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Computer Supported Intentional Learning Environments (CSILE)

Facilitating the Re-Establishment of the Dynamic Scholar Community of the Past

Written by Zahra Punja

 

Introduction

"An Intellect is someone who’s mind watches itself." - Albert Camus

 

What does it take to become an intellect? How does knowledge building create intellects? What environmental structures contribute to the making of an intellect? Under a constructivist approach, knowledge building in scholarly circles is influenced by many variables such as learner characteristics, a balance of intrinsic and extrinsic motivation, group cohesion, context, quality and accessibility to infinite pool of resources, and cooperation of the community members immersed in a stimulating environment. These variables affect what will be learnt, how it will be learned and when it will be learnt. This paper examines necessary scholarly features in building a dynamic knowledge building society, and how this intellectual community affects an individual’s creative and dynamic thought process involved in the process of building knowledge. Specifically, it will provide an overview of a historical empire built on intellectual comradeship and scholarly discourse. And finally, it will be shown how computer supported intentional learning environments (CSILE) can facilitate the re-establishment of this dynamic community that once existed. This paper addresses the following key questions: How can we build a similar, if not superior scholarly community with the computer supported intention learning environments like the web-based Knowledge Forum (WebKF)? How can the notes function, in the communal database, be utilized to capture the dynamic thinking processes of the scholars to be? In order to answer these questions, I will examine the dynamic knowledge building interactions at the cognitive as well as the community level.

The paper will commence by briefly discussing the difference between knowledge and information, and then proceed by introducing sources of knowledge and key historical figures that philosophized about its inherent value and nature. The paper will continue by providing overview on the concept of knowledge building, and summarize its principles and characteristics. Then the paper will proceed by providing an overview of knowledge-building systems such as CSILE or WebKF. It will then provide an overview of community and the social transmission of knowledge, since this is an integral component of the communal database. The paper will then proceed with a description of the community environment of a historical empire built on the knowledge building theory. Finally, it will discuss ways in which we can build a similar, if not superior scholarly community with a computer supported intentional learning environment in place. The paper will finish with a discussion on how the notes function in the web-based Knowledge Forum can be utilized to capture the dynamic thinking processes of learners.

Knowledge and Information

n The Houghton Mifflin Canadian Dictionary (1980), knowledge is defined as "the state or fact of knowing, familiarity, awareness or understanding gained through experience or study" (Morris, 1980). Information on the other hand, is "usually construed as narrower in scope and implies a random collection of material rather than an orderly synthesis" (Morris, 1980). Creating knowledge, however, requires constant pushing beyond the familiar (Leonard, 1998:12). The theory of knowledge commonly referred to as "epistemology", is a term deriving from two Greek words episteme meaning knowledge and logos meaning theory or explanation (Moser et al., 1998). Constructivists feel that knowledge is both individually constructed and socially co-constructed by learners based on their interpretations of experiences in the world (Jonassen, 1994).

Sources of and Key Historical Figures in Knowledge

Thinking about knowledge is not a new topic. For centuries, Eastern and Western philosophers have been discussing epistemology, or the theory of knowledge. In Western thought, talks on knowledge trace back to the writings of Plato (c. 427 — c. 347 B.C.) and Aristotle (c. 384 — c. 322 B.C.) (Moser et al., 1998). In Plato’s book called Theaetetus, the central figure, Socrates, discusses with his friends how certain teachers know the things that distinguish them as experts (Moser et al., 1998). Plato and Kant focus on prepositional knowledge meaning, "something is the case" (Moser et al., 1998). In Aristotle’s book Posterior Analytics, the theory of descriptive knowledge is elaborated. In Eastern thought, Arabic philosophers like Avicenna and Averroes philosophy about knowledge and its nature. In fact, Armstrong feels that "Avicenna and Averroes founded the intellectual culture and helped the West to acquire: Euclid, Ptolemy, Socrates, Plato and Aristotle (Armstrong, 1991:29). Indian (Hindu) philosophy also deals extensively with questions in epistemology and logic similar to many of the topics in classical and contemporary European and American philosophy (Moser et al., 1998:4). Indian philosophers have given considerable attention to problems of gathering and assessing evidence and the role of reasoning in knowledge (Moser et al., 1998:5). Eastern thoughts on epistemology emphasize "distinguishing truth from error, wisdom from ignorance, and the path to knowledge from the path to ignorance" (Moser et al., 1998:5). Some critics of Western philosophical traditions have charged [Western philosophers] with excessive emphasis on the individual as a solitary knower. (Moser et al., 1998:5). Moser states, "if there has been an imbalance here in the history of Western epistemology, it is likely to be corrected to some extent in contemporary epistemology, owing to its contributions from many cultural and intellectual backgrounds" (Moser et al., 1998:5). Finally, feminist epistemologists have contributed extensively to the recent intellectual movements (Moser et al., 1998).

