The 1st PPAVI Student Research and Vocational Conference 2026

Submission Details

Accepted PPAVI-2026-3A6560DB / Oral
Your abstract is accepted and payment is complete.

Submission Information

Submitted
14 Oct 2026, 21:50 WIB
Presentation Type
Oral
Symposium
Symposium on Applied STEM, Maritime Technology, and Sustainable Engineering
Track
Informatics, Data Systems, and Digital Innovation
Topic
Data dashboard
Authors
Jevon Nataniel Putra
Supervisors
Endang Setyawati, S.Kom., M.Kom.
Dr. Adhi Wibowo, S.Kom., M.M., M.T.I.
Affiliation
Sekolah Tinggi Ilmu Komputer Yos Sudarso
Submission Payment
Paid

Title and Abstract

English

Title

Forecasting Monthly Dengue Hemorrhagic Fever Cases in Banyumas Regency Using a Hybrid ARIMA-SVR Model with Hydrometeorological Predictors

Abstract

Dengue hemorrhagic fever (DHF) is endemic in Banyumas Regency, where case patterns may reflect both temporal trends and climate variability. This study developed a hybrid forecasting model combining Autoregressive Integrated Moving Average (ARIMA) and Support Vector Regression (SVR), with rainfall, ambient temperature, and relative humidity as hydrometeorological predictors. The dataset comprised 36 monthly observations from January 2022 to December 2024, obtained from health surveillance records of the Banyumas Regency Health Office and climate data from BMKG and BPS Banyumas. Climate variables were incorporated with one- and two-month lags to account for potential delayed associations with case counts. Model performance was evaluated using out-of-sample data from May to December 2024. The hybrid ARIMA–SVR model achieved an RMSE of 17.11, an MAE of 11.67, and a MAPE of 50.94%. Its RMSE and MAE were lower than those of standalone ARIMA(1,0,1) (17.85 and 12.40, respectively) and standalone SVR (25.72 and 17.81, respectively). Although the hybrid model performed better than the individual models on these error measures, its MAPE indicates substantial relative prediction error. The findings suggest that combining time-series and climate information may support dengue forecasting; further evaluation with longer time series and additional validation periods is needed before operational use as an early-warning tool.

Keywords

dengue hemorrhagic fever, Banyumas Regency, ARIMA, support vector regression, hybrid forecasting, hydrometeorological predictors

Bahasa Indonesia

Judul

Peramalan Kasus Demam Berdarah Dengue Bulanan di Kabupaten Banyumas Menggunakan Model Hibrida ARIMA–SVR dengan Prediktor Hidrometeorologis

Abstrak

Demam berdarah dengue (DBD) endemik di Kabupaten Banyumas, di mana pola kasus dapat mencerminkan tren temporal dan variabilitas iklim. Penelitian ini mengembangkan model peramalan hibrida yang menggabungkan Autoregressive Integrated Moving Average (ARIMA) dan Support Vector Regression (SVR), dengan curah hujan, suhu udara, dan kelembapan relatif sebagai prediktor hidrometeorologis. Dataset terdiri dari 36 pengamatan bulanan dari Januari 2022 hingga Desember 2024, yang diperoleh dari catatan pengawasan kesehatan Dinas Kesehatan Kabupaten Banyumas dan data iklim dari BMKG dan BPS Banyumas. Variabel iklim dimasukkan dengan jeda satu dan dua bulan untuk memperhitungkan kemungkinan asosiasi tertunda dengan jumlah kasus. Kinerja model dievaluasi menggunakan data di luar sampel dari Mei hingga Desember 2024. Model hibrida ARIMA–SVR mencapai RMSE sebesar 17,11, MAE sebesar 11,67, dan MAPE sebesar 50,94%. RMSE dan MAE-nya lebih rendah dibandingkan dengan ARIMA(1,0,1) mandiri (17,85 dan 12,40, masing-masing) dan SVR mandiri (25,72 dan 17,81, masing-masing). Meskipun model hibrida berkinerja lebih baik daripada model individual pada ukuran kesalahan ini, MAPE-nya menunjukkan kesalahan prediksi relatif yang substansial. Temuan ini menunjukkan bahwa menggabungkan informasi deret waktu dan iklim dapat mendukung peramalan dengue; evaluasi lebih lanjut dengan deret waktu yang lebih panjang dan periode validasi tambahan diperlukan sebelum digunakan secara operasional sebagai alat peringatan dini.

Kata kunci

demam berdarah dengue, Kabupaten Banyumas, ARIMA, regresi vektor dukung, peramalan hibrida, prediktor hidrometeorologis

Submitted Materials

Video: Open video

Review / Editorial Notes and Discussion

Use this thread for submission questions, corrections, and committee-author communication.

No discussion messages yet.