Triyanna Widiyaningtyas

Design reflowable digital book template

Electronic books (e-books or digital books) increasingly in demand and continue to grow in the form of future books. One of the standard format electronic books that potential is EPUB (electronic publication) published by the International Digital Publishing Forum (IDPF). This digital book has major advantages are able to provide interactive and reflowable content, which are not found in another book format, such as PDF. Reflowable content allows the book can be accessed through a variety of reader device, like desktop and mobile with a fit and comfort view. However, because the generating process of an EPUB digital book is not as easy a PDF, so this format is less popular. Therefore, in order to help overcome the existing problems, this paper develops digital reflowable text book templates to support electronic learning, especially in Indonesia. This template can be used by anyone to produce a standard digital book quickly and easily without requiring additional specialized knowledge.

Implementation of Genetic Algorithm to academic scheduling system

Academic Schedule in the university is a complex problem which is hard to be solved, because it has many constraints considering lecturer activities, rooms and times. Therefore, the university needs a tool to determine an academic schedule. This paper aims to design an academic scheduling system which is developed using Genetic Algorithm (GA) to solve the academic schedule. GA has some advantages compared to others algorithms, that is, GA solves the problem using groups of optimum solutions therefore its make the algorithm has less chance to be trapped in local optimum. In case of implementation in academic scheduling system, the analysis shows that GA can perform with the fitness value 0.952 in the training phase, and 0.927 in the testing phase.