Knowledge Building Theory and its Principles

Knowledge building is a theory of learning, which emphasizes the collaborative construction of knowledge by a group of learners (McLean, 1999:1). As McLean summarizes, knowledge building is an activity of the whole learning community involving sustained, in-depth inquiry focusing on specific problems. Inquiry is self-directed and driven by student questions. There are collective goals of understanding and discourse is taken seriously, focusing on explaining and articulating individual understanding. This articulation of individual understanding is publicly available to the group. The teacher serves as a facilitator rather than the traditional knowledge provider.

Knowledge building is formed through decentralized collaborative discourse that centers on explanation. Discourse is defined as "the way in which language is used to create understanding and consensus in scholarly circles as well as classroom" (Woodruff et al., 1996). As Scardamalia et al. (1993) elaborates, "progressive discourse is the medium through which our personal knowledge is formed, criticized and amended to become public knowledge." Arguments to convince others push students deeper into the meaning of the discourse. This produces explanations, discursively defined as statements that are aimed at persuading others and it invokes links between events and causes or consequences, between actions and mental states, and so on depending on the various knowledge states (Scardamalia et al., 1993b:302 in Woodruff et al., 1996).

Computer Supported Intentional Learning Environments (CSILE)

Knowledge building systems, based on the knowledge building theory, are networked computer software systems designed to help a community of learners develop their knowledge through sustained collaborative pursuit of collective goals of understanding (McLean, 1999). Knowledge building systems like the Web-based Knowledge Forum (WebKF), was designed and developed by the Ontario Institute for Studies in Education at the University of Toronto, to facilitate learners in contributing their knowledge to a communal database which reflects the knowledge of the group members and which is an intellectual object open to collective scrutiny and elaboration by the group of learners" (McLean, 1999).

Knowledge Forum was developed and tested since 1986, eleven years before the commercial version of CSILE WebKF was released. The conceptual base of CSILE comes from research on intentional learning, process aspects of expertise and discourse in knowledge-building communities (Scardamalia et al., 1994). CSILE’s architecture is directed toward the creation of special knowledge-building environments to support sustained and convergent inquiry into problems of explanation, process and meaning (Scardamalia et al., in press a, in Scardamalia et al., 1992). CSILE is a powerful communal database or knowledge based shell capable of creating, storing, editing and co-authoring a variety of hypermedia functions authored by the users of the system. Notes are the core contents of the WebKF database, whereby the powerful hypermedia features give control to the learner and enable a space for the contribution to be recorded. This web-based shell is entirely student-driven; as the student’s create the knowledge, contribute their ideas to the database through either pictorial representation by a built-in graphics editor, by graphical illustrations, through cognitive maps, or by written messages. Every contribution is recorded and stored, and can be easily viewed and reviewed by the author as well as others in the community. The community of learners, which contribute to this pool of knowledge, can view the hierarchical nature of the discussion as it progresses, or can view the contributions by author or date. Users can also search a note or a set of notes by an author, pre-defined keyword, title, problem, scaffold, support, class, date created, date last modified and date late read.

For the student, options consist of creating pictorial or written notes, they have the power to delete or to attach their note to another note, and they can share authorship allowing the pre-authorized authors to modify the content. The borrow, add value and credit approach has served these students well in creating a culture of use and interpretation of each other’s notes (Scardamalia et al., 1992). Notes can be clustered according to their theme, author or date. Authors are also notified when their comments have been attached to their notes or changes in the database have occurred. Treaded notes are connected to each other by building on original contributions, quoting authors, sharing authorship, by adding on to a message and rising above it. These tools provide not only ways to access and manipulate information, but also methods for facilitating thinking (Scardamalia et al., 1992).

In addition to the above-mentioned features, exclusive features for teachers and students have been designed. For the teacher, various options exist. Teacher’s can add a new group (class) and subsequently editing it. The teacher can set up hot lists, which are designated essential lists for a given group. The teacher can allow student to create views in which students can track their own progress in relation to classmates. Teacher can add and edit designated keywords, scaffolds, problems, and principles. They can publish and unpublished notes as well as edit users by adding and deleting student. An interesting feature for teachers is a tracking mechanism, which allows teachers to monitor their students on an on-going basis. The tracking feature can monitor (a) the amount of productivity of each student, that is the size and number of notes and (b) the level of interactivity of each student, that is the number of searches to other’s notes, build-on’s and links. These tools provide not only ways to view information, but also traditional and non-traditional methods for on-going evaluation. Traditional outcomes are measurable by quantity of writing, depth of explanation, question asking, and through the standardized achievement test. Non-traditional educational outcomes are measurable by knowledge quality, graphic literacy and level of constructive activity (Scardamalia et al., 1992).

CSILE is grounded on the evidence from the collaborative model that states that a classroom can function well and achieve superior results educationally with greatly diminished emphasis on individual achievement and on explicit focus on public knowledge construction (Scardamalia et al., 1992). As a result of findings such as these, there is a shift from focusing on individual performance, on the mastery of a set body of subject matter, and on activities themselves, to focusing on the emerging body of knowledge represented in the database (Scardamalia et al., 1992).

CSILE is an on-line Open Ended Learning Environment (OELE) whereby the intents and purposes of the individual are uniquely established and pursued (Hannafin et al., 1994). OELEs involve the individual determination of what is to be learned, how it is to be learned, when learning goals have been met and what subsequent steps are taken (Hannafin et al., 1994). In this sense, the learners are given the power and the option to decide the content and methods in which the student-driven curriculum will be discussed. The enabling of student-centered learning is a constructivist approach placing emphasis on the social environment created by collegiality. Within this approach, knowledge is believed to evolve through social negotiation and through the evaluation of the viability of individual understandings (Savery et al., 1995: 31).

Bruner for decades has argued that "learning in most settings is a communal activity, a sharing of culture" (Bruner, 1986 in Driscoll:368). The social environment created strongly through a sense of community is argued by many constructivists to be critical to the development of our individual understanding (Savery et al., 1995). This environment helps in developing a set of propositions that are compatible with our individual constructions or understanding of the world (Savery et al., 1995). In a social environment, collaboration with the individual members of the community plays a fundamental role in progressive knowledge building. The important function of collaboration in environments such as WebKF is to provide a means to test the credibility and accuracy of our understanding, and to understand perspectives other than our own. Hearing a variety of other perspectives helps learners judge the quality of their own solutions and to learn perhaps more effective strategies for problem solving (Driscoll: 369).

Community and Social Transmission of Knowledge

What is the importance of the social environment in knowledge building? For centuries now, community’s inherent value has been commonly recognized by Eastern cultures. In knowledge building, community is an integral and central component in the collective pursuit of knowledge. Community is commonly looked upon as a group of people actively engaging in purposeful behavior, and sharing common values, ethics and interests. A community’s objectives are met through dialogue, pooling of ideas and recommendations and emanating from resource people, people with some expertise, people with concerns and people in touch with the larger community (Elliston, 1986). For this reason, many commentators, community is characterized as an essentially discursive phenomenon (Woodruff et al., 1996). Woodruff et al. (1996) note the four forces that consolidate a community are (i) function or goal of the community, (ii) identity or the sharing of an emotional bond necessary for group cohesion, (iii) discourse or the self-absorption by discourse, integral to community existence, and (iv) shared values or pluralism, the notion that diversity is strength. A powerful community has (i) a strong history of cooperation, (ii) a strong sense of community and willingness to help others, (iii) many informal and formal partnerships, (iv) many training and educational programs offered, an establishment of learning centers by the community, (v) new and innovative initiatives being studied and implemented, and (vi) a strong volunteer base (Lane, 1997:8).

A influential community understands (a) understands the concept of establishing and maintaining readily available and accessible learning opportunities within a community, (b) its components are determined by the community, (c) it involves partnerships for the betterment and empowerment of all, (d) the willingness of the participants to accept involvement, and (e) to collective provide inexhaustible resources for the community to benefit (Lane, 1997:10).

