Triple Exponential Smoothing Analysis in Predicting Numbers Request for Delivery of Logistics CV. Lotus Mas Express

  • Elvis Sastra Ompusunggu Universitas Prima Indonesia
  • Andrean Wirjana Universitas Prima Indonesia
  • Silemberesen Silemberesen Universitas Prima Indonesia
  • Dea Junia Dea Junia Universitas Prima Indonesia
Keywords: prediction, quantity, demand, delivery, logistics

Abstract

CV. Teratai Mas Express is a company engaged in services, namely transportation services or commonly called expeditions. But this company specializes in transportation logistics. The problem that is often faced by this company is that it often suffers losses due to being unstructured in terms of stock transportation inventory to the number of delivery requests. Especially in certain seasons and usually the corn harvest season. Demand rose, but companies often made mistakes in providing their freight. Sometimes advantages and sometimes disadvantages. Excess or shortage of these supplies in a high level. Suppose the company provides 14 transportations but only 8 is used or vice versa, resulting in a large loss. For this reason, a precise prediction calculation is needed so that the number of logistics delivery requests can be predicted efficiently in order to reduce large losses. The prediction method that I use is Triple Exponential Smoothing. This method is suitable for use in this case because the number of logistics delivery requests increases in certain seasons and this method can analyze it.

Downloads

Download data is not yet available.

References

[1] Prasetio, Adi. (2014). Sakti Webmaster Book. South Jakarta : Jagakarsa. MEDIAKATA Publisher.
[2] Al Fatta, H. 2007. Analysis and Design of Information Systems for Competitive Advantage of Modern Companies & Organizations. Publisher Andi Yogyakarta (3).

[3] Prayitno, MH (2017). Marketing Executive Information System With Drill Down Method. Journal of Scientific Studies, 17(Vol. 3).
[4] Ardhana, Yosef Murya Kusuma. (2017). How-to + support IT COMMUNITY. Jasacom Publisher (1).
[5] Fani, E., Widjajati, FA, & Soehardjoepri. (2017). Comparison of Winter Exponential Smoothing Method and Event Based Method to Determine Best Product Sales in Company X. ITS Journal of SCIENCE and ART (Vol, 6, No. 1, 2337-3520).
[6] Fauzi, M. (2017, November). APPLICATION OF THE EXECUTIVE DEPARTMENT OF ELECTRICAL INFORMATION SYSTEM IN PT. INDONESIA. In National Seminar on Informatics (SNIf) (Vol. 1, No. 1, pp. 183-188).
[7] Utami, R., & Atmojo, S. (2017). Comparison of Holt Exponential Smoothing and Winter Exponential Smoothing Methods for Forecasting Souvenir Sales. Asian Scientific Journal of Information Technology (Vol. 11, No. 2) ISSN : 2580-8397(O), 0852-730X(P).2017.
[8] Meizar, A., & Nurhayati. (2018). Decision Support System for Election Candidates for the National Mandate Party DPRD from the Lubuk Pakam Branch. JUSIKOM PRIMA (Journal of Prima Computer Science Information System), e-ISSN : 2580-2879 (Vol, 2, No. 1).
[9] Pramana, D., & Yuningsih, L. (2015). Denpasar Population and Civil Registration Service Executive Information System. Journal of Systems and Informatics (JSI), 10(Vol. 1).
[10] Meizar, A. (2018). Implementation of AHP (Analytic Hierarchy Process) and SAW (Simple Additive Weighted) in Selection of Outstanding Employees (Case Study: PT. Sinar Sosro Deli Serdang Factory). Kaputama Information System Journal (JSIK), ISSN : 2548-9712 (Vol.2, No.1).
Published
2022-06-30
How to Cite
Ompusunggu, E. S., Wirjana, A., Silemberesen, S., & Dea Junia, D. J. (2022). Triple Exponential Smoothing Analysis in Predicting Numbers Request for Delivery of Logistics CV. Lotus Mas Express. INFOKUM, 10(02), 945-952. Retrieved from http://infor.seaninstitute.org/index.php/infokum/article/view/447