Learning Objectives ¾ Session Design (60-90 Awareness of the contrast min.) between “mass” and “lean” ¾ Two mindsets (7-10 min.) mindsets Appreciation of the historical context for lean thinking

一、EDA（Electronic Design Automation） 二、ASIC（Application Specific Integrated Circuit） 三、FPGA（Field Programmable Gate-Array） 四、CPLD（Complex Programmable Logic Device） 五、SOC（System On a Chip）

EDA（Electronic Design Automation） ASIC（Application Specific Integrated Circuit） FPGA（Field Programmable Gate-Array） CPLD（Complex Programmable Logic Device） SOC（System On a Chip） IP（Intellectual Property） ISP（In-System Programmable ）

EDA（Electronics Design Automation）即电子 设计自动化技术，是一种以计算机为基本工 作平台，利用计算机图形学、拓扑逻辑学、 计算数学以及人工智能学等多种计算机应用 学科的最新成果而开发出来的一整套软件工 具，是一种帮助电子设计工程师从事电子元 件产品和系统设计的综合技术

Capital cost projects begin when a need is defined that cannot be satisfied in existing facilities. Thus begins the life cycle of a capital project (Fig. 1). Once started, the project will progress through all of the following phases or be canceled. It all starts with the recognition of a need that will require capital plant. In the conceptual phase of the project, multiple approaches will be evaluated and one or more plans will be evaluated for meeting these needs

2.1 The Microbiological Laboratories Isolation of organisms for new products normally does not occur in laboratories associated with production cultures, however, production (mi￾crobiological) laboratories frequently do mutation and isolation work to produce strains with higher yields, to suppress a by-product, to reduce the formation of a surfactant, to change the physical properties of the broth to facilitate the product recovery

合肥工业大学：《EDