server (SSS), a flexible framework developed to support informal learning in workplace settings. The SSS was designed based on theories of distributed cognition and meaning making to facilitate collaboration and knowledge sharing through artifacts. It implements a service-oriented architecture with various microservices to integrate tools for informal learning. Examples of tools built on the SSS include Bits & Pieces for sensemaking experiences, KnowBrain for collaborative discussions, and Bookmarker/Attacher for exploring topics. The SSS aims to provide a technical infrastructure that supports meaning making during artifact-mediated communication in the workplace.
Taking evidence-based professional learning conversations online: Implicatio...mddhani
Presented in one of the parallel sessions during the 15th International Conference on Education 2010 at Universiti Brunei Darussalam.
Presenter/courtesy of Michael Moroney, Lecturer, Universiti Brunei Darussalam.
The document discusses a proposal to automatically generate knowledge chains (KCs) to recommend to learners based on monitoring their web navigation. A software agent would observe the pages a learner visits and the time spent on each. It would then classify page content using an ontology and web mining techniques. Based on the related concepts identified across visited pages and the navigation path, the agent aims to build potential KCs representing that knowledge to recommend back to the learner. This approach intends to motivate learners to build their personal knowledge by creating KCs for them based on their own browsing behavior and content.
The document discusses learners' perceptions of learning in open and networked environments. It finds that such learning is connected, as learners are connected through various tools and networks to people, resources, and each other. It is also disruptive, as the unstructured nature of open learning can be challenging to manage. Learners must self-organize, determining how to learn, what tools to use, and how to develop connections. The learning is emergent and unpredictable as interactions and activities grow rhizomatically. Learners are expected to create, share, and expand their knowledge in this complex, distributed, and chaotic environment.
The document discusses social presence in online learning. It begins by defining online learning and social presence. It then summarizes the Community of Inquiry model, which is widely used to measure quality in online learning. The model consists of three presences - social presence, cognitive presence, and teaching presence. Social presence refers to projecting oneself as a "real person" through online communication. Studies have linked social presence to positive student outcomes. The document discusses ways to stimulate social presence, such as using humor, video and audio, and collaborative projects. It also addresses assessing social presence using the Community of Inquiry framework and applying the model in teacher education.
EDEN seminar introduction to Community of Inquiry ModelTerry Anderson
The Community of Inquiry (COI) model is a framework for online learning that focuses on three core elements: cognitive presence, social presence, and teaching presence. It provides a simplified way to understand complex interactions in online learning. As a seminal model, it is highly influential and widely cited in online and blended education research. The COI model was developed in response to the need to demonstrate that online learning can facilitate social experiences and interactions, and to measure components of the online learning experience to validate teaching and learning claims. It serves as a useful guide for both researchers exploring online interactions and learning, as well as instructors seeking to make informed decisions about online course design.
Assessing The Tangible And Intangible Impacts Of The Convergence Of E-Learnin...ijistjournal
This document discusses the convergence of e-learning and knowledge management. It outlines similarities and differences between the two, including that they both focus on learning and knowledge acquisition but e-learning is more static while knowledge management is dynamic. The document also discusses issues with converging the two, such as overcoming cultural barriers to knowledge sharing and difficulties measuring the value of knowledge assets. Overall, the convergence of e-learning and knowledge management aims to improve organizational learning and decision-making through more effective sharing of knowledge resources.
This document provides an overview of new digital spaces and user behavior within them. It argues that digital technologies have infiltrated all aspects of life and that we are seeing new patterns of behavior emerge as a result. Specifically, it explores a case study of the Cloudworks social networking site, which aims to facilitate discussion and sharing of teaching ideas. Analysis of user behavior on the site provides insights into how new technologies can be harnessed for educational purposes and the challenges of understanding emerging behaviors in new digital spaces.
Talk held during the SolarStorm Learning Analytics Symposium. Organized by Simon Buckingham Shum.
The OUNL team will talk about work in progress from a SocialLearn research internship held by Bieke Schreurs. The Network Awareness Tool (NAT) was developed initially for rendering the normally invisible non-digital networks underpinning informal learning (in particular for teacher professional development). The work reported here describes how NAT was adapted to render social networks between informal learners in the OU’s SocialLearn platform, in which different social ties can be filtered in and out of the network visualization, and moreover, enriched with topics.
http://bit.ly/LearningAnalyticsOU
Confounding redundancy: LMS, Social Networks & E-portfolio Systems - Moodlemo...Terry Anderson
This is the presentation that Jon Dron and I did in Vancouver for the Canadian Moodlemoot. We looked at the redundancy between three big institutional e-learning apps- LMS, e-portfolio and social networks and tried to overview issues of integrating these- or not.
This document introduces the concept of digital knowledge ecosystems and knowledge networks to improve knowledge management and sharing in systems engineering. It defines key terms, discusses gaps in current knowledge management practices in systems engineering, and argues that knowledge networks and open digital ecosystems can increase knowledge flow. The paper provides background and justification for pursuing further research in applying knowledge networks and ecosystems to systems engineering knowledge management.
This document discusses the potential of new open, social, and participatory media for learning, teaching, and research. It outlines how the characteristics of new media and a changing educational landscape require innovative approaches that harness these technologies' abilities to support distributed cognition across people and technologies. Examples of how technologies like social networking, blogging, and wikis can support personalized, situated, and collaborative learning are provided.
This document provides an overview of classical conditioning. It defines classical conditioning as a type of learning where a neutral stimulus becomes associated with an unconditioned stimulus to elicit a conditioned response. The document discusses Pavlov's famous experiments with dogs and the salivation response. It covers principles of classical conditioning like acquisition, extinction, generalization, and discrimination. Applications to behavior therapy and the neural basis are also mentioned.
National income is defined as the value of all final goods and services produced by the normal residents of a country in a year. It is measured to understand the size and performance of a country's economy, trace economic growth trends, know the structure of the national income, and help formulate development plans and policies. National income is calculated using the production, income, and expenditure methods and aggregates at current and constant prices. It is important but does not fully reflect human development or income distribution.
Consumer learning is vital in creating Brand loyalty and Brand equity. In this presentation you will come to know about how people learn and what you should do as a company to make consumers learn about your product.
Beyond LMS Keynote to Canada Moodlemoot 2009Terry Anderson
A familiar overview of groups networks and collectives with ideas for the role of LMS in this mix and implications for lifelong learning beyond the course.
Os dejo una presentación muy reciente de Stephen Downes, como referencia hacia lo que debemos tender como formadores en el contexto del Proyecto Guadalinfo.
Searching for patterns in crowdsourced informationSilvia Puglisi
This document introduces crowdsourcing and discusses discovering patterns in crowdsourced data. It discusses defining the context of volunteered information on the internet in order to understand relationships between data. A network model is proposed where different types of context define nodes and relationships between context determine edges. Properties of small world networks are discussed including how they could be used to model relationships between crowdsourced data and evaluate data quality. Finally, applications to search ranking, privacy and security are briefly mentioned.
Social networks are a class of information networks, where the unit of exchange (acquaintance, knowledge, attention) is in terms of information, rather than physical material. Information networks are characteristically different from material networks. While material networks are primarily about transfer of energy, information networks are driven by the need to model or represent underlying semantics. In this talk, we will first look contrast information and material networks. We will then look into different kinds of semantics that can be discerned from the way information elements have been connected.
The Social Semantic Server - A Flexible Framework to Support Informal Learnin...Sebastian Dennerlein
The document describes the Social Semantic Server (SSS), a flexible framework developed to support informal learning in workplace settings. The SSS was designed based on theories of distributed cognition and meaning making to facilitate collaboration and knowledge sharing through artifacts. It implements a service-oriented architecture with various microservices to integrate tools for informal learning. Examples of tools built on the SSS include Bits & Pieces for sensemaking experiences, KnowBrain for collaborative discussions, and Bookmarker/Attacher for exploring topics. The SSS aims to provide a technical infrastructure that supports meaning making during artifact-mediated communication in the workplace.
Taking evidence-based professional learning conversations online: Implicatio...mddhani
Presented in one of the parallel sessions during the 15th International Conference on Education 2010 at Universiti Brunei Darussalam.
Presenter/courtesy of Michael Moroney, Lecturer, Universiti Brunei Darussalam.
The document discusses a proposal to automatically generate knowledge chains (KCs) to recommend to learners based on monitoring their web navigation. A software agent would observe the pages a learner visits and the time spent on each. It would then classify page content using an ontology and web mining techniques. Based on the related concepts identified across visited pages and the navigation path, the agent aims to build potential KCs representing that knowledge to recommend back to the learner. This approach intends to motivate learners to build their personal knowledge by creating KCs for them based on their own browsing behavior and content.
The document discusses learners' perceptions of learning in open and networked environments. It finds that such learning is connected, as learners are connected through various tools and networks to people, resources, and each other. It is also disruptive, as the unstructured nature of open learning can be challenging to manage. Learners must self-organize, determining how to learn, what tools to use, and how to develop connections. The learning is emergent and unpredictable as interactions and activities grow rhizomatically. Learners are expected to create, share, and expand their knowledge in this complex, distributed, and chaotic environment.
The document discusses social presence in online learning. It begins by defining online learning and social presence. It then summarizes the Community of Inquiry model, which is widely used to measure quality in online learning. The model consists of three presences - social presence, cognitive presence, and teaching presence. Social presence refers to projecting oneself as a "real person" through online communication. Studies have linked social presence to positive student outcomes. The document discusses ways to stimulate social presence, such as using humor, video and audio, and collaborative projects. It also addresses assessing social presence using the Community of Inquiry framework and applying the model in teacher education.
