26
Pallet Location
Checker Administrasi
START Proses penentuan
pallet location
Apakah negara tersedia ?
Menentukan negara consumen
Menentukan lokasi pallet
Yes
No Database
Print doc. receiving
Menentukan lokasi alternatif by location
dan kapasitas Apakah kapasitas
lokasi tersedia ? Yes
No Simpan doc.
receiving
Pallet Label Putaway List
Pallet Label Putaway List
END Apakah kapasitas
lokasi tersedia ? No
Yes
Gambar 3.4 System flow Location
3.3.3. Data Flow Diagram DFD
Data Flow Diagram DFD menunjukkan aliran data dalam rancang
bangun aplikasi optimalisasi penataan barang.
A. Context diagram
Gambaran dari context diagram dapat dilihat pada gambar di bawah.
27
Gambar 3.5 Context Diagram Optimalisasi Penataan Barang Context diagram menggambarkan proses sistem aplikasi optimalisasi
penataan barang. Context diagram diatas mempunyai 2 entity yaitu admin wms dan checker. Admin wms melakukan input data-data master sebagai dasar dari
sistem. Admin wms menerima hasil proses sistem berupa laporan stock, laporan inbound, laporan outbound dan laporan transfer. Checker mempunyai tugas
melakukan konfirmasi terhadap data barang yang masuk dan keluar gudang. Detail dari context diagram dapat dilihat pada data flow diagram level 0.
B. Level 0
Rancangan level 0 dari data flow diagram sistem rancang bangun aplikasi optimalisasi penataan barang dapat dilihat pada gambar dibawah.
Shipment Confirm Shipment List
Data Location Data Whs Zone
Data Container Data State
Data City Transfer Report
Stock Report Outbound Report
Inbound Report
Data Customer Data Country
Data Product Doc SO
Doc Receipt ASN List
Transfer List Picking List
Putaway List Receipt List
Transfer Confirm Picking Confirm
Putaway Confirm Receipt Confirm
1
Sistem Optimalisasi Penataan Barang pada Gudang PT Kamadjaja Logistics
+
Unilever Checker
Supervisor Gudang
28
Gambar 3.6 DFD level 0 Optimalisasi Penataan Barang
C. Level 1 maintenance data inbound
Gambar 3.7 DFD level 1 Inbound
[Shipment Confirm] [Shipment List]
[Data Location] [Data Whs Zone]
[Data Container]
[Data State] [Data City]
Data Putaway
Data Picking
Data Product Data Customer
Data Country Data Shipment
Data SO Data Receipt
Data ASN
Data Transfer
Data Transfer Data City
Data State
Data Transfer Data Picking
Data SO Data Putaway
Data Receipt Data ASN
Data Whs Zone
Data Location Data Location
Data Whs Zone Data Whs Zone
Data Location Data Container
Data Product Data Country
Data Customer
Data Container Data Product
Data Country Data Customer
[Transfer Report] [Stock Report]
[Outbound Report] [Inbound Report]
[Picking List] [Putaway List]
[Picking Confirm] [Transfer Confirm]
[Receipt Confirm] [Putaway Confirm]
[Receipt List]
[Transfer List]
[Doc SO] [Doc Receipt]
[ASN List] [Data Customer]
[Data Country] [Data Product]
Checker Unilever
Supervisor Gudang
1.1 Maintenance Master
+
1.2 Menerima Barang atau
Inbound
+
1.3 Mengeluarkan Barang
atau Outbound
+
1.4 Memindahkan
Barang atau Transfer
+
1.5 Pembuatan Report
+
1 Customer
2 Country
3 Product
4 Container
5 Location
6 Warehouse Zone
7 ASN
8 Receipt
9 Putaway
10 SO
11 Picking
12 Shipment
13 State
14 City
15 Transfer
[Data ASN] [Data Product]
[Data Country] [Data Customer]
[Data Location] [Data Whs Zone]
[Data ASN]
[Data Receipt] [Data Putaway]
[Putaway List]
[Receipt Confirm] [Putaway Confirm]
[Receipt List] [Doc Receipt]
[ASN List] Unilever
Checker 1
Customer 2
Country 3
Product 5
Location 6
Warehouse Zone
7 ASN
8 Receipt
9 Putaway
1.2.1 Mencatat ASN
1.2.2 Mengecek Receipt
1.2.3 Membuat Putaway
List
29
Level 1 inbound menggambarkan alur data proses maintenance data inbound. Level 1 inbound merupakan detail dari level 0 proses optimalisasi
penataan barang. Pada level 1 inbound terdapat proses expected receivingASN, receiving dan putaway.
D. Level 1 maintenance data transfer
