%0 Journal Article
%T Development of Virtual Experiment on 7-Segment Display Decoder Using Virtual Intelligent SoftLab
%A Bhaskar Y. Kathane
%A Pradeep B. Dahikar
%J International Journal of Computer Technology and Applications
%D 2012
%I Technopark Publications
%X We use the decimal code to represent numbers. Digital electronic circuits in computers and calculators use general the binary code to represents numbers. A common task of decoding from machine language to decimal numbers is encoding. A very common output device to display decimal numbers is the seven segment display. In this research paper we have formulated how experiments on 7-Segment display are performed using the concept of virtual Intelligent SoftLab (VIS). A 7-Segment display constructed using the Virtual SoftLab and observed actual outputs. The 10 (ten) digits (0-9) are represented by 4-bit input. VIS helps us to create results using visual display. Software for conducting the experimentations in 7-Segment display has been developed which helps students to perform and practice the experiments. A 7-Segment display experiments provides a pictorial method of design and evaluating experiments. In this paper we have designed the software that can observe the results. This will help students in understanding working of 7-Segment display
%K Virtual
%K SoftLab
%K 7-Segment
%K VIS Model
%U http://ijcta.com/documents/volumes/vol3issue1/ijcta2012030159.pdf