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"Skripsi ini akan membahas pengaruh serangan Denial of Service pada performansi jaringan IPv6 yang menggunakan tunneling GRE dan dual-stack. Mekanisme transisi diperlukan untuk melakukan interkoneksi jaringan IPv6 ke tujuan melewati core network yang masih menggunakan IPv4 dengan metode tunneling GRE dan dual-stack. Jaringan berbasis IPv6 tersebut akan diserang dengan cara flooding yang ukuran paketnya meningkat. Dari keadaan tersebut, dapat diamati perubahan kinerja ketika serangan ditingkatkan. Parameter yang digunakan pada untuk penilaian performansi adalah throughput, packet loss, dan delay. Mekanisme transisi yang dibandingkan merupakan parameter penting untuk mengetahui kinerja jaringan IPv6 pada mekanisme transisi.Thoughput pada jaringan tunneling GRE mengalami penurunan sebesar 9.27% dan pada jaringan dual-stack sebesar 17.62%. Delay tidak banyak berbeda, pada tunneling GRE delay lebih baik dari dual-stack sebesar 15.84%. Perbedaan yang signifikan terjadi pada packet loss dimana GRE mempunyai packet loss yang lebih besar, yaitu 8.36% dibandingkan packet loss pada dual-stack yang bernilai 6.74%. Oleh karena itu, tunneling GRE lebih baik digunakan pada aplikasi FTP dalam keadaan server diserang menggunakan Denial of Service.

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This thesis will discuss the effect of denial of service attacks on IPv6 network performance using GRE tunneling and dual-stack. Transition mechanisms needed to interconnect the IPv6 network to the destination through the core network is still using IPv4 with GRE tunneling method and dual-stack. IPv6-based networks will be attacked by flooding which package size increases. From these circumstances, changes in performance can be observed when the attack intensified. The parameters used for the assessment of performance is throughput, packet loss, and delay. Transition mechanism is an important parameter to determine the performance of IPv6 network transition mechanism.

GRE tunneling throughput on the network has decreased 9.27% and on dual-stack network 17.62%. Delay is not much different, the GRE tunneling delay is better than dual-stack by 15.84%. Significant differences occurred in which the GRE packet loss have a greater packet loss, which is 8.36% as compared to the dual- stack packet loss is 6.74%. Therefore, GRE tunneling is better used on FTP in attacked situation by Denial of Service."

"Internet &​ World Wide Web How to Program, 5/​e is appropriate for both introductory and intermediate-level client-side and server-side programming courses. The book is also suitable for professionals who want to update their skills with the latest Internet and web programming technologies. Internet and World Wide Web How to Program, 5e introduces students with little or no programming experience to the exciting world of Web-Based applications. This new edition focuses on HTML5 and the related technologies in its ecosystem, diving into the exciting new features of HTML5, CSS3, the latest edition of JavaScript (ECMAScript 5) and HTML5 canvas. At the heart of the book is the Deitel signature "live-code approach"-concepts are presented in the context of complete working HTML5 documents, CSS3 stylesheets, JavaScript scripts, XML documents, programs and database files, rather than in code snippets. Each complete code example is accompanied by live sample executions. The Deitels focus on popular key technologies that will help readers build Internet- and web-based applications that interact with other applications and with databases. These form the basis of the kinds of enterprise-level, networked applications that are popular in industry today. After mastering the material in this book, readers will be well prepared to build real-world, industrial strength, Web-based applications"

"Jaringan thin client merupakan pengembangan konsep pemberdayaan jaringan komputer lokal berbasis Green ICT. Model jaringan dumb terminal dan diskless merupakan dua model jaringan thin client yang dikenal saat ini. Model jaringan dumb terminal dan diskless menawarkan penghematan konsumsi daya dan upaya pendukung teknologi ramah lingkungan. Tulisan ini membahas tentang kinerja jaringan dumb terminal dan diskless untuk melayani aktivitas pengguna dengan aplikasi multimedia yang banyak dimanfaatkan pengguna saat ini. Hasil pengujian menunjukkan bahwa sistem jaringan diskless memiliki kinerja lebih baik dibandingkan jaringan dumb terminal untuk mengoperasikan aplikasi multimedia. Hal ini ditunjukkan bahwa jaringan diskless mampu menghemat penggunaan sumber daya hingga 30,78 % untuk konsumsi CPU dan 12,16 % untuk konsumsi memori serta memiliki intensitas komunikasi data hingga 15,17 % lebih besar dibandingkan dengan jaringan dumb terminal.

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Thin client network is a development concept of Local Area Network (LAN) deployment based on Green ICT. Dumb terminal network and diskless network are two well known of thin client network model. Dumb terminal network and diskless network offer saving power consumption and "Green" technology effort. This paper discuss about dumb terminal network and diskless network performance to server user activities with multimedia application that well known around many people now.

Experiment result show that diskless network system performance is better than dumb terminal network system to operate multimedia application. It show that diskless network can save resource usage up to 30.78 % of CPU usage and up to 12,16 % of memory usage and also has data transfer intensity up to 15.17 % that is bigger than dumb terminal network."