In examining a citizen’s role and participation in community, one must ask oneself: Under what political atmosphere? If citizen participation is allowed, it has to be viewed in light of that political reality of that society; otherwise, the citizen’s role will be that of citizen’s struggle and not of participation (Ng, 1986:65). In a civil society, citizens are the active participants instead of the politicians in making decisions and deciding programs, policies and strategies to be implemented. Participate in taking part in, and in reciprocal sharing of community initiatives (Ng, 1986:65). Strength lies in the individuals in the community. Ng states, "within our community, we have to generate more interest and discussions at the grassroots level. Our strength lies in the people". She continues stating that "a citizen’s role is to get involved through participation to influence, to change and to involve the community". Social responsibility through cooperation is a an essential component in establishing a strong community which can then better serve the interest of the community at large.

In summary, many constructivist researchers in social psychology have for decades now, emphasized the superior role of the social environment in learning over individual knowledge construction. These constructivists share the following seven views on collaboration: (i) personal autonomy, (ii) generativity, (iii) reflexivity, (iv) active engagement, (v) personal relevance, and (vi) pluralism (Lebow, 1993 in Savery et al, 1995). In Web KF, there is personal autonomy, as learners do possess independence and responsibility over their learning. There is also generativity, as learners are encouraged to and do generate hypothesis, questions, arguments, perspectives and opinions in a common pursuit of knowledge. The notes function promotes reflexivity as it records thoughts as they are added to the database for learners to reflect back on, reconsider and revamp if they choose. WebKF is student-driven and actively calls for participation of all its individuals if it is to be effective. Because it is student-driven, there is personal relevant, as student contributions reflect what is personally relevant and interesting to them. Lastly, there is pluralism. The students come from different backgrounds, bring a different knowledge base, perspective and expertise to the pool of learners, and build on this diversity. In a social learning environment, the knowledge-building forum solicits problems serving as cognitive puzzlements, from the learners and uses those as the stimulus for learning activities. In this sense the cognition is distributed in that what each individual understands and therefore constructs is a function of the content, the context, the activity of the learner, what the learner attends to, what prior experiences the learner brings and the goals of the learner (Savery et al., 1995).

If we realize how community involves depending on others for even much of our mundane knowledge we have of the world, then we can realize the greatly increased power of a collective social pursuit of knowledge, reaching far beyond what any individual human could accomplish (Moser et al., 1998:122). Social dependence of knowledge helps us greatly in acquiring significant truths (Moser et al., 1998:122). The recognition that epistemologically relevant expertise or reliability is domain relative has prompted renewed attention to the social and cultural influences on justification (Moser et al., 1998:118).

Empire built on Knowledge Building Theory

As seen community and the social environment, which nurtures the intellect, is crucial in progressive knowledge building. In examining how WebKF can be maximized to create learning community which breed’s scholars and great thinkers, we have to examine if an intellectual community built on the knowledge building theory existed in the past. The research concluded that there was in fact, not only a scholarly community instead an empire that was built on this foundation. In conducting an assessment of this learning community built on furthering the intellect, it was clear that the promotion of learning and scholarship was a planned premeditated policy, which the intellects of this empire pursued vigorously from the onset of their rule. As it will be shown, the institutional features of the community, greatly contributed to its creativity and dynamism, structure and organization, its pedagogy of instruction and training, and the personal and intellectual qualities required of the teachers (Ivanov, 1939).

As the reader will recall, knowledge-building theory is a theory of learning, which emphasizes the collaborative construction of knowledge by a group of learners (McLean, 1999:1). The knowledge building activity involves the whole learning community through sustained, in-depth inquiry of specific issues. The inquiry is self-directed and driven by the learners. There are collective goals of understanding and discourse is taken seriously, focusing on explaining and articulating individual understanding McLean, 1999:1). This articulation of individual understanding is publicly available to the group.

Between 909 A.D. and 1171 A.D., Northern Africa, Southern Europe and Asia were intellectually blooming (Halm, 1997). Cairo was the capital of this empire and the single greatest intellectual training center in the world as well as the metropolis of the world (Ivanov, 1939). The fame of this period attracted many scholars, poets, artists and scientists like Maimonides (1135 — 1187), the famous Jewish philosopher and physician, and Avicenna (980 —1037 A.D.), the famous physician and philosopher who witnessed the establishment of this era (Halm, 1997). Similar to our multicultural society today, different religious groups like Christians, Jews and Muslims lived together peacefully in these countries (Halm, 1997:34). To these intellects, religion and learning were inseparably connected. Knowledge meant life, and learning meant resurrection from the death of ignorance; Knowledge was good entrusted by God to human beings who must not selfishly keep it to themselves, but instead pass it on (Halm, 1997:20).

