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Journal : Journal of Mathematics and Scientific Computing With Applications

PREDICTION OF WASTE GENERATION USING A LOGISTIC GROWTH MODEL IN DELI SERDANG Hanifah Tanjung, Rika; Salsabila, Mutiara
Journal of Mathematics and Scientific Computing With Applications Vol. 4 No. 1 (2023)
Publisher : Pena Cendekia Insani

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.53806/jmscowa.v4i1.968

Abstract

The increase in population growth in a country has a negative impact on environmental pollution, especially the emergence of waste production with human activities to meet their needs. The application of the logistic method is a non-human object, namely waste generation which has a different concept in terms of its growth by using differential equation calculations. This research aims to predict the amount of waste generation in Deli Serdang Regency in the upcoming period of 2024 to 2028. The data used is secondary data from the National Waste Management Information System (SIPSN) analyzed to understand the pattern of waste growth. The analysis results show that the logistic I model has the best prediction accuracy with a Mean Absolute Percentage Error (MAPE) value of 3.18%, indicating a low error rate. The amount of waste generation in Deli Serdang Regency is projected to continue to increase every year until it approaches maximum capacity. In 2024, the amount of waste generation is estimated to reach 439,363.19 tons. In addition, in 2025 it was 447,529.07, in 2026 it was 455,846.2 tons, in 2027 it was 464,318.50 tons, and 472,948.002 in 2028. These projections provide a realistic picture of growth dynamics.
PREDICTION OF WASTE GENERATION USING A LOGISTIC GROWTH MODEL IN DELI SERDANG Hanifah Tanjung, Rika; Salsabila, Mutiara
Journal of Mathematics and Scientific Computing With Applications Vol. 4 No. 1 (2023)
Publisher : Pena Cendekia Insani

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.53806/jmscowa.v4i1.968

Abstract

The increase in population growth in a country has a negative impact on environmental pollution, especially the emergence of waste production with human activities to meet their needs. The application of the logistic method is a non-human object, namely waste generation which has a different concept in terms of its growth by using differential equation calculations. This research aims to predict the amount of waste generation in Deli Serdang Regency in the upcoming period of 2024 to 2028. The data used is secondary data from the National Waste Management Information System (SIPSN) analyzed to understand the pattern of waste growth. The analysis results show that the logistic I model has the best prediction accuracy with a Mean Absolute Percentage Error (MAPE) value of 3.18%, indicating a low error rate. The amount of waste generation in Deli Serdang Regency is projected to continue to increase every year until it approaches maximum capacity. In 2024, the amount of waste generation is estimated to reach 439,363.19 tons. In addition, in 2025 it was 447,529.07, in 2026 it was 455,846.2 tons, in 2027 it was 464,318.50 tons, and 472,948.002 in 2028. These projections provide a realistic picture of growth dynamics.
Co-Authors - Afrizal -, HARJANTI -, Noorlitasari Abdimas, Muhammad Rafli Abdul Rahman Abyan, M. Gusman Syahlun Afif, Muhammad Yusuf Al Afkar, Muhammad Zaidan Ahmad Hasibuan, Nurfadhilah Aji, Yohanes Tegar Al' Fajr Alghifari, Muhammad Fariz Alwi, M. Haddad Amalia, Alda Amanda, Dea Ana, Indah Fitri Andriansyah, Denny Ferano Anwar, Muhammad Khairul Apriansyah, Andika Aprillia, Rezky Aulia, Najwa Aulia, Supangge Tiara Azalikha, Nabila Azizah, Putri Banurea, Cindi Patmasari Biru, Dewi Tunjung Cahaya, Fika Ayu Cahyani, Eka Cahyaningsih, Pradita Dwi Darus, Nanda Fadilah Dermawan, Bagas Eka Putri, Junita Hanum Fadel, Fadel Fadillah, Putri Binta Fauziah Nasution Ferdiansyah, Naufal Firdaus, A. Somad Gufron, Moh Thoyful Hadjar, Agustina Hanifah Tanjung, Rika Harsono, Muhammad Aldrich Hasibuan, Ali Daud Hulu, Henny Irene Natalia Humairoh, Ghaida Inom Nasution Irzika, Nitra Syafa Israyani, Israyani Khabibi, Nega Alif Kinasih, Rembulan Putri Lesmana, Nakita Augydia Lubis, Irwansyah Marissa Anggraini Meidita, Windi Meylinda, Anggita Muhammad Hatta Muhsin, Muhammad Irham Fadil Al Nazli, Amanda Husnatul Ningsih, Putri Ambarwati Listiya Nisa, Maisa Aqila Fazilatun Novrinda, Nazla Nufus, Jihaadun Nurcholidah Anisa, Ririn Nurhayati Nurhayati Nurti Budiyanti NURUL HIDAYAH Oktapiani, Laeli Resti Permata, Cici Pibriana, Desi Prasetya, Ariq Cahya Pratama, Muhammad Iqbal Purba, Siti Aisyah Br Putra, Fahmi Fahrezi Ramadhan Putra, Hega Bintang Pratama Putri, Junita Hanum Eka Putri, Najhoa Sonia Rafian, Ziddane Ranti, Andewi Amy Raply, Muhammad rini endah sugiharti, rini endah Rini, Ovi Hawila Tivena Rini, Willia Novita Eka Risydah Fadilah Rizani Teguh Rusmana, Nur Roza Aulia Sa'adah, Naila Sabilla, Niken Natani Samri Juliati Nasution, Yenni Sarjana, Teysar Adi Satya, Rangga Setiawan, Anton Sinaga, Mewani Sitepu, Dhea Salsabila Br. Situmorang, Muhammad Farhan Sri Wahyuni Sundari, Sri Syafran Arrazy Syaripah, Neng Widiyah Hikmah Tantri, Puri Jauhari Amara Tarisaputra, Retdian Tarissaputra, Retdian Tas'a, Khansa Thariqsa, Resvi Trisnawan, Muhamad Dimas Taufiqurrohman Ummah, Nidaul Wahyuni, Dita Wardani, Icha Febi Werdani, Riandhita Eri Yasmin, Wan Yara Yeni Marlina Yugiani, Azarine Tisha Alodia Zulham, Puteri Aulia