3 contohh penggunaan algoritma dibidang manufaktur atau logistik
Answer (4)
For its more than 300 steel-related businesses and "The City of Bridges."
Pittsburgh is commonly referred to as the "Steel City" due to its historical significance in the American steel industry. The city's unique location at the confluence of the Allegheny, Monongahela, and Ohio Rivers provided strategic advantages for transportation and access to raw materials necessary for steel production, such as iron ore and coal. The presence of these raw materials, coupled with technological advancements like the Bessemer process, fostered the rapid growth of the steel industry in the region.
During the 19th and early 20th centuries, Pittsburgh became the heart of the steel industry, thanks in part to industrialists like Andrew Carnegie. Carnegie's implementation of vertical integration, which involved controlling every aspect of the steel-making process from raw materials to distribution, allowed him to produce steel more efficiently and at lower costs. His success with Carnegie Steel led to Pittsburgh's dominance in the steel market, eventually producing more steel than the entire British Empire by the turn of the century.
The affordable and high-quality steel produced in Pittsburgh helped to fuel the nation's industrial growth, playing a crucial role in the development of other industries such as construction and automotive manufacturing. This transformative period saw Pittsburgh solidify its reputation as the Steel City, a title that echoes the city's industrial heritage and impact on the American economy.
Pittsburgh is known as the "Steel City" due to its historical significance as a center of steel production, particularly influenced by its geographical advantages and industrialists like Andrew Carnegie. The city played a key role in the American steel industry from the late 19th century until the mid-20th century. Its dominance in steel production significantly contributed to economic growth and the city’s identity.
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Penjelasan: 3 contoh penggunaan algoritma di bidang manufaktur dan logistik:1. Algoritma Penjadwalan Produksi (Production Scheduling)Digunakan untuk mengatur urutan kerja mesin, alur produksi, dan pembagian tugas tenaga kerja agar efisien.Contoh: Job Shop Scheduling Algorithm atau Genetic Algorithm untuk menentukan urutan produksi yang paling cepat dan hemat biaya.2. Algoritma Rute Distribusi (Route Optimization)Membantu menentukan jalur pengiriman barang yang paling singkat, murah, dan efisien.Contoh: Dijkstra Algorithm atau Vehicle Routing Problem (VRP) untuk mencari rute terbaik dalam pengiriman logistik.3. Algoritma Prediksi Permintaan (Demand Forecasting)Membantu memprediksi kebutuhan stok barang dengan menganalisis data penjualan sebelumnya.Contoh: Time Series Algorithm atau Machine Learning Regression untuk memperkirakan berapa banyak produk yang perlu diproduksi atau disimpan di gudang.