The process of acquiring knowledge was more precious than anything else (Halm, 1997:22). In 970 A.D. that the first university of the world, Al-Azhar University was built and inaugurated (Halm, 1997). It was also during this period that the first encyclopedia of the world, ‘The Epistles of Brethren of Purity" was complied (Halm, 1997). The word "epistles" was derived from the Greek word "episteme" meaning knowledge. This encyclopedia drew on a wide variety of Judeo-Christian, Platonic and Hellenic, Iranian and Indian sources and traditions.

There were also public libraries and learning centers were at every street corner and there was an open door policy to every piece of literature written in the library. Libraries in total contained approximately 500, 000 books (Halm, 1997). The main library in Cairo, "The House of Knowledge", contained over 18,000 volumes on the antique sciences and thousands of manuscripts in all the domains of science and culture with 2,400 of those imprinted with gold and silver illumination (Ivanov, 1939). The libraries also had a live-in residence, and invited all people to visit. People from all walks of life were allowed to access this knowledge. Some came to read books, others to copy something that interested them, and others to study. Ink, writing reeds, paper and ink stands were also provided (Ivanov, 1939).

Public forums called "Sessions of Wisdom" were also the norm, and were held in special facilities within the learning centers every week. Special forums were held for community members, for females and for visitors to the community by astronomers, grammarians, philologists, and physicians. Since all were invited to these intellectual discussions, the session’s objective was to invite those interested in discussing their perspectives about a given topic. It did not matter if the whole of the audience was unable to understand everything: as each individual would retain from the lecturers whatever their mental capacity could grasp (Halm, 1997:29).

The women intellectually participated and contributed significantly to the development of the empire. In private forums, women would collaborate and discuss the antique sciences, philosophy, astronomy, poetry and literature. Women studied at the university, became philosophers, physicians and poets.

This empire demanded high intellectual and moral capabilities, extraordinary skill, as well as subtle political intuition on the part of the leader (Ivanov, 1939). The leader of the community encouraged stirring the intellect by studying as he says, "Study in order to acquire learning, and to adorn yourself with it; cultivate dignity and goodwill; treat with respect those who teach you, and those you teach; Do not make learning oppressive to anyone and do not permit your vanity to destroy the effects of what is really good in you" (Ivanov, 1939:61). As a result, the teacher was the most distinguished figure that demanded solidarity of the community (Halm, 1997:64). Under the direct guidance and direction of the leader, the teacher’s role was to pass on the leader’s teachings and ensure that the various scholarly communities within the empire implemented the teachings.

"The teacher must combine in himself all the ideal qualities and talents which may be separately be found in the people of different professions and standings. He must possess the good qualities of an expert lawyer, because he often has to act as a judge, he must possess patience, good theoretical education, intelligence, psychological insight, honesty, high moral character, sound judgment. He must possess the virtues of leaders, such as strong will, generosity, administrative talent, tact and tolerance. He must be irreproachably honest and reliable. He must be irreproachably honest and reliable. He must have the virtue of a physician who delicately and patiently treats the sick. Similarly, he has to possess the virtues of an agriculturalist, of a sheppard, of a captain of a ship, of a merchant, and the like, developing in himself the good qualities required in different professions" (Halm, 1997:80).

It was highly encouraged for the teacher to start out by acquiring vast knowledge as well as thorough training in the art of debate before he ventured to engage in arguments with scholars of different disciplines, for should the teacher be defeated in a public debate, should his logical conclusions be disproved and should he run out of arguments, ‘then he will fare like Jonas who was devoured by the fish’. A defeat of this kind diminishes the prestige of the teacher" (Halm, 1997). The ideal teacher was expected to have encyclopedia knowledge of diverse disciplines, for he might at any time be confronted by an opponent versed in one or several of the disciplines who, if he were uneducated might easily out to or ridicule him (Halm, 1997:71).

Who were these scholarly people, these Intellects? Who lead the "glorious and happiest" period of Egypt? The Fatimad Empire. The Fatimad’s derived their name in honor of an Arabian Queen, Lady Fatimah. The king, who led this empire, was a direct descendant of the Arabian Queen. In other words, Lady Fatimah was the mother of all Fatimad rulers. The king and his descendant family, referred to as the Fatimad’s, instilled priority to the intellect to be intentionally pluralistic and meritocratic, open equally to all Jews, Christians and Muslims, enabling the original thinker, creative scientist or talented poet, as much as the astute politician and military strategist, to rise high in the offices of court and state (Kassam, 1997:2).

