UTP Interactive WAP Announcement

UTP Interactive WAP Application is a project that will enable UTP students to retrieve information around UTP only by sending request through SMS. Currently, lecturers and administration are usingUTP Website, UTP Buletin Board, E-learning, and notice board to spread out information to students such as class replacement and club events. However, due to various technical errors, students seldom log on to those websites. Therefore, this project is developed as a backup to UTP Website and E-Iearning, especially for high mobility students whoprefer to access Internet through Mobile phone than from computers. Through their handphone, student will send request as provided in the system menu to Web Server. Then, the Web Server which hold WAP content will process the request and reply to the sender. The process is completed once the sender received the requested information.This is the manuscript which reporting the whole development of the project. To describe the study, background, problem statement, objectives and scope of the project will be imparted in Introduction Chapter. Next, in Literature Review Chapter, search and findings about the implementation and architecture of WAP and WML technology together with other components in developing the project is summarized. Next, as the framework that builds the project, the procedures that have been gone through, and the software that is implemented namely Nokia Mobile Internet Toolkit 4.0, EasyPHP, and Dreamweaver are generally described in Methodology Chapter. In Result and Discussion Chapter, The output of the first and second part of the study are imparted, displayed and discussed

Mobile e-commerce: study and model generation, implementation issues and analysis

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A Taxonomy of Internet Appliances

The world is evolving from one in which almost all access to the Internet comes from personal computers (PCs) to one in which so-called Internet appliances (IAs) will make up a greater share of end-user equipment. Today's PC is a general-purpose, highly configurable and extensible device ? an "intelligent end-node" of the sort the Internet's designers had in mind. As such, it allows users much freedom of choice (such as which service provider to use, which Web sites to visit, and which new software to download) in exchange for dealing with associated complexity. An IA is a device connected to the Internet, but beyond that there is little consensus on functionality and target markets. There is, however, general agreement that it reduces the level of complexity seen by the user. A variety of approaches to reducing complexity are being pursued. These fall on a spectrum from totally fixing the function of devices, to automating the configuration of more general purpose systems. In the middle are devices whose functions appear more or less fixed to the user, but which retain some limited capability for upgrade through their Internet connection

Mobile Staff Instant Interaction System

The purpose of this report to give a detail a view about the final year project that has been developed by author which is "Mobile Staff Instant Interaction System" which is intended for lecturers and student using Local Area Network(LAN) wireless connectivity. The report contents background of study, problem statement, objective and scope of study, literature review and theory, methodology, and conclusion and recommendation. Basically, the problem of the current situation is when a frequent consultations and appointments have to be done for learning or project purposes. Alternatively, the LAN-Based system will replace the current systems that are such as Yahoo Messenger and email which require anaccess of internet when the connection is off. The scope of the project is to keep the interaction between both entities constantly beheld. Ausercould setanappointment to theintended target users form the registered user and consult remotely using the appointment. The methodology been used is waterfall model because the author is dealing with a proposed and new knowledge to the author. This will need a furtherstudies and investigation on the wireless architecture itself, WAP system development and implementation. As for conclusions, the author has described about the recommendation and important of the system in term of efficiency and time which are crucial thatcould accelerate a certain task progress