11 research outputs found
Smart Group Decision Making on Leadership Style Identification Using Bayes Theorem (Peer Review)
Get PDFImplementation of AES and QR Code Algorithm on Digital Legalization System (Hasil Check Similarity)
Get PDFAnalisa Perbandingan Metode Dempster-Shafer (DS) Dan Certainty Factor (CF) Dalam Mendiagnosa Hama Dan Penyakit Kacang Tanah
Get PDFAplikasi Prediksi Respon Displacement dan Story Drift Bangunan terhadap Spektrum Gempa dengan Metode Backpropagation (Peer Review)
Get PDFSmart Group Decision Making on Leadership Style Identification Using Bayes Theorem (Hasil Check Similarity)
No full textAplikasi Prediksi Respon Displacement dan Story Drift Bangunan terhadap Spektrum Gempa dengan Metode Backpropagation (Hasil Check Similarity)
No full textImplementation of Advanced Encryption Standard (AES) and QR Code Algorithm on Digital Legalization System
No full textA certificate is an important document that its validity must be ascertained. Fraud over the originality of this document demands a high level of security to ensure that this document is genuine. The Digital Certificate Legalization system (DCL) can regulate and guarantee the mechanism of document validity procedure. By implementing AES and QR Code algorithm, the information contained in the photo-scan of the certificate can be authenticated. The results of the scan are encrypted by using the legalized code in AES Algorithm. The code will be translated using the QR Code and matched to the data contained in the server system. The system will confirm whether the certificate is original or not. In order to test the system, black box testing is applied for functionality check; capacity testing in terms of execution time and memory load of benchmark testing are also examined for system performance measurement. Finally, user response testing is conducted to identify the user acceptance towards the system. As the result, the implementation of AES and QR Code algorithm provides good performance, efficient, light, and fast execution responses (less than one second and less than one megabyte) in a legalized certification checking system
Implementation of Advanced Encryption Standard (AES) and QR Code Algorithm on Digital Legalization System
No full textA certificate is an important document that its validity must be ascertained. Fraud over the originality of this document demands a high level of security to ensure that this document is genuine. The Digital Certificate Legalization system (DCL) can regulate and guarantee the mechanism of document validity procedure. By implementing AES and QR Code algorithm, the information contained in the photo-scan of the certificate can be authenticated. The results of the scan are encrypted by using the legalized code in AES Algorithm. The code will be translated using the QR Code and matched to the data contained in the server system. The system will confirm whether the certificate is original or not. In order to test the system, black box testing is applied for functionality check; capacity testing in terms of execution time and memory load of benchmark testing are also examined for system performance measurement. Finally, user response testing is conducted to identify the user acceptance towards the system. As the result, the implementation of AES and QR Code algorithm provides good performance, efficient, light, and fast execution responses (less than one second and less than one megabyte) in a legalized certification checking system