In summary, this empire was built on meritocratocracy, the collective advancement of society through learning, study, and intellectual discourse. Through this enabling environment, intellectual space was created for public to reason and to freely express their ideas through a sense of security, confidence, equality, acceptance and tolerance. Building this civil society led to innovation and dynamism. Women took an active and prominent role in building the empire. The design and facilities offered by this empire facilitated the collective sharing and giving of wisdom and knowledge, through examining evidence, debating and deep reflection. It was the aim of the Fatimad’s to engage the intellect in wonderment through reason and dialogue. Through this progressive knowledge building, the collective pursuit of intellectual inquiry and pluralism was realized. Through this pluralism, intellectual strength and great humanism was achieved.

Building a Similar, if not Superior Scholarly Community with CSILE

The Fatimad philosophy, traditions and thinking were highly progressive and sophisticated for the time. It appears, the emphasis on the building the intellect through collective means is not a new concept. However, the integration of computer technology, specifically computer supported collaborative learning (CSILE) to the knowledge building process is. CSILE not only has the capabilities in recreating the intellectual comradeship of the Fatimad Empire, but it has the potential to go beyond it, as it holds the power of creating a virtual global forum for intellectual discourse to infiltrate, enabling citizen’s from all parts of the world to collaboratively share and construct knowledge through the virtual pool of library and internet resources. Similar to the Fatimad teachings, CSILE creates an environment where participant’s must behave and think like scholars and scientists.

The community formed under the rule of the Fatimad Empire enabled a social environment for dynamic knowledge building to occur. In examining how WebKF constructs a sense of community, the following characteristics suggested for creating an ideal community (Halm, 1997) will be discussed. First, the curriculum should be community related and should be designed by the involved people. WebKF content is lead by student-driven questions based on their prior knowledge and the features in readings that they attend to as striking. Second, is the concept and enforcement of collegiality. This entails participation between various involved parties. In WebKF, participants of all backgrounds, ages, and ethnicities collaborate and work towards a common goal. Third characteristic is that everyone is a teacher. In WebKF, it is the responsibility of each individual to contribute his or her knowledge and expertise to a give topic as it emerges. Fourth characteristic, everyone is a learner. In WebKF, participants are valued for contributing their unique perspectives, as well as learning from others. This learning takes the form of taking constructive criticism, defending one’s viewpoint, questioning, articulating one’s thoughts and reflecting on one’s opinion in relation to another’s. Fifth characteristic involves cooperation. In WebKF, the environment invites cooperative participation over competitiveness. By having features such as shared authorship and a collection a student-collected resources, partnership with knowledge pools and people are highly regarded. Sixth characteristic is facility adaptation. In WebKF, the entire communal database has been modified for community-building activities. Seventh characteristic is community use on extended time basis. WebKF is available to use collaboratively at any time. There are no set hours of open and closing, so users have the option of virtually conferencing at a time convenient for them. Finally, there has to be a sense of community. In WebKF, community members share a certain level of comfort discussing and sharing ideas in weekly sessions of wisdom that a sense of community does develop between group members.

The power of the on-line classroom is experienced through the students shared discourse and distributed sense of community (Woodruff et al., 1996). The communal database of notes is central to CSILE’s design as it fosters inquiry, intellectual discourse and the social construction of knowledge. Discourse in the form of demonstrating commitment to the goals of common understanding, expanding the body of collectively valid propositions, facilitating investigator discourse and preserving free examination of any belief relevant to the advancing discourse (Scardamalia et al., 1994). Notes entered into the communal database are not notes to anyone; they are contributions to collective knowledge building (Harrism et al, 1995). For the learners, these specialized note writing environments are designed to engage students in conjecture, theory building, explication of confusion, and analysis rather regurgitating of information (Harrism et al, 1995). Ideas are recorded and built on, in keeping with the general design principle that the database should hold cumulative records that student’s work on progressively (Scardamalia et al., 1992). The hierarchically linked graphic frameworks are used as planning devices with different students assigned to contribute notes that will be linked into a common structure serving some broader goal than any single student is working toward (Scardamalia et al., 1992). For the teacher, CSILE organizes information and provides process-relevant feedback only indirectly: Teachers can obtain reports of the number and kinds of notes produced by each student, including the thinking types chosen, and teachers can then provide feedback to students as they see fit (Scardamalia et al., 1989).

