Teks penuh
(0031400-X)
Figure 1: Green House System Actual View 1
Figure 2: Green House System Actual View 2
Figure 3: Green House System Actual View 3
Figure 4: Green House System Actual View 4
Figure 5: Green House System Actual View 5
Figure 6: Green House System Actual View 6
Figure 7: Green House System Actual View 7
Figure 8: Green House System Actual View 8
Prepared by JZ Khoo
Dokumen terkait
In this thesis, the work study is focused on to save the usage of water in house and reduces the risk of flood by using rainwater harvesting system. Besides, the original
design stage plays an important role in creating a good quality system. System design consists of interface design, database design, and process design. 1) Database Design:
Based on the explanation above, efforts to overcome and prevent seawater pollution by nickel waste in Baliara Village, Bombana Regency can be done with a
Figure 7: Improved main system Figure 8: Improved electrical and mechanical stations framework Figure 9: Cartoon packaging improved substation MODEL VALIDATION AND VERIFICATION
246, 2014, pages 383-390 Coagulation-flocculation of azo dye acid orange 7 with green refined laterite soil Abstract A novel degradation pathway of Acid Orange 7 AO 7 by laterite
INDEX OF FIGURES FIGURE 1.1 Proposed Wastewater Disposal System for A Cafeteria 3 FIGURE 2.1 Typical Grease Tank 7 FIGURE 2.2 Typical Septic Tank 8 FIGURE 2.3 Leach Field Vents I I
Functionalities of the monitoring software The workflow of the hardware system is simplified in the Figure 7 below: Intelligent Automated Gate System Software VB.NET Login
Table 3 Solenoid Valve Test IoT Testing IoT design testing functions as an ESP8266 Configuration with the Blynk Application Table 4 Testing IoT Test Results and System Discussion
