8.0 RESOURCES (This list does not constitute an endorsement on anyone's part. These resources are a jumping off points to help you get your course on the web.) Please do not overlook the many resources on your own campus. 8.1 My resources page This site has links to courses, resources, helper sites that aid you in choosing which type and format of media to use, sites that check your HTML for errors or idiosyncrasies, and much more. http://www.unb.ca/web/wwwdev/resources.html 8.2 Conferences, on-line or face-to-face NAWeb '98 - The Virtual Campus (October 3-6, 1998). This international conference is in its fourth year. It is intended solely for those developing courseware for delivery on the WWW or for those delivering courseware over the WWW. http://www.unb.ca/web/wwwdev/naweb98/ 8.3 Books, listservs and associations Badrul Khan's Web-Based Instruction (Englewood Cliffs, NJ: Educational Technology Publications, 1997) is quite good. I host the WWWDEV listserv. This listserv hosts the NAWeb conferences, and has 1400 members from around the world - developing for delivery over the WWW or actually delivering courseware over the WWW. http://www.unb.ca/web/wwwdev/ The DEOSNEWS listserv is involved in all aspects of distance education. You can join that one by sending this message SUBSCRIBE DEOSNEWS your name to LISTSERV@PSUVM.PSU.EDU This is who and what they are: DEOS-L is a service provided to the Distance Education community by The American Center for the Study of Distance Education, The Pennsylvania State University. Opinions expressed are those of DEOS-L subscribers, and do not constitute endorsement of any opinion, product, or service by ACSDE or Penn State. The Canadian Association for Distance Education (CADE) can often help http://www.cade-aced.ca/ The Association for Media and Technology in Education - Canada (AMTEC) is another favorite of mine. http://www.camosun.bc.ca/~amtec/ Use every and any resource you can. Join groups for support, and support others in similar projects. This is a rapidly emerging field, and it is evolving and growing just as fast as it is emerging. 8.4 Other Here is where you add ideas you pick up at the conference.
"Beam me up, Scottie." This popular line from Star Trek was a demonstration of the advanced technology of the future. Though it was a fictional story, Star Trek became the universal vision of the future. As always reality tends to mimic fiction. Though our society has not quite resulted to living in space, we have made life easier with technology. Economic survival has become more dependent upon information and communications bringing forth new technology of which was never thought possible. Just a mere thirty years ago a computer occupied a whole room compared todays palm sized computers, which are faster and perform more functions. Cellular phones, now light and compact, were bulky just ten years ago. The most incredible invention, the Internet, is bringing infinite amount of information to your desktop. In the world of the of the Internet there exist a world blind to skin color and other physical appearances. The Internet while still young in age has grown rapidly, spreading to countries world wide and connecting 50 million users. With its popularity, it is incumbent upon our society to recognize how the Internet works and to be aware of its advantages as well as disadvantages. While seemingly high tech the Internet concept is rather simple. Computers speak to one another and send information. This is accomplished by sending and receiving electronic impulse, and then decoding them into a message. In order to communicate with one another they are linked up in a network. They are then able to access information from thousands of other computers. The network acts like one large computer storing information in various places, rather than in one physical structure. Users tap into the Internet to access or provide information. Internet technology allows one to surf the World Wide Web or send e-mail. The vision of the Internet that would revolutionize the computer and communications belonged to JCR Licklider of MIT (Leiner n. page). In August of 1962 he envisioned a globally interconnected set of computers which would allow everyone to quickly access data and programs (Leiner n. page). A government sponsored project at Defense Advanced Research Projects Agency (DARPA) started in October (Leiner n. page). The race for discovery of such technology raged between the Soviet Union and The United States of America. Both countries wanted control of the possibly powerful tool. Then in 1968, The National Physical Laboratory in Great Britain set up the first test network, which prompted the Pentagons ARPA to fund a larger project in the USA. (Sterling n. page) However the race was not limited to just nations but also companies. In 1965, working with Thomas Merrill, Lawrence G. Roberts created the first wide-area computer ever built. These experiments proved that computers could work together running programs and retrieving data as necessary on remote machines. Roberts put together his plan for ARPANET, published in 1966. At that time he learned of Donald Davies and Roger Scantlebury of NPL and Paul Baron and others at RAND. Research at MIT (1961-1967), RAND (1962-1965) and NPL (1964-1967) while parallel had no knowledge of one another. In August of 1968 an RFQ, a refined model of ARPANET was released for the development of one of the key components, the packet switches Interface Message Processors (IMP). Bolt Beranek and Newman (BBN) installed the first IMP at UCLA and the first host computer was connected. By the end of 1969 four host computers were connected together into the initial ARPANET and the Internet was off the ground. In 1977, electronic mail was introduced. (Leiner n. page) As the Internet quickly grew, changes were necessary. The Internets decentralized structure made it easy to expand but its NCP did not have the ability to address networks further down stream than the destination IMP. Bob Kahn decided to develop a new version of the protocol which eventually became known as the Transmission Control Protocol / Internet Protocol (TCP/IP). Compared to the NCP which acted as a device driver, the new protocol was more like a communication protocol. In order to make it easier to use, Host were then assigned names, replacing numbers. A group of scientist then set out to show that a compact and simple implementation of TCP was possible. They succeeded, allowing it to run on desktop computers. (Leiner n.