The goal of CSILE is to create communication systems in which the relations between what is said and what is written between immediate and broader audiences, and between what is created in the here and now and archived are intimately related and natural extensions of school-based activities, much as these processes are intertwined and natural extensions of activities conducted in scholarly disciples (Scardamalia et al., 1994). CSILE moves students from passive recipients of information to researchers and scholars; didactic teachings give way to knowledge building; the curriculum changes to depth of understanding and learner researched wonderments; traditional tests give way to process portfolios and classmates become collaborators in the scholarly pursuit of knowledge (Woodruff et al., 1996). In this sense, students are viewed as legitimate partners in knowledge building, placed in the front of the knowledge-creation process as authors of databases, not simply reviewers of databases created by others (Scardamalia et al., 1994). This process of expertise is effortful and typically requires social support (Scardamalia et al., 1994).

CSILE is not an alternative to classroom learning; rather it is an environment for quiet reflective thinking that precedes class discussion (Scardamalia et al., 1989). Within this environment, students can (i) identify and deal with confusions and problems, (ii) review, reorganize and reconsider their knowledge, (iii) pass though information on multiple occasions, (iv) access cross-subject searches and most importantly (v) share responsibility via direct contributions, preparation for class contribution and acquiring higher level executive control of learning processed (Scardamalia et al., 1989).

Complex adaptive systems interact with each other coexist in dynamic tension. The system evolves continuously to adapt to the new conditions. Oekerman (1997) suggested a list of emergent conditions, which should lead to maximization of learning. These conditions have been adapted if learning via WebKF environment: (a) Leaders have to communicate a clear image of the goals, (b) Leaders must be willing to let go of control and accept an unknown outcome, (c) The environment must allow members to experiment with possibilities, to play within a space for novelty, (d) The environment must facilitate joint reflection on the process, (e) The dialogue must engages the user in true dialogue, (f) Leader should allow a group to explore their own solutions, (g) Leader should facilitates an environment of emotional and physical trust that helps contain anxiety, and (h) Leader should allow the process to shape the outcome.

In reflecting about our present society, which has established libraries, schools and university’s for every age group in every discipline, and with the innovation of computer-based technology, specifically computer supported intentional learning environments, has access to a world-wide library of electronic resources, it is not unreasonable to predict that the glorious intellectual Fatimad times can be revitalized and relived in the next decade. In order to prepare for this period of intellectual growth, children have to start learning of the great thinkers of the past and like them. In order for the children to be able to do this, educators have to create an environment to nurture this thinking and motivate this inquiry. As Postman says, "I do not see how we can claim to be educating our youth if we do not ask them to consider how different people of different times and places have tried to achieve a sense of transcendence" (Postman, 1992: 198).

Notes Capture the Dynamic Scholarly Thinking in the Community

The Fatimad times served as a dynamic environment for creative and novel thoughts to sprout. As the reader can recall, for every public forum that was held, the leader recorded the discussion in manuscripts that were then stored in public libraries for public access, reflection and reference. WebKF notes function in a similar if not more powerful fashion as they capture the thoughts produced through dynamic thinking. In The Houghton Mifflin Canadian Dictionary (1980), thought is defined as something which is distinctively intellectual and which is produced by contemplation and reasoning. A thought is a product of thinking, an intellectual activity. An idea is that which exists in the mind, potentially or actually, as a product of mental activity. Thinking on the other hand, is the process of reasoning or reflecting, judging or regarding, believing or supposing, devising or evolving. It is to exercise the power of reason, to conceive of ideas, draw inferences and use judgment. It is to remember, to visualize or imagine, to weigh the idea, consider the matter, form an impression and/or decide against it after reconsidering (Morris, 1980). We analyze what we construct and construct the elements known by analysis; and from such constructions we get the concrete acts of thought with which we are familiar (Hobhouse, 1970:84). Therefore, the notes function to capture a thought or an idea in its making.

WebKF is an environment whereby dynamic thinking can infiltrate. Dynamic thinking has its roots in creative thinking that takes into consideration spontaneous and unstructured qualities (Finke, 1996). Dynamic thinking studies the evolution of thought, or the emergence of ideas. Thought and ideas are looked up as changing over time into significantly different, more complex, sophisticated and unpredictable forms. For example, as learners construct knowledge, they attempt to make sense of their experiences, and their knowledge must develop and continue to change with the activity of the learner (Driscoll, 362). The Fatimad’s engaged in dynamic thinking which eventually lead to progressive knowledge building.