EDEN seminar introduction to Community of Inquiry ModelTerry Anderson
The Community of Inquiry (COI) model is a framework for online learning that focuses on three core elements: cognitive presence, social presence, and teaching presence. It provides a simplified way to understand complex interactions in online learning. As a seminal model, it is highly influential and widely cited in online and blended education research. The COI model was developed in response to the need to demonstrate that online learning can facilitate social experiences and interactions, and to measure components of the online learning experience to validate teaching and learning claims. It serves as a useful guide for both researchers exploring online interactions and learning, as well as instructors seeking to make informed decisions about online course design.
Assessing The Tangible And Intangible Impacts Of The Convergence Of E-Learnin...ijistjournal
This document discusses the convergence of e-learning and knowledge management. It outlines similarities and differences between the two, including that they both focus on learning and knowledge acquisition but e-learning is more static while knowledge management is dynamic. The document also discusses issues with converging the two, such as overcoming cultural barriers to knowledge sharing and difficulties measuring the value of knowledge assets. Overall, the convergence of e-learning and knowledge management aims to improve organizational learning and decision-making through more effective sharing of knowledge resources.
This document provides an overview of new digital spaces and user behavior within them. It argues that digital technologies have infiltrated all aspects of life and that we are seeing new patterns of behavior emerge as a result. Specifically, it explores a case study of the Cloudworks social networking site, which aims to facilitate discussion and sharing of teaching ideas. Analysis of user behavior on the site provides insights into how new technologies can be harnessed for educational purposes and the challenges of understanding emerging behaviors in new digital spaces.
Talk held during the SolarStorm Learning Analytics Symposium. Organized by Simon Buckingham Shum.
The OUNL team will talk about work in progress from a SocialLearn research internship held by Bieke Schreurs. The Network Awareness Tool (NAT) was developed initially for rendering the normally invisible non-digital networks underpinning informal learning (in particular for teacher professional development). The work reported here describes how NAT was adapted to render social networks between informal learners in the OU’s SocialLearn platform, in which different social ties can be filtered in and out of the network visualization, and moreover, enriched with topics.
http://bit.ly/LearningAnalyticsOU
Confounding redundancy: LMS, Social Networks & E-portfolio Systems - Moodlemo...Terry Anderson
This is the presentation that Jon Dron and I did in Vancouver for the Canadian Moodlemoot. We looked at the redundancy between three big institutional e-learning apps- LMS, e-portfolio and social networks and tried to overview issues of integrating these- or not.
This document introduces the concept of digital knowledge ecosystems and knowledge networks to improve knowledge management and sharing in systems engineering. It defines key terms, discusses gaps in current knowledge management practices in systems engineering, and argues that knowledge networks and open digital ecosystems can increase knowledge flow. The paper provides background and justification for pursuing further research in applying knowledge networks and ecosystems to systems engineering knowledge management.
This document discusses the potential of new open, social, and participatory media for learning, teaching, and research. It outlines how the characteristics of new media and a changing educational landscape require innovative approaches that harness these technologies' abilities to support distributed cognition across people and technologies. Examples of how technologies like social networking, blogging, and wikis can support personalized, situated, and collaborative learning are provided.
This document provides an overview of classical conditioning. It defines classical conditioning as a type of learning where a neutral stimulus becomes associated with an unconditioned stimulus to elicit a conditioned response. The document discusses Pavlov's famous experiments with dogs and the salivation response. It covers principles of classical conditioning like acquisition, extinction, generalization, and discrimination. Applications to behavior therapy and the neural basis are also mentioned.
National income is defined as the value of all final goods and services produced by the normal residents of a country in a year. It is measured to understand the size and performance of a country's economy, trace economic growth trends, know the structure of the national income, and help formulate development plans and policies. National income is calculated using the production, income, and expenditure methods and aggregates at current and constant prices. It is important but does not fully reflect human development or income distribution.
Consumer learning is vital in creating Brand loyalty and Brand equity. In this presentation you will come to know about how people learn and what you should do as a company to make consumers learn about your product.
Variations in consumer decision making depend on the type of product and level of involvement. People learn through different processes such as cognitive learning, behavioral learning through conditioning, and modeling from others. Marketers aim to influence consumer learning and decision making through various tools and strategies. Cultural and social factors also impact consumer behavior.
The document discusses different theories of learning including behaviorism, constructivism, and definitions of learning. Behaviorism views learning as changes in observable behavior due to stimuli and reinforcement. Constructivism sees learning as an active process where learners construct knowledge based on their experiences. The document contrasts traditional classrooms with constructivist classrooms, noting differences in how students and teachers approach learning.
This document outlines several major theories of learning in psychology, including:
1) Behaviorism, which focuses on observable behaviors and conditioning.
2) Cognitivism, which views learning as connecting symbols mentally.
