OPTIMIZATION THROUGH LINEAR PROGRAMMING METHOD SIMPLEX IN UMKM DONGKAL AWUG KANG CAKE IN BOGOR REGENCY
This study intends to explain the profit optimization model for UMKM to find out the profit optimization model for UMKM Kue Dongkal Awug Akang by using the simplex linear programming method. The population in this study was obtained from data from the results of the economic census, there were 142 business actors in the culinary field of food and beverages 508 MSMEs This research uses a single sampling technique namely the method of taking one MSME representing a number of the population More specifically, the sample chosen in this research is the UMKM Dongkal Awug Kang Cake The results of the study concluded that profit optimization can be applied to UMKM Dongkal Awug Kang Cakes which in actual conditions produce 24 portions of Traditional Dongkal Cakes (x1) and 37 portions of Contemporary Dongkal Cakes (x2) Then after optimization, it was found that there was an increase in production of 7 portions at optimal conditions. As well as the results of trimming waste on production factors efficiently so that it can increase optimal profit results.
 Anti, Afni Rizqi, & Sudrajat, Ajat. (2021). Optimization of profits using the simplex method of linear programming at Taichan Mantoel UMKM. Journal of Management 13 (2), 188–194.
 Aprilyanti, Selvia. (2019). Optimization of production profits in the wood industry PT. Indopal Harapan Murni uses linear programming. Research and Application of Systems and Industrial Engineering 13 (1), 1–8.
 Armita, Yosi Febri, Prasetiyo, Dwi, Nugroho, Muhammad Yusuf, Saefudin, Mochamad, & Susanto, Rudi. (2022). Revenue Maximization of 2 Pak Mul Chicken Satay Production Using the Simplex and POM-QM Methods. HUBISINTEK Proceedings 2 (1), 582.
 Devani, Vera, & Kartika, Putri. (2020). Optimization of Crumb Rubber Production Using Linear Programming. Industrial Engineering Scientific Journal 8 (2).
 Fomeni, Franklin Djeumou. (2018). A multi-objective optimization approach for the blending problem in the tea industry. International Journal of Production Economics 205 179–192.
 Hilman, Maman, & Noble, Nugraha Kusuma. (2022). Optimization of the Amount of Food Product Production of Ikm P. Madani in Cikoneng, Ciamis Regency Using the Linear Programming Method. Journal of Technology Media 9 (1), 59–69.
 Nurhayati, Nurhayati, Sasanti, Elin Erlina, & Astuti, Widia. (2022). Study of the Implementation of Accounting Based on Sak Emkm at the New Style Republic of Indonesia Employees' Cooperative (Kpri) at the Office of Cooperatives and SMEs in Dompu Regency. Journal of Accounting Student Research 2 (4), 808–815.
 Priyowidodo, Gatut. (2022). The Millennial Generation and the Paradox of Democracy (From Digital Bullying, Neo-Nationalism to Hoax Industry). The Millennial Generation and the Paradox of Democracy (From Digital Bullying, Neo-Nationalism to Hoax Industry) PT Rajawali Pers.
 Şahin, Murat, & Kellegöz, Talip. (2023). Benders' decomposition based exact solution method for multi-manned assembly line balancing problem with walking workers. Annals of Operations Research 321 (1–2), 507–540.
 Sun, YuWen, Chen, ManSen, Jia, JinJie, Lee, Yuan Shin, & Guo, DongMing. (2019). Jerk-limited feedrate scheduling and optimization for five-axis machining using new piecewise linear programming approach. Science China Technological Sciences 62 1067–1081.
 Suryanto, Suryanto, Nugroho, Edi Suwardi, & Putra, R. Aditya Kristamtomo. (2019). Optimization analysis of profits in the production of cassava leaf chips with linear programming using the simplex method. Journal of Management 11 (2), 226–236.
 Vimal, KEK, Rajak, Sonu, & Kandasamy, Jayakrishna. (2019). Analysis of network design for a circular production system using multi-objective mixed integer linear programming model. Journal of Manufacturing Technology Management 30 (3), 628–646.