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Abstrak :
Skripsi ini membahas tentang analisa dari sistem electronic voting real-time berbasis web dari segi performa web framework Symfony yang digunakan serta dari segi desain antarmuka yang dibuat dengan menambahkan elemen AJAX. Berdasarkan hasil analisa performa, yang meliputi analisa page load time dan bandwidth, Symfony memberikan performa yang jauh lebih rendah, dengan page load time 341.74% lebih lama dan throughput 46.54% lebih kecil, dibandingkan dengan website berbasis PHP serupa yang dibuat tanpa menggunakan framework, sehingga penggunaan Symfony dalam hal ini tidak direkomendasikan. Analisa antarmuka memberi hasil yang mencapai target dengan final score 81.74, dengan beberapa hal yang masih perlu diperhatikan seperti komposisi warna, posisi elemen, serta efektivitas informasi.

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This undergraduate thesis emphasizes on the analysis of the web based, real-time electronic voting system, based on the performance of the Symfony framework utilized, along with the intereface itself, designed by adding the AJAX element. The performance analysis, which involves page load time and bandwidth analysis, shows that Symfony performs very poorly, with 341.74% longer in page load time and 46.54% lower in throughput, compared to the identical PHP website designed without the use of framework, so that the use of Symfony framework is not recommended in this matter. The interface analysis reaches the target with 81.74 as the final score, along with some additional works on some details that need to be fixed such as the composition of the color, positioning of the elements, and information effectivity.

Abstrak :
Perkembangan teknologi informasi mendorong perkembangan aplikasi berbasis internet. Pada sistem electronic voting yang menggunakan sistem otentifikasi yang terdapat pada ASP.NET akan memberikan keamanan dari sisi hak akses yang dimiliki pengguna. Dengan mengimplementasikan algoritma rijndael pada sistem otentifikasi akan memberikan sisi aman dari inputan data yang diharapkan dalam pengambilan suara pada sistem electronic voting. Penggunaan hash algoritma SHA 512 yang dapat mengeksekusi enkripsi dan dekripsi data dapat dimanfaatkan karena tidak memakan waktu yang terlalu lama yaitu 5,35 ms untuk enkripsi dan 1,868 ms untuk dekripsi serta memiliki keunggulan diantara hash algoritma yang lain yang digunakan dalam skripsi ini. ...... The development of information technology encourages the development of internet based application. In electronic voting system that used ASP.NET as the authentication system, the user will have more freedom to access the data. Implementation of the rijndael algorithm in authentication system will give more protection in data input when the vote is held on the electronic voting system.Has algorithm SHA 512, which can done some encryption and decryption, will be used because it don't take much time with 5,35 ms for encryption and 1,868 ms for decryption and have an excess in comparassion with other hash algorithm that will be used in this undergraduate thesis.

Abstrak :
The 15 revised full papers presented were carefully reviewed and selected from 33 submissions. They are organized in topical sections on Norwegian internet voting, voting systems I and II, prêt à voter and trivitas, and experiences.

Abstrak :
The 14 revised full papers presented were carefully reviewed and selected from numerous submissions. This volume includes complete research work organised in five groups as follows, keynote speech, reviews, policy consultations, case studies, and techniques and analysis.

Abstrak :
This book constitutes the refereed proceedings of the Joint International Conference on Electronic Government and the Information Systems Perspective, and Electronic Democracy, EGOVIS/EDEM 2012, held in Vienna, Austria, in September 2012, in conjunction with DEXA 2012. The 27 revised full papers presented were carefully reviewed and selected from numerous submissions. They cover topics from recent research fields such as open data, cloud applications, interoperability and e-government architectures, Web 2.0 and Web 3.0 solutions and public dialogies. The papers are organized in the following topical sections, e-government country studies, e-government processes, identy management in e-government, e-government : process management, e-participation, social networks, and open data.

Abstrak :
This book discusses the implications of new technologies for a secured society. As such, it reflects the main focus of the International Conference on Ethical Hacking, eHaCon 2018, which is essentially in evaluating the security of computer systems using penetration testing techniques. Showcasing the most outstanding research papers presented at the conference, the book shares new findings on computer network attacks and defenses, commercial security solutions, and hands-on, real-world security experience. The respective sections include network security, ethical hacking, cryptography, digital forensics, cloud security, information security, mobile communications security, and cyber security.