3) Social Learning Theory, which emphasizes learning through observation and imitation of models.
4) Social Constructivism, where knowledge is actively constructed through social and contextualized processes.
5) Multiple Intelligences Theory, which proposes individuals possess different types of intelligences.
6) Brain-Based Learning, which is informed by neuroscience and principles like emotional engagement.
The document compares key aspects of each theory and critiques their implications for classroom practice.
LAK13: Visualizing Social Learning Ties by Type and Topic: Rationale and Co...Bieke Schreurs
This document introduces the Network Awareness Tool (NAT) plugin for SocialLearn, which visualizes social learning networks on online learning platforms. The NAT plugin identifies relationships between users who interact around common learning topics. It displays these relationships through tag clouds of discussion themes, visualized networks of interactions within themes, and individual ego-networks. This helps learners reflect on their learning networks and educators guide network development and foster collaboration. The plugin is motivated by theories of networked learning and social capital, analyzing how professionals engage in learning relationships and the value of these engagements. Future research areas are identified like analyzing network dynamics and influence of tie content.
This document describes a Network Awareness Tool being developed to detect and analyze informal workplace learning. The tool aims to capture traces of social informal learning through everyday work interactions. It will use social network analysis to map learning networks and communities of practice within organizations. The tool collects data on learning topics, individual networks, and the strength and content of interactions to provide feedback on informal learning structures and themes. This will help understand informal learning and identify support needs to foster professional development. Future plans include combining online and offline data, integrating it with learning analytics dashboards, and improving social browsing and network analysis through semantic techniques.
The document discusses challenges with eLearning implementation in universities and proposes connectivism as a framework to address these challenges. It summarizes that eLearning has largely been unsuccessful due to a lack of change in teaching practices. The HKU eLearning strategy aims to enhance learning but will not succeed without reconceiving teaching approaches. Connectivism provides a model of learning as an ongoing process of exploration and connection that could help change teaching in line with how knowledge is acquired today. While the LMS has limitations, it could potentially support connectivism if used creatively to connect learners to external resources and allow knowledge production and sharing.
This document discusses three generations of online learning pedagogy: 1) behaviourist/cognitive, 2) social constructivist, and 3) connectivist. The first generation focuses on individual learning through direct instruction and is scalable but lacks social learning. The second generation emphasizes collaborative group learning and knowledge construction but has limitations in size and scalability. The third generation is based on connective knowledge and networked learning through linking to other people and resources on the internet. It focuses on students taking responsibility for their own learning but can be disruptive. Overall, the best approach to online learning combines pedagogies, technologies, and social structures to empower student exploration and lifelong learning.
The Social Semantic Server: A Flexible Framework to Support Informal Learning...tobold
The document describes the Social Semantic Server (SSS), a flexible framework developed to support informal learning in workplace settings. The SSS was designed based on theories of distributed cognition and meaning making to help learners interact through shared digital artifacts. It implements a service-oriented architecture with various microservices to integrate different learning tools. Examples of tools built on the SSS include Bits & Pieces for sensemaking experiences, KnowBrain for collaborative discussions, and Bookmarker/Attacher for exploring online topics. The SSS aims to provide a technical infrastructure that can capture workplace learning interactions and support the social construction of shared meaning.
Patrícia Fidalgo conducted research on the social learning networks formed in the Moodle LMS at a Portuguese higher education institution. She found formal networks with little interaction among students. The most prominent pattern was centered around the teacher. Assessment activities mainly influenced network formation. More informal discussion themes triggered higher participation and interaction. Moodle can support an institution's online communication, knowledge building, and sharing if tailored to its needs. Academic analytics can provide practitioners information to promote better learning experiences.
Hong Kong Knowledge Management SocietyIain Doherty
This is a presentation that I gave to the Hong Kong Knowledge Management Society. It is a high level look at the learning management system in higher education and the presentation makes the case for needing to focus on teaching and learning if eLearning is to be successful.
Knowledge graph-based method for solutions detection and evaluation in an on...IJECEIAES
Online communities are a real medium for human experiences sharing. They contain rich knowledge of lived situations and experiences that can be used to support decision-making process and problem-solving. This work presents an approach for extracting, representing, and evaluating components of problem-solving knowledge shared in online communities. Few studies have tackled the issue of knowledge extraction and its usefulness evaluation in online communities. In this study, we propose a new approach to detect and evaluate best solutions to problems discussed by members of online communities. Our approach is based on knowledge graph technology and graphs theory enabling the representation of knowledge shared by the community and facilitating its reuse. Our process of problem-solving knowledge extraction in online communities (PSKEOC) consists of three phases: problems and solutions detection and classification, knowledge graph constitution and finally best solutions evaluation. The experimental results are compared to the World Health Organization (WHO) model chapter about Infant and young child feeding and show that our approach succeed to extract and reveal important problem-solving knowledge contained in online community’s conversations. Our proposed approach leads to the construction of an experiential knowledge graph as a representation of the constructed knowledge base in the community studied in this paper.
