Single Sign on (Sso) Menggunakan Standar Saml Pada Sistem Informasi Unikom

Suryana, Taryana; Amarullah, Ahmad

doi:10.34010/miu.v15i1.280

Cited by 2 publications

(2 citation statements)

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“…Tranduser ini digunakan untuk mendeteksi akan penyerapan cahaya pada panjang gelombang tertentu, yang dimana memungkinkan alat ini untuk membedakan antara spectrum cahaya pada api dengan spectrum cahaya lainnya seperti spectrum cahaya lampu [7]. Cara kerja flame detector mampu bekerja dengan baik untuk menangkap nyala api untuk mencegah kebakaran, yaitu dengan mengidentifikasi atau mendeteksi nyala api yang dideteksi oleh keberadaan spectrum cahaya infra red maupun ultraviolet dengan menggunakan metode optic kemudian hasil pendeteksian itu akan diteruskan ke Microprosessor yang ada pada unit flame detector akan bekerja untuk membedakan spectrum cahaya yang terdapat pada api yang terdeteksi tersebut dengan sistem delay selama 2-3 detik pada detektor ini sehingga mampu mendeteksi sumber kebakaran lebih dini dan memungkinkan tidak terjadi sumber alarm palsu [8]. Selain itu objek penelitian yakni Ruang Server.…”

Section: Pendahuluanunclassified

Analisis Perbandingan Kinerja Antara Sensor Api Flame 5 Channel Dengan Sensor Asap MQ2

Wijaya,

Nur Ikhsan,

Sugianto

2022

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Sensors are devices used to detect changes in physical quantities such as light, motion, fire, humidity, temperature, smoke and other environmental phenomena. With the use of sensors, changes in the environment that are detected by the sensor can be seen. Each sensor has a different function but can be used for the same purpose, for example, in detecting a fire. A fire incident can be identified by two things, namely the presence of fire or smoke, but it cannot be known whether it is fire or smoke first which is easy to detect from the fire. Therefore it is necessary to do a sensor performance comparison test which aims to find out which sensor detects fire earlier. This study uses a quantitative two-sensor test comparison method. The two sensors, namely the Flame 5 Channel fire sensor, have a function to detect fire which will be tested with the time parameter needed to detect fire based on the distance and the fan's time requirement to turn off the fire. Then the MQ2 sensor has a function to detect smoke based on its thickness which will be tested with the estimated time parameter for the thickness of the smoke until the sensor detects it based on the distance and time it takes for the smoke to disappear using a fan. The results of this study are a comparison of the two sensor tests to become a recommendation for the use of sensors in detecting fires.

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Section: Pendahuluanunclassified

Analisis Perbandingan Kinerja Antara Sensor Api Flame 5 Channel Dengan Sensor Asap MQ2

Wijaya,

Nur Ikhsan,

Sugianto

2022

bit

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“…An authentication system known as Single Sign On (SSO) was created to solve the shortcomings of the LDAP method. Single Sign On (SSO) is a technology that allows users on a network or system to access services with only one user account [3]. Users don't have to remember as many usernames and passwords with the Single Sign On (SSO) system, which makes data processing easier [4].…”

Section: Introductionmentioning

confidence: 99%

Comparative Analysis of the Performance of Single Sign-On Authentication Systems with OpenID and OAuth Protocols

Waluyo¹,

Sutarman²

2022

IJCIT

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A vast number of people use the internet on a regular basis. The growing number of users will inadvertently bring new issues for both users and administrators as user managers. Users forget their user accounts and passwords when they have too many accounts to surf the internet. Web-based application services at University of Technology Yogyakarta include the Academic Information System (SIA) and E-Learning without exception. Both have the same issue: figuring out how to establish an authentication mechanism that will prevent users from forgetting their accounts on the system. The goal of this research is to create a prototype using Single Sign On (SSO) and compare the performance of the two SSO protocols utilized, OpenID and OAuth. The Explicate Problem, Define Requirements, Design and Develop Artifact, Demonstrate Artifact, Evaluate Artifact, and Communication processes are all part of this study. The results of prototype testing are obtained by attempting to log in using an academic service system account, and users are not required to login/authenticate again while accessing the e-learning page. Performance studies on both protocols revealed that the highest number of users who could login to the system at the same time was 1230 (OpenID) and 1219 (OAuth). In comparison to the OpenID protocol, the OAuth protocol is more consistent in terms of average response time for handling user requests. A greater specification is also required to suit the demands of additional users.

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Single Sign on (Sso) Menggunakan Standar Saml Pada Sistem Informasi Unikom

Cited by 2 publications

References 0 publications

Analisis Perbandingan Kinerja Antara Sensor Api Flame 5 Channel Dengan Sensor Asap MQ2

Analisis Perbandingan Kinerja Antara Sensor Api Flame 5 Channel Dengan Sensor Asap MQ2

Comparative Analysis of the Performance of Single Sign-On Authentication Systems with OpenID and OAuth Protocols

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