Logika Informatika
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Pengantar Keteknikan Komputer
Author: Barlian Henryranu Prasetio
language: id
Publisher: Universitas Brawijaya Press
Release Date: 2023-10-31
Buku ini disusun sebagai buku referensi dan ajar mahasiswa untuk siap menjadi insinyur komputer yang kompeten dalam sikap, pengetahuan, dan keterampilan. Buku ini terdiri dari 7 Bab yaitu: BAB 1 Computing Curricula Bab 2 Perkembangan Teknologi Komputer terhadap Kehidupan Manusia Bab 3 Kompetensi Keilmuan Komputer Bab 4 Pengenalan Sistem Komputer Bab 5 Peran dan Profesi Keilmuan Komputer Bab 6 Tren Keilmuan Komputer Bab 7 Profesionalisme dan Profesi Buku ini membahas tentang sejarah keilmuan komputer pada Bab 1 dan perkembangan teknologi komputer pada Bab 2. Kompetensi dan pola pikir menjadi insinyur komputer disampaikan pada Bab 3. Pada Bab 4, buku ini menjelaskan inti keteknikan komputer yang spesifik pada pengenalan sistem komputer. Peran dan profesi keilmuan komputer disajikan pada Bab 5. Sementara itu, untuk tren keilmuan komputer ke depan dibahas pada Bab 6. Bagian terakhir yaitu Bab 7 buku ini menekankan pada etika dan profesionalisme seorang insinyur komputer.
Applied Tunicate Swarm Algorithm For TimeTable Generation in Matlab/ Octave
Creating efficient, conflict-free class schedules is a critical challenge faced by universities around the world. From managing room capacity to aligning faculty schedules, the complexity grows with each variable. Enter the Tunicate Swarm Algorithm, a nature-inspired optimization technique designed to solve such scheduling problems. This book, "Applied Tunicate Swarm Algorithm for Timetable Generation in MATLAB/Octave," provides a detailed, practical guide to leveraging this powerful algorithm for class schedule generation. With easy-to-understand explanations and real-world applications, this book equips you to tackle scheduling dilemmas head-on. Inside, you'll find: 1. A comprehensive introduction to the Tunicate Swarm Algorithm and how it works. 2. A step-by-step implementation guide using MATLAB and Octave 3. A comprehensive case study on creating a university class schedule, solving common scheduling constraints. 4. Ready-to-use code examples Whether you're an academic professional, researcher, or student, this book offers you the power to use matlab or octave to optimize your schedule effectively. Harness the power of crowd intelligence and learn how to implement one of the most advanced scheduling algorithms available today. Streamline your scheduling process and improve academic planning efficiency with MATLAB and Octave.
Applied Pelican Optimization Algorithm For TimeTable Generation in Matlab/ Octave
Creating efficient, conflict-free class schedules is a critical challenge faced by universities around the world. From managing room capacity to aligning faculty schedules, the complexity grows with each variable. Enter the Pelican Optimization Algorithm, a nature-inspired optimization technique designed to solve such scheduling problems. This book, "Applied Pelican Optimization Algorithm for Timetable Generation in MATLAB/Octave," provides a detailed, practical guide to leveraging this powerful algorithm for class schedule generation. With easy-to-understand explanations and real-world applications, this book equips you to tackle scheduling dilemmas head-on. Inside, you'll find: 1. A comprehensive introduction to the Pelican Optimization Algorithm and how it works. 2. A step-by-step implementation guide using MATLAB and Octave 3. A comprehensive case study on creating a university class schedule, solving common scheduling constraints. 4. Ready-to-use code examples Whether you're an academic professional, researcher, or student, this book offers you the power to use matlab or octave to optimize your schedule effectively. Harness the power of crowd intelligence and learn how to implement one of the most advanced scheduling algorithms available today. Streamline your scheduling process and improve academic planning efficiency with MATLAB and Octave.