Working Out Loud: A step towards building your digital capabilityAnne Bartlett-Bragg
An article that uncovers some of the underpinning perspectives for creating Working Out Loud activities and how these can be a step towards building digital capabilities.
This article originally appeared in Training & Development magazine February 2016 Vol 43 No 1, published by the Australian Institute of Training and Development.
This document discusses connected learning and connected educators. It covers several key topics:
1. Connected learning focuses on making connections between learners and allowing learning to occur through interaction and conversation rather than individual expression.
2. Professional development for educators needs to change to a connected learning community model where educators can connect locally through professional learning communities, globally through personal learning networks, and in topic-specific communities of practice.
3. Personal learning networks, communities of practice, and professional learning communities are different approaches for connecting and collaborating, but all aim to support lifelong learning for educators.
The outline of this presentation on Connectivism presented at the Teaching and Learning Research Series at the University of Western Cape (UWC) in South Africa addresses the following questions: What is it? Why is it? How is it? and Whose is it?
How is Information Literacy related to Social Competences in the WorkplacePierre Fastrez
Collard, A., De Smedt, T., Fastrez, P., Ligurgo, V., Philippette, T. (2016) How is Information Literacy related to Social Competences in the Workplace. Presented at ECIL 2016: 4th European Conference on Information Literacy. Prague (CZ), 10-13 October 2016
This document provides a literature review on the relationship between social network topology and collective cognition. It discusses four main themes explored in related works: social network analysis and applications, collective cognition and knowledge construction, social influence and behavior, and organizational culture and belief systems. Each theme is explained in 1-2 sentences. The document also outlines some issues and challenges in this research area and proposes future research directions such as expanding the scope of analysis and incorporating more diverse populations.
The document outlines the rationale, phases, methodology, and key findings of a PhD study investigating how academics learn through their personal and professional networks. The study used mixed methods including interviews and social network analysis surveys. Key findings include that academics' networks are mainly local and discipline-specific, focused on exchanging ideas and advice about teaching. Networks provided benefits like guidance, feedback, and emotional support. The majority of networks were interest-driven and task-specific. Learning connections tended to be proximate and characterized by multiple relationships. The study developed a framework for understanding academic learning through personal and professional networks.
The document discusses learning communities in the digital age. It defines three types of learning communities: 1) professional learning communities which are local, face-to-face groups for job-embedded learning; 2) personal learning networks which are individually chosen online connections; and 3) communities of practice which are committed, collective groups that provide deeper connections than personal networks or professional communities. The document emphasizes that a revolution in technology has transformed how people can connect, interact and collaborate as connected learners online and in safe digital spaces.
Digital Capabilities: Where people and technology intersectAnne Bartlett-Bragg
This document presents a framework for digital capabilities that go beyond just technology skills. The framework was developed based on the author's doctoral research into digital literacy and engagement with educators. It includes three pillars: information literacy, network literacy, and a participatory mindset. Each pillar encompasses several related capabilities that are important for effective learning and work in a digital environment, such as attention management, data analytics, social skills, and collaboration. The framework is intended to guide the development of these capabilities in a way that supports people's ability to adapt in a fast-changing digital world.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Modelling Learning & Performance: A Social Networks Perspective
1. Modelling Learning & Performance:
A Social Networks Perspective
Walter Ch. Paredes Kon Shing Kenneth Chung
Project Management Program Project Management Program
The University of Sydney The University of Sydney
wpar5857@uni.sydney.edu.au kenneth.chung@sydney.edu.au
2. A New Social Scenario
› The role of technology in the learning process and in a more collective
knowledge construction
› Lack of understanding of the dynamic of social interaction within learning
communities.
2
3. Research Motivating Questions
› Is there an interplay between social networks, learning and performance?
› If so, what is the role of social learning in the inherent relationship between
properties of social networks and performance?
› How does one quantify and measure learning within a social context?
› How does one account for social network properties of structure, relations
and position in modeling learning for the purpose of learning analytics?
3
4. Our Proposals
› A theoretical model based on social learning and social network theories to
understand how knowledge professionals engage in learning and
performance
› The construction of a novel metric called Content Richness as a surrogate
measure for social learning
4
5. Conceptual Foundations
› Learning is a highly complex process, which involves
cognitive, affective, individual and social dimensions [48]
› Social learning theory suggests that individuals learn through the
observation of the behavior of those we are connected with [2]
› To whom individuals are connected is critical for reaching unexplored
sources of novel information and then satisfy a determined necessity [14,15]
› There are fundamental contextual factors that facilitate learning [32]
› Human and Non-human sources of information and knowledge [46]
5
6. Models of Learning
› Situated Learning Theory [32]
- Communities of Practice [52]
- Legitimate Peripheral Participation
- SLT presents an interesting perspective to analyze learning from a social
networks point of view
- But, it does not consider Non-Relational sources of information such as
databases, webservers, blogs and discussion forums among others.
