On Internet Access Technology Specification Model
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On Internet Access Technology Specification Model

Authors: Samson Okwakol Ariko, Venansius Baryamureeba

Abstract:

Internet Access Technologies (IAT) provide a means through which Internet can be accessed. The choice of a suitable Internet technology is increasingly becoming an important issue to ISP clients. Currently, the choice of IAT is based on discretion and intuition of the concerned managers and the reliance on ISPs. In this paper we propose a model and designs algorithms that are used in the Internet access technology specification. In the proposed model, three ranking approaches are introduced; concurrent ranking, stepwise ranking and weighted ranking. The model ranks the IAT based on distance measures computed in ascending order while the global ranking system assigns weights to each IAT according to the position held in each ranking technique, determines the total weight of a particular IAT and ranks them in descending order. The final output is an objective ranking of IAT in descending order.

Keywords: Internet Access Technology (IAT).

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1075951

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[1] Australian Communication Authority. (2004, Feb 14th). Consumer fact sheet. Available: http://www.aca.gov/consumerinfo/factsheets/consumerfactssheets/fsc63. pdf
[2] Ariko O S, "On Internet Access Technology Specification Model", MSc. dissertation in Computer Science, Faculty of Computing and Information Technology, Makerere University, 2005 (Unpublished).
[3] Bates, A.W.," Technology, open learning and distance education, London: Routtedge, 1995.
[4] Cisco Systems and Cisco Press," Interconnecting Cisco Network Devices, Indianapolis, USA; Cisco Press, 2002.
[5] Cooper, E.., Biagioni. E., and Sansom, R., "Designing a practical ATM LAN, IEEE", Network, Vol.7, no.2, pg 32-39, 1993.
[6] Federal Communication Commission," High Speed Internet Access, broadband". Available: http://ftp.fcc.gov/cgb/consumerfacts/highspeedinternet.html
[7] Gunner, K., "Asynchronous Transfer of Video", IEEE Communications Magazine, Volume 34,No. 8, pg 118, 1996.
[8] Gunawan, W. "A Multiple Ranking Model for Ranking E-services"; MIT. Project Report, Monach University, 2002.
[9] Imran, H. "Before you buy Internet access Services", 2004. Available: http://Internet.about.com/library/abybinternetaccess.html.
[10] Kelly, P." Questions to ask in choosing adaptive technology"; Available, http://www.handinet.org/text/quest2ask.htm.
[11] Kriz, H.M " Windows and TCP/IP for Internet Access", PC Week, Vol.12, No.13, pg. 13, 1995.
[12] Laurel networks," Quality of service in service provider's networks", 2004; Available: http://www.laurelnetworks.com/products/literature/qos.pdf.
[13] Moore, C.,S. "Asynchronous Transfer Mode: An Introduction", EE6304, Spring 1997, Section 403D, 1997.
[14] Newman, T.,S., Waddell, J.,E.,Jr , Hussey,T.,E, Bigelow,J.,A, " A Cost- Effective Approach for Data and Voice Transfer in Remote Locations."Terra Surveys, LLC Palmer, Alaska, 2003.
[15] Rodey,W., "Digital Subscriber Line Broadband -Delivering Fast Internet Access Around the World." Digital Rivers Final Report, Carnegie Mellon University, 2002.
[16] Sörensen K..-"Distance measures based on the edit distance for permutation-type representations.- In: Proceedings of the Workshop on Analysis and Design of Representations and Operators(ADoRo at GECCO 2003 Conference), Chicago, Ill., p. p. 8-14.
[17] Spear, T," Internet Access and Security solutions, Network Application. inc, technical report 3236.", 2004.
[18] Tewari, G., Youll, J., and Maes, P.," Personalized Location-based Brokering Using an Agent-Based Intermediary Architecture"; Proceedings of the 2000 International Conference on Electronic Commerce, Seoul, Korea.
[19] Walker, D., "A supplement to connections newsletter", 1998. Available; http://www.col.org.