Teknologi Informasi (TI) salah satu bagian penting dalam sebuah organisasi. Terutama pada era disrupsi dan lingkungan yang dinamis saat ini, TI telah menjadi sarana utama bagi organsisasi untuk mencapai efisiensi dalam operasional dan mendapatkan keunggulan kompetitif. Oleh karena itu, perencanaan strategis TI yang efektif sangat diperlukan guna memastikan bahwa proses pembangunannya sejalan dengan nilai, visi, misi dan tujuan dari organisasi. Hal ini tanpa perkecualian bagi universitas sebagai salah satu organisasi pendidikan yang saat ini semakin mengandalkan TI untuk memfasilitasi penyelenggaraan kegiatan akademis yang berkualitas serta memberikan layanan terbaik bagi para pemangku kepentingan. Dalam penelitian ini dilakukan kajian pustaka terhadap 34 artikel yang berkaitan dengan perencanaan strategi TI pada perguruan tinggi di Indonesia. Dari 34 artikel dibagi menjadi 2 sub topik perencanaan strategi TI. Dari hasil kajian pada 34 artikel diperoleh temuan yang mendominasi penelitian, yaitu terdapat sebanyak 30 artikel yang membahas topik penelitian mengenai kegiatan perencanaan strategi TI, 17 artikel yang menggunakan framework Ward And Peppard, 22 perguruan tinggi swasta yang dijadikan objek penelitian, 34 artikel yang melakukan perencanaan strategi TI sebagai aspek penelitian, dan kurangnya jumlah penelitian mengenai tingkat keselarasan antara perencanaan strategi TI dan strategi bisnis, serta kurangnya penelitian mengenai perencanaan strategi TI pada perguruan tinggi negeri di Indonesia.
Pertanian mempunyai peran yang begitu penting di dalam proses keberlangsungan hidup manusia. Di Indonesia, sebagian besar penduduk atau masyarakatnya bekerja di bidang pertanian. Penerapan IoT akan sangat masif digunakan untuk merealisasikan sistem pertanian cerdas (smart farming). Dikarenakan populernya penerapan IoT di bidang pertanian saat ini, maka tujuan dari literature review ini yaitu untuk menjelaskan tentang penggunaan Internet of Things (IoT) di bidang pertanian khususnya dalam merealisasikan sistem informasi cerdas pertanian. Terdapat hasil bahwa IoT banyak digunakan di pertanian hortikultura dengan metode pengembangan prototyping. Variabel penelitian paling banyak diteliti pada kelembapan, dan suhu baik yang di tanah, air, maupun udara. Platform yang populer digunakan yaitu website berbasis IoT.
This study aims to develop a conceptual model of question answering system in Bahasa using Semantic web technology. A trigger was built to periodically collect data scattered on the internet in a data center to shorten the query process on data without reducing the data completeness. The test case domain was automotive. This study used four types of ontologies: main ontology, ontologies from manufacturers, dealers, and rentals. This research has some novelties, such as solving the weakness of distributed and centralized data and combining the advantages of both by storing distributed data into a pool (centralized data) periodically, then querying the pool. Furthermore, it makes contribution by providing a conceptual model of Indonesian question answering system, particularly in automotive domain. This has some implications, such as extend the body of knowledge of computer science, especially semantic web and ontology fields.
Participation from all relevant stakeholders is important to achieve the goal of every activity successfully. Nowadays, Information and Computer Technologies, for example, Biometrics, Internet of Things (IoT) and Big Data are used to support participation from the relevant stakeholders. Electronic Participation (e-Participation) already utilized broadly to empower people participation in politics, business, government, cultural activities. Moreover, Biometrics has been used broadly for an identification system. Biometrics system identifies physiological instead of behavioral attributes, such as palm veins, iris recognition, face recognition, fingerprint, DNA, palm print, hand geometry, retina, and odor/scent. Therefore, this research would like to collaborate e-Participation and Biometrics fields from the multidisciplinary perspective. Furthermore, the literature reviews show that research collaboration between e-Participation and Biometrics Technologies are still limited. Hence, the objective of this research was to develop a novel conceptual model of e-Participation using Biometrics technologies. This paper contributes by developing a novel conceptual model of biometrics technologies for e-Participation implementation. This research has some implications. For theory development, this research contributes to the novel conceptual model in e-Participation, E-Government, Information Systems, Informatics, Computer Science, Image Processing, and Biometrics fields. For Practice, the novel model could be utilized for practitioners, policy-makers, and other relevant stakeholders for e-Participation implementation using Biometrics Technologies.
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