Teddy Mantoro.

Transkripsi

1 Teddy Mantoro

2 No Jabatan Dosen Dosen Tetap 2014 Dosen Tetap 2015 Dosen Tetap 2016 Jumlah % Jumlah % Jumlah % 1 GURU BESAR , ,3 2 LEKTOR KEPALA , , ,9 3 LEKTOR , , ,2 4 ASISTEN AHLI , ,5 5 TENAGA PENGAJAR , , ,1 Jumlah source: PDdikti, 25/10/2016

3 Fakta Dalam Tiga Tahun Terakhir 1. Jumlah Profesor Berkurang 2. Jumlah Lektor Kepala Berkurang 3. Jumlah Lektor Berkurang 4. Jumlah Asisten Ahli Bertambah 5. Jumlah Tenaga Pengajar Berkurang

4 Peningkatan Jabatan Dosen 1041 Asisten Ahli = 629 orang Lektor = 295 orang Lektor Kepala = 106 orang Profesor = 11 orang Peningkatan kualifikasi akademik dosen ke S3 144 Beasiswa PT Dalam Negeri = 127 orang Beasiswa PT Luar Negeri = 17 orang Pengembangan Karier dan penghargaan Dosen 335 Mutasi dosen = 330 orang Pemilihan Dosen Berprestasi = 5 orang

5 o Pengindeks bereputasi Jenis Indeks dan faktor dampak (IF) h-index dan g-index Penelitian Ilmiah Mencari bidang yang akan diteliti AI Method in Brief Jenis Publikasi karya ilmiah Similarity Score (Plagiarism Level) Penulisan Proposal dan publikasi Ilmiah Judul Abstract Introduction, methodology, etc. Contoh penelitian dan hasilnya

6 Menjelaskan tentang pengindeks bereputasi Membedakan Jenis Indeks dan faktor dampak (IF) Dapat menghitung h-index dan g-index Dapat menetapkan area yang akan diteliti Dapat menetapkan Idea pada suatu penelitian (Problem dan Solusi yang diusulkan) Mampu menulis papers yang memiliki strong references dan rendah similarity-score-nya. Mampu menghasilkan paper yang berpotensi di publikasi di jurnal Internasional bereputasi (Scopus dan WoS).

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13 Variables: Author Area define by author Citations: All and the last 5 years h-index i10-index Total papers

14 Peneliti A +++ reputable papers: journal atau conf ber-if --- first author atau corresponding author ---- bahasa Indonesia Disiplin ilmu: Biologi Citations=660 h-index = 14 I10-index=18 Peneliti B --- reputable papers: journal atau conf ber-if +++ first author atau corresponding author +++ bahasa Indonesia Disiplin ilmu: Ilmu komputer Citations=1176 h-index = 17 I10-index=35

15 Peneliti A h-index=12 Docs=26 Citations=390 from 322 docs Peneliti B h-index=0 Docs=1 Citations=0 from 0 docs

16 Variables: Author Id ORCID # docs # Citations # docs yg mengutip h-index # co-authors Subject area Graph visualization

17 Variables: Jumlah Docs Jumlah sitasi Jumlah sitasi tanpa self-citation Citing-articles tanpa self-citation Rata-2 citation per paper h-index Graph visualization (ResearchID)

18 The h-index is an author-level metric that attempts to measure both the productivity and citation impact of the publications of a scientist or scholar. Proposed by Jorge E. Hirsch (2005). The index is a measure of the number of highly impactful papers a scientist has published. The larger the number of important papers, the higher the h-index, regardless of where the work was published. To calculate it, only two pieces of information are required: the total number of papers published (Np) and the number of citations (Nc) for each paper. The h-index is defined by how many h of a researcher s publications (Np) have at least h citations each. Source:

19 The index h, defined as the number of papers with citation number greater than or equal to h, is a useful index to characterise the scientific output of a researcher. (JE Hirsch) The h-index is a measure of the number of publications published (productivity) as well as how often they are cited (impact). PRODUCTIVITY + IMPACT = INFLUENCE If your h-index is 15, you have 15 papers cited 15 times or more. If your h-index is 20, you have 20 papers cited 20 times or more.

20 Peneliti C Peneliti D H Kutipan/Sitasi Kutipan/Sitasi Total h-index s weakness -- not consider: Type of author # papers # citations # span of time

21 The G-index was proposed by Leo Egghe in his paper "Theory and Practice of the G-Index" in 2006 as an improvement on the H-Index. G-Index is calculated this way: "[Given a set of articles] ranked in decreasing order of the number of citations that they received, the G- Index is the (unique) largest number such that the top g articles received (together) at least g^2 citations." (from Harzig's Publish or Perish Manual) Advantages of the G-Index: Accounts for the performance of author's top articles Helps to make more apparent the difference between authors' respective impacts. The inflated values of the G-Index help to give credit to lowly-cited or non-cited papers while giving credit for highlycited papers. Disadvantages of the G-Index: Introduced in 2006 and debate continues whether G-Index is superior to H-Index. Might not be as widely accepted as H-Index.

22 g-index s weakness -- not consider: Type of Author # papers # citations # span of time

23 Peneliti C N Kutipan/Sitasi Kumulatif Kutipan/Sitasi Peneliti D N x N N Kutipan/Sitasi Kumulatif Kutipan/Sitasi h-index=5 g-index=31 h-index=5 g-index=15 N x N

24 Peneliti C Peneliti D H Kutipan/Sitasi Kutipan/Sitasi Total i10-index s weakness -- not consider: Type of author # papers # citations # span of time

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