Similar studies How to transmit the interactive application

the information contained in the application in accordance with the conditions that currently occur. CHAP VI RESULTS In general, digital TV broadcasting is not too different from the analog TV broadcasting. Only, in the broadcasting digital TV signals sent by pemancara not broadcast but was in the form of digital data that has been processed previously. This is possible because in some of the analog TV stations already use digital devices in the production process in the studio source release. Initially the results are still shaped analog broadcasts will be digital undergo a process of change by using a DAC Digital-to-Analog- Converter to be broadcast. With conditions like this, analog TV stations are already doing in the studio digitization process will be easier to immigrate. Picture 4.1. Illustrations in the DAC One of the advantages of digital TV broadcasting is there an application that can run between the digital data broadcast called MHP middleware. With the middleware will enable an application running on a digital TV broadcasting so that digital TV can be interactive TVs that connect producers and consumers indirectly. To design the application in general easy to understand and to devise solutions to problems that have been found. The design of the transition diagram using two different diagrams of Data Flow Diagrams DFD as tools and as process flowchart Stages of Development of the Waterfall 1. Analysis At this stage of analysis the authors find the data and information according to the needs of the application is also designing the concept of the application and look for software that is compatible with making the application. To create an T-Commerce application with Return Channel workmanship performed by the same two stages of file creation. NKR for T-Commerce and Return Channel and making a server for the Return Channel Designing applications for digital TV using the two software is iCareus and NetBeans. On the concept of the menu on the application used the concept of a scene that is the turn of the menu display content according to the selected menu. In addition to the concept of a scene menu there is also the concept of a sub-menu menu, only if using this concept will make the application look untidy. 2. Design Once the needs analysis is complete the next step can be executed is the design phase. Stage design Design is making an application specification, the specification that will be created with the following stages: 1.The design uses state transition diagrams 2. The design of the prototype 3. The design of the interface interface 3. Coding and Implementation Designing for the return channel of MHP can be done once completed. Creating a software return channel is required in accordance with the contents of coding to be used on the return channel. Make the return channel only requires 2 software that is NetBeans and Java. There are several things that must be considered in the use of such software is • NetBeans used to be versu 6.7.1 or more. This because there are several components in NetBeans 6.7.1 needed to manufacture the return channel. This component is absent in NetBeans with a lower version. One is called JavaServer Faces frameworks • For Java, there are 2 two types used JDK is JDK 1.4. and JDK 1.6. Each JDK has a function each to run several different visual library. • Visual Library run in accordance with the required program and on the run with the corresponding JDK. If one library or the JDK does not work then the project will not be able to run properly. 4. Testing Testing method used is a black box method. Because the application is run and tested whether it meets user needs. To test this application, it takes at least 2 two pieces of computer or laptop. The first computer will connect to your PC to broadcast transmitters can be accepted by the settop-box. Later the other computers will be used as a server connected to the settop-box Picture 4.2. Flow Diagram DFD In order for the return channel can be seen either on TV or else the server takes a few steps of a. Users make the MHP E-Commerce applications Return Channel with iCareus b. MHP is transmitted to the PC transmitter. c. Pemancarar PC and transmit digital data received by the Set-Top-Box. d. By Set-top-box to the TV broadcast signal Digita. e. Return Channel television doing the polling process and the data sent back to the Set-Top-Box f. Set-top-box sends data to the server g. Server reads the data and then sent back to the Set-Top-Box h. Set-top-box displays the results of the poll on TV CHAP V CONCLUSIONS RECOMMENDATIONS 5.1. Conclusion After doing some research and try to make t-commerce applications, then the author can conclude that 1. T-Commerce applications as one of the applications running on Digital TV, can still continue to be developed considering the number of TV users in Indonesia. 2. Making E-Commerce application with Return Channel can be made by looking at the needs of existing users, so that the contents of the application can be replaced in accordance with the wishes of the user so that interactions can occur when the application is in implemntasikan. 3. Function libarary on Return Channel plays an important role because if you use a library that does not suit your needs then the server will not be able to run and process of interaction goes only one direction one-way only 5.2. Suggestion After conducting research through seminars and presentations authors get different advice from those who have seen the design of this application, one of which is 1. In making the research methodology waterfall should be poured in techniques and tools that are used for scientific matters and a deeper analysis.

2. In writing and discussion should be

more focused application again so the reader will better take a look into the technology side rather than the commercial side of the T-Commerce. REFERENCES Budiarti, Hari, Heru Thanjono, Bambang dan tim. 2007. TV Digital dan Prospeknya di Indonesia. Jakarta. Pusat Teknologi Infromasi dan Komunikasi BPPT. 2005-2006. Buku Indikator Teknologi Informasi dan Komunikasi. BPPT. Rizky, Soetam. 2011. Konsep Dasar Rekayasa Perangkat Lunak. Jakarta: Prestasi Pustaka Publisher. AS, Rosa dan Salahudin, M . 2011. Modul Pembelajaran Rekayasa Perangkat Lunak Terstruktur dan Berorientasi Objek, Bandung: Modula. Hakim S. Rachmad dan Ir. Sutarto, M.Si. 2009. Konsep Pemograman Java dan Penerapannya untuk Membuat Software Aplikasi. Jakarta: PT. Elek Media Kompuindo. Rakyat, Dian. 2008. 100 JavaScript. Jakarta: PT.Dian Rakyat Budiarto, H., Gamantyo Hendranto, Bambang Heru T. 2007. “Menuju Implementasi Siaran Televisi Digital Terrestrial di Indonesia”, Konferensi Teknologi Informasi dan Komunikasi untuk Indonesia, e-Indonesia Intiative 2007, 25-26 April 2007. Jakarta Satriyo Darmayanto 2008. Digital TV Indonesia. From http:digitaltv4indonesia.blogspot.c om