6
7. Models of Learning
› Connectivism [46]
- By incorporating ideas from Chaos, Social Networks and Complexity
theories, connectivism is focused on the explanation of the dynamics of learning
- Learning is permanently affected for new conditions in the environment and the
knowledge that can reside in non-relational repositories
- But, the importance of dialogues between relational and non-relational sources
has been just partially covered [42]
- Dialogues defined as unit of social interaction help us to understand how network
connections and meaningful content interchange influence individuals’ learning
process
7
8. Understanding Learning and Performance
through Social Networks
› Social Networks Analysis (SNA)
- Study of social systems from a structural perspective through the identification of
behavioral patterns based on node and tie attributes [17]
- An individual’s social structure and its properties can influence the access to
valuable resources rich on novel information [5, 8, 14, 25, 33]
- Those new sources can have a direct or indirect impact on the individual’s
learning and performance [12, 13]
- It is interesting to examine theories that explain how information is disseminated
through networks and how network structures can impact learning and
performance
8
9. Understanding Learning and Performance
through Social Networks
› Strength of Weak Ties Theory [21]
- Tie is defined as “the combination of the amount of time, the emotional intensity,
the intimacy (mutual confiding), and the reciprocal services which characterize
the tie” [21]
- Study shows how professionals found better job opportunities through weak ties
instead of strong ones
- The stronger the tie, the more redundant the information becomes
- The importance of weak ties is that more resources are accessible through them
9
10. Understanding Learning and Performance
through Social Networks
› Structural Holes Theory [10]
- The effective and efficient exploitation of an individual’s position in the network
can provide important informational and control benefits
- Trade-off between the number of contacts and the novelty of information. The
more contacts the higher the cost of maintaining relationships
- Maintain efficiently non-redundant connections that increase the diversity and
then the novelty of the information. Higher priority for cliques (group of contacts
closely connected within the group) but disconnected to other cliques.
- The bridging between two or more unrelated cliques is called a structural hole.
10
11. Towards a Social Networks Model for Learning
and Performance
› Given the unprecedented advancement in the adoption of social technologies, this
study provides evidence in the eLearning domain to help understand how networks
interact with technology to foster learning and performance in an era of digital
natives [4]
11
12. Towards a Social Networks Model for Learning
and Performance
› According to the arguments presented before, the following are the hypothesis
proposed:
› H1: Density of an individual’s network is negatively associated with learning
› H2: Efficiency of an individual’s network is positively associated with learning
› H3a: The extent to which an individual engages in communication within the network is positively
associated with learning
› H3b: The extent to which an individual contributes internally and externally to his group is positively
associated with learning
› H3c: Weak ties within an individual’s network is positively associated with learning
› H4: Learning is positively associated with performance
12
13. Towards a Social Networks Model for Learning
and Performance
Figure 1: Social Networks Model for Understanding Learning and Performance
13
14. Context and Methodology
› The e-Learning Environment
- Online project management course delivered the second semester of 2009 at a leading
“Group of Eight (Go8)” university in Australia
- 36 full-time working industry professionals with diverse backgrounds.
- Students based in nationally and overseas
- Complexities on coordination due to time zone differences
- Course material included lectures, tutorials, laboratory exercises and videos all accessible
through the university’s eLearning platform WebCT
- Synchronous (chat) and asynchronous (discussion board) communication channels
- Public and private discussion forums (Students dialogues)
- Individual and group assignments. 12 groups each of them with no more of three
participants
- Virtual collaboration
14
15. Context and Methodology
› Data Collection, Storage and Extraction
- Data collected from the public and private discussion forums
- 825 public messages and 722 private messages
- Unstructured nature of the message logs
- Preliminary data preparation (HTML extraction)
- Information stored in a MySQL database
- Java application to extract the node and tie data from the database for
generating the input file for UCINet (statistics) and NetDraw (sociograms)
15
16. Context and Methodology
› Message Content Classification
- A meaningful exchange of dialogues among team members is instrumental for enhancing
their learning process.
- By identifying the patterns of communication among team members it is possible to study
the structural properties of the group’s social network.
- Those patterns of communication have been categorized in past research according to
varied dimensions such as length of messages [34], channel of dissemination [34,39], content
[34,38], and meaning [19], but none of them used a social network perspective.
- In this study we have defined a classification method based on message content and
meaning in order to categorize each message sent through the public an private forums.
- Each category defined has a value associated which indicates the level of Content
Richness of the messages classified on it. The higher the value the more significant are the
messages of the category.
16
17. Context and Methodology
› The defined Content Richness categories are:
• Empty Message: Inexistent content, file exchange without dialogue, greeting messages
• Team Building Message: Personal introductions and very basic coordination. Final group
closing activities, congratulations for group achievements and recognition for mutual
cooperation
• Dissemination Message: Information about group submissions and notifications about new
document versions.