Imaginative divergence is more typical of dynamic thinking in that it refers to the tendency to become deeply involved in new ideas and to freely explore its creative implications (Finke, 1996). When structured connectedness and imaginative divergence are combined, "new ideas not only make contact with previous ideas, but they also stimulate further explorations and insightful discoveries (Finke, 1996). Creative synthesis is the sudden interlocking of two previously unrelated skills or matrices of thought (Leonard, 1998:59). Dynamic thinking often leads to new and meaningful understandings that transcend traditional assumptions and conceptual boundaries (Finke et al., 1996). It inspires creativity, not because one merely chooses to think in novel ideas, but because one embraces a situation and sees multiple perspectives on it. (Finke, 1996)

The CSILE system is designed to encourage students to engage in dialogue about their understanding (Harrism et al., 1995) and the notes function provides a forum for these contributions. Information resources are built from student questions and observations about the subject matter providing access across diverse viewpoints and contexts (Harrism et al., 1995). Notes function is tool designed for learners to record their thought process, so that they may go back to them at a later point, reflect deeply about information presented (Scardamalia et al., 1992), review their own or other’s notes, compare and annotate judgments as to the quality of their notes and other’s contributions to a communal database (Scardamalia et al., 1992). Students actively generate knowledge by negotiating meaning and collaboratively construct knowledge by hypothesizing, questioning and revising (Harrism et al., 1995).

Within this communal database, notes form the foundation of the system. The unstructured yet determinist function of the system allows learners to take active control over their own learning. The dynamic system composed of a dynamic community of learners, enables dynamic construction of knowledge through dynamic means. According to chaotic theorists, this system will enable innovation, creativity and novel ideas to emerge dynamically. Given the fact that learners bring into the system their entire body of knowledge, experience, values and ethics, each note represents a fractal of the whole person depending on the context, the content and the activity of the learning community. An individual’s note can reflect a similar pattern of thinking across different contexts, and notes authored by different learners can reflect similar patterns of thinking within the same context. Nevertheless, because the individual is placed in a highly changing world, and is constantly interacting with other thinking systems, thoughts are constantly evolving and new ideas are constantly emerging. The notes function in WebKF allows learners to track their thinking process while the evolution of their thought refines. In order for progressive thinking to evolve, reflecting on one’s prior thought is important in building sophisticated forms of the initial thought.

Therefore, in summary, WebKF notes are a fractal representation of the dynamic dialogue occurring between the communities of learners. Notes play a crucial role in developing the scholarly thought process as learners can reflect on their prior thought, think about another’s viewpoint, articulate and systematically defend their arguments, reconsider their views, and change them if they would like. This offers great potential for the learning community on its way to developing a progressive scholarly community.

Conclusions

"Technology is not seen as an end unto itself, but as situated within the context of social, political and economic ideologies. Through this process of conceptualization, scholars are given the option to debate the underlying layers in meaning created by technologies presence in education" (Greenwood, 1994:15).

Knowledge is created through formal and informal training and experience. Knowledge-building the creation of this knowledge in scholarly inspired circles. The Fatimad philosophy of the nature of progressive collaborative knowledge building overlaps with the philosophies of CSILE researchers, designers and developers. Every aspect of the Fatimad community organization led to the establishment of furthering the intellect. Computer supported intentional learning environments such at the web-based Knowledge Forum provides a superb environment to not only re-establish a intellectual environment similar to the Fatimad Empire, but also has the capability to create a virtual environment superior to the one create 1000 years ago in the absence of network technology support.

Finally, the conceptual bases of CSILE stems from research in social sciences with specific emphasis collaborative discourse in knowledge building. The goal of CSILE is to create communication systems which archives any contribution made in the forum for future reference, revising and reflection. CSILE is grounded on the evidence from the collaborative model to foster inquiry, intellectual discourse and the social construction of knowledge. Its architecture was designed to perform powerful communal features capable of capturing the dynamic thought process involved in knowledge building. Notes are the core contents of the WebKF database, whereby the powerful hypermedia features enable a space for the learners to make their contributions to the pool of knowledge. The notes function has a potential to re-establish the scholarly circles of the past as much of these processes were and still are common activities implemented in scholarly disciples.

In conclusion, the strength of a community is analogous to snow pile. Alone, snowflakes cannot accomplish too much, but together they can build mountains.

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