Abstract:
Field programmable gate array (FPGA) based system on chip provides flexibility, fast processing and compatibility whereas systems like 8051 microcontroller are time inefficient and increase cost of the system. Monitoring remote sensor data and processing the data using FPGA is used in time critical applications where fast processing and compactness is required. FPGA can be used numerous fields, for example, digital image processing and audio, aerospace and defense, automotive, medical and consumer electronics. FPGA can perform continuous signal processing quicker than universally useful programmable processors just as they offer rapid interfaces to other framework segments. During the framework configuration phase of FPGA, the various tasks are doled out to usage in either Programmable Logic or Processing System which is called task partitioning. This stage is significant in light of the fact that the presentation of the general framework will rely upon tasks being doled out for usage in the most fitting innovation which is equipment or programming. This proposed project offers real time data sensing, analog to digital conversion, processing the digital data, and displaying the data into a graphical user interface.
