随着超大规模集成电路（VLSI）的迅速发展，各领域电子产品市场运作节奏

With the rapid development of very large scale integration (VLSI), and in various fields to further accelerate the pace of the operation of the electronics market, involved in the field of modern in many areas, such as computer applications, communications, smart meters, medical equipment, military, consumer electronics and other civil electronic design technology has entered a new phase. Its characteristics are: (1) the development of electronic devices and techniques will be more tend to support EDA (Electronic Design Automation) tools; (2) by means of a hardware description language (HDL) that the hardware design and software design techniques have been organic integration; (3) as to the form and structure of technology, the development process and target devices for electronic design, from the past "pack and play" situation to the standardization of development; design (4) from the application system simple application specific integrated circuit (ASIC) design to system design and system on chip (SOC, system On a Chip) design. This design is mainly designed using a hardware description language Verilog HDL computing system implemented in an FPGA (field programmable gate array) system, after the consolidation of learning programming language QuartusⅡ EDA tool incorporated in the software tools to be written and compiled program check to determine the correct procedure. Finally FPGA development board burn program started actual operation and demonstration and implements the corresponding function to achieve the purpose of the design.

With the rapid development of ultra-large-scale integrated circuits (VLSI), the pace of operation of electronic products in various fields has been further accelerated, involving many fields, such as computer applications, communications, smart meters, medical equipment, military, civil consumer electronics and other fields of modern electronic design technology has entered a new stage. It is characterized by: (1) the development of electronic devices and their technologies will tend to support EDA (Electronic Design Automation) tools more, and (2) the use of hardware description language (HDL) to enable the organic integration of hardware design and software design technology ;(3) In terms of the technology, development process and form and structure of electronic design, the development of the system will be standardized and standardized from the past situation of "group strength"; a Chip) design. This design mainly uses the hardware description language Verilog HDL to implement the design of the algorithm system in the FPGA (field programmable logic gate array) system, and after consolidating the learning program design language, combined with EDA tool Quartus II to write and compile the program in the tool software. Make sure the program is correct. Finally, the program burned on the FPGA development board began to carry out the actual operation demonstration and realized the corresponding function, which achieved the purpose of the design.

With the rapid development of VLSI, the operation rhythm of electronic products market in various fields is further accelerated, involving many fields, such as computer application, communication, intelligent instrument, medical equipment, military, civil consumer appliances and other fields of modern electronic design technology has entered a new stage. Its characteristics are as follows: (1) the development of electronic devices and its technology will more tend to support EDA (Electronic Design Automation) tools; (2) the integration of hardware design and software design technology with the help of hardware description language (HDL); (3) in terms of electronic design technology, development process and the form and structure of target devices, it will be from the past "group leader" The design of application system has changed from ASIC design to SOC (system on a chip) design. In this design, Verilog HDL is used to realize the design of arithmetic system in FPGA (field programmable logic gate array) system. After consolidating the learning of programming language, the program is compiled and checked in the tool software with the EDA tool Quartus II to make sure that the program is correct. Finally, the program burned on the FPGA development board starts to demonstrate the actual operation and realize the corresponding functions, achieving the purpose of this design.<BR>