• Coordination Message: Team meetings (critical time zone difference)
• Collaboration Message: Knowledge creation. Problem solving dialogues. Individual and
group insights about the course and activities
17
18. Context and Methodology
Weight Content Category Message Example
0 Empty “Thank you Peter”
1 Team Building “Excellent work team”, “Has been a pleasure working with
you guys”
2 Dissemination “I submitted the last version of our report”
3 Coordination “Lets meet tomorrow at 7pm Sydney time”
4 Collaboration “Dear Peter I think your answer to the question is correct.
However, I found this article in which the authors analyze the
issues from a different perspective. Please consider also …”
Table 1: Content categories, their assigned weights, and some examples
18
19. Context and Methodology
Data Collection
Empty Team Building Dissemination Coordination Collaboration
Message Classification
Data Storage Data Extraction Data Analysis
+
Figure 2: Research methods and processes outlook
19
20. Context and Methodology
› Measures
• Measure of Network Structure Density [45]
• Measure of Network Position Efficiency [10]
• Measures of Engagement Contribution Index [20]
External-Internal Index [30]
Content Richness Score
• Measures of Relationship Average Tie Strength [36]
• Measures of Performance Course Marks
20
21. Results
** Correlation is significant at the 0.01 level (1-tailed)
* Correlation is significant at the 0.05 level (1-tailed)
Table 2: Pearson’s Correlation (n=36)
21
22. Discussion
› We argue that rather than performance, social learning is influenced by
social networks properties such as structure, relations and position.
› The relationship between social networks and performance is mediated by
social learning.
› Studying how individuals interact and organize themselves (SNA) can be
useful to improve learning programs and positively influence performance.
› Content Richness was shown to be a good predictor of social learning due
to the interesting findings that connect the measure with most social
network properties modeled.
22
23. Limitations
› Size of dataset
- This was an exploratory that can not be generalized to the entire population but
the results are indicative of the power of social networks influencing learning
learning and indirectly, performance.
› Message content classification process
- Is still in an early stage and subject to criticism. We believe that the construction
of a taxonomy or vocabulary for group communication in studies of linguistics
and semantic data mining could allow the partial or full automation of the process
› Most of messages took place within groups
- There was not enough evidence about the interaction among groups. However,
according with our results, the quality of dialogues within groups was significant.
23
24. Limitations
› Other collaborative tools were not considered
- A future research could include those interactions through video, chat and voice
› Lecturer’s interaction
- Were not considered because we were interested social learning that take place
among students only. A future research could consider the lecturer’s interaction
excluding the computing of content richness score.
24
25. Conclusions
› Development of a theoretical model for understanding the impact of social
networks in learning and performance
› Construction of a content-based measure called Content Richness which
provides a new approach for measuring the level of engagement of learners in
social environment.
› Analysis of individual and group communication patterns of students located in
different cities, countries and time zones.
› Rather than performance, social learning is highly influenced by the learners’
social network properties.
› Model proposed would allow educators, professional development
leaders, managers and academics to enhance learning analytics and make
informed decisions and estimations of learning outcomes
25
26. References
› [2] Bandura, A. Social Learning Theory. General Learning Press, New York, 1977.
› [4] Bennett, S. and Maton, K. Beyong the 'Digital Natives' Debate: Towards a More Nuanced Understanding of
Students' Technology Experiences. Journal of Computer Assisted Learning, 26,5 (2010), 321-331.
› [5] Borgatti, S. Centrality and network flow. Social Networks, 27 (2005), 55-71.
› [8] Brass, D. Being in the right place: A structural analysis of individual influence in an organization. Administrative
Science Quarterly, 18(2) (1984), 321-344.
› [10] Burt, R.S. Structural Holes: The Social Structure of Competition. Harvard University Press, Cambridge, 1992.
› [12] Chung, K.S.K. and Hossain, L. Measuring Performance of Knowledge-intensive Workgroups through Social
Networks. Project Management Journal, 40,2 (2009), 34-58.
› [13] Chung, K.S.K. and Hossain, L. Towards a Social Network Model for Understanding Information and
Communication Technology use for General Practitioners in Rural Australia. Computers in Human Behavior, 26,4
(2010), 562-571.
› [14] Coleman, J.S. Social Capital in the Creation of Human Capital. The American Journal of Sociology, 94
(1988), 95-120.
› [15] Cross, R. and Cummings, J. Tie and network correlates of individual performance in knowledge-intensive
work. Academy of Management Journal, 47 (2004), 928-937.
› [17] Freeman, L.C. The Development of Social Network Analysis. Empirical Press, Vancouver, 2006.
› [20] Gloor, P., Laubacher, R., Dynes, S. and Zhao, S., Visualization of Communication Patterns in Collaborative
Innovation Networks: Analysis of dome W3C working groups. in ACM CKIM International Conference.
26
27. References
› [21] Granovetter, M.S. The Strength of Weak Ties. American Journal of Sociology, 78(6) (1973), 1360-1380.
› [25] Ibarra, H. Power, social influence and sense making: Effects of network centrality and proximity on employee
perceptions. Administrative Science Quarterly, 38(2) (1993), 277-303.
› [30] Krackhardt, D. and Stern, R.N. Informal networks and organizational crises: An experimental situation. Social
Psychology Quarterly, 51 (1988), 123-140.
› [32] Lave, J. and Wenger, E. Situated Learning: Legitimate Peripheral Participation. Cambridge University Press,
Cambridge, 1991.
› [33] Leavitt, H. Some effects of certain communication patterns on group performance. Journal of Abnormal and
Social Psychology, 46 (1951), 38-50.
› [36] Marsden, P. and Campbell, K.E. Measuring Tie Strength. Social Forces, 63,2 (1984), 482-501.
› [42] Ravenscroft, A. Dialogue and Connectivism: A New Approach to Understanding and Promoting Dialogue-Rich
Networked Learning. International Review of Research in Open and Distance Learning, 12(3) (2011), 139-160.
› [45] Scott, J. Social Networks Analysis: A Handbook. SAGE Publications, London, 2000.
› [46] Siemens, G. Connectivism: A Learning Theory for a Digital Age. International Journal of Instructional
Technology and Distance Learning, 2(1) (2004).
› [48] Stewart, M. Learning through research: an introduction to the main theories of learning JMU Learning &
Teaching Press, James Madison University Press, 2004, 6-14.
› [52] Wenger, E. Communities of Practice: Learning, Meaning and Identity. Cambridge University Press,
Cambridge, 1998.
27
28. Modelling Learning & Performance:
A Social Networks Perspective
Walter Ch. Paredes Kon Shing Kenneth Chung
Project Management Program Project Management Program
The University of Sydney The University of Sydney
wpar5857@uni.sydney.edu.au kenneth.chung@sydney.edu.au
Editor's Notes
Network Structure: There is a significant negative relationship between network density and CR score, r = -.406, p (one-tailed) < 0.01. In terms of social learning, this result makes sense because is better to have a few high level meaningful dialogues, rather than many meaningless conversations. Given this result, we find support for H1.Network Position: Network efficiency is significantly correlated with CR score, r = .394, p (one-tailed) < 0.01. Highly efficient learners are connected with contacts that are expected to provide good quality of content (high CR), so they can fulfill the informational needs of the learner without having to look for other sources. This result provides us with evidence to support H2.Engagement: There exists a significant positive correlation between CR and CI (r = .344, p (one-tailed) < 0.05), thus lending support to H3a.According to the Gloor’s definition of CI, an optimal contributor would present a balanced rate of messages sent compared to the number of messages received. Therefore, the CI value should tend to be zero for optimal communication. The conclusion that we can make from this result is that learners with higher CR score send more messages than they receive, and as a consequence, there is no reciprocity in terms of meaningful content exchange for social learning. In addition, CR score is significantly negatively correlated to E-I index, r = -.354, p (one-tailed) < 0.05, thus allowing us to reject H3b. In the case of E-I index we are also looking for a balanced rate of internal and external communication [30]. A high E-I index indicates a relatively higher communication by an individual to those outside his group relative to those internal to his group. This is beneficial for avoiding ‘group think’. According to the results obtained, those who communicate more frequently internally within groups relative to externally outside groups are also engaged in higher or richer levels of communication. This can be attributed to the fact that the large number of internal group messages in comparison to the external ones influences the E-I index. In fact, there were more interactions between group members, rather than among external contacts, which indicates that learning as evidenced by content richness took place within groups rather than outside of groups. This result is very likely due to the large number of internal dialogues.Network Ties: There is a significant positive relationship between the average strength of ties and CR score, r = .422, p (one-tailed) < 0.01. Therefore, there is sufficient evidence to reject H3c. The stronger the tie the more frequently the contacts occur. This implication means that contacts with high level of interaction tend to mutually exchange valuable information. These dialogues are rich in content and provide more in depth insights about the topics of learning. Although Granovetter’s theory may not hold true in this circumstance, other researchers have claimed that strong ties are symbol of closeness and trust, which are two determinant components for social learning [29, 32]. Performance: There is a significant positive relationship between CR score and the individual assignment marks, r = .311, as well as between CR score and the quiz mark, r = .341, both p (one-tailed) < 0.05. However the exam result, which has the highest assessment weight in terms of learning outcome, does not seem to be significantly associated with CR score and for none of the engagement measures proposed in this study. Taken altogether, we consider that these results are somewhat indicative enough of how meaningful dialogic exchange among contacts can enhance learners’ performance. Therefore, we find partial support for H4.