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Application of System Usability Scale (SUS) method in testing the usefulness of information system Student Creativity program (PKM) based on website

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AIP Conference Proceedings 2022年第1期2658卷

作者： Silvia Oktaviani Citra Wiguna Agus Priyanto 1Information System Study Program Informatics Faculty Telkom Institute of Technology Purwokerto Indonesia 2Informatics Study Program Informatics Faculty Telkom Institute of Technology Purwokerto Indonesia

One of the significant indicators in the Education field is having a good experience from outside the campus. The student experience is reflected in three main factors: thoughts, feelings, and skills. Students Creativity program (PKM) is a form of the implementation of the Threefold Mission of Higher Education (Tri Dharma Perguruan Tinggi). PKM has an effort to grow, accommodate, and realize students' creative and innovative ideas. The use of information technology that is said to be a supporting factor in running business processes can improve effective and efficient performance, one of which is the use of computerized websites in PKM activities at Telkom Institute of Technology Purwokerto. The use of a website that is new still needs a lot of development. There are still some functions that have not run as they should be, such as the assessment process on the website that is still semi-manual. Based on these problems, so that the website can run optimally, it is necessary to evaluate the feasibility of the PKM system used by end users at Telkom Institute of Technology Purwokerto. The test was conducted using the System Usability Scale (SUS) method consisting of 10 statement items in the form of questionnaires with the main focus on measuring the feasibility level of the website involving respondents as end-users. The results showed that the validity test is said to be valid. Meanwhile, the reliability test is said to be reliable with a score of 63,308. This result can be categorized OK with grade scale D. The result shows that the research can be developed by updating the content or interface of the system to be more consistent and conducting demonstrations or socialization on how to use the system before users access the system.

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Bisindo information system as potential daily sign language learning

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AIP Conference Proceedings 2019年第1期2114卷

作者： Umi Fadlilah Decky Wismoyohadi Abd Kadir Mahamad Bana Handaga 1Electronic Study Program Faculty of Engineering Universitas Muhammadiyah Surakarta Sukoharjo Central Java Indonesia 2Informatics Study Program Faculty of Engineering Universitas Muhammadiyah Surakarta Sukoharjo Central Java Indonesia 3Computer Engineering Faculty of Electrical and Electronic Universiti Tun Hussein Onn Malaysia Parit Raja Johor Malaysia

Bisindo or Bahasa Isyarat Indonesia is one of sign language methods in Indonesia, besides SIBI or Sistem Isyarat Bahasa Indonesia. Generally, Bisindo is used by deaf people in their daily communication. Deaf people tend to have barriers to communicate with others. Yet, in the educational realm, some of them still have high spirit to continue their education until university. So, they must improve their abilities or competences in communicating with others and try to get information from around the world, for example using sophisticated technology with sign language. Information system of sign language learning is important to help deaf and heard people who want to understand the deaf conversation meaning. Bisindo information system is in website form that is built by PHP, MySQL, and sublime text 3. Based on the black box method, the Bisindo information system can run well. The results of the trial to the user describe that the maximum percentage for each level of testing is above 50% except for testing of conformity with the needs of deaf only at maximum of 42%. The Bisindo information system still has weakness, but it already gives benefits especially for deaf people in Indonesia.

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Simulation of model landslides observation in laboratory used by IoT

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AIP Conference Proceedings 2023年第1期2609卷

作者： Made Sutha Yadnya I. G. P. Wedashwara Wedarama I. Wayan Sudiarta 1Electrical Engineering Communication Laboratory Engineering Faculty University of Mataram Mataram Indonesia 2Informatics Engineering Faculty of EngineeringUniversity of Mataram Mataram Indonesia 3Physic Study Program Faculty of Mathematics and Natural Science University of Mataram Mataram Indonesia

This paper is collaboration between BMKG and the University of Mataram to mitigate land slide. For this study using light intensity sensors, air temperature sensors, voltage sensors, current sensors, humidity sensors. This research is on a laboratory scale with a soil slope of 10 degrees, dry soil with a tendency to split (clay) from brittle volcanic rocks. The initial conditions were without rain, then the soil was burdened with rain in low (drizzle), medium (25mm/h) and high (55mm/h) capacities. The second condition of the stage is given a vibration which is a model of the earthquake evenly on that stage. Soil Moisture soil, soil temperature, 3 pieces of vibration sensor switch, piezo electric vibration sensor. The initial height of the soil is 36.78 cm with a width of 79.35cm after being rained for 90 minutes, the final height is 29.93 and 60.25 cm, widening receding to the right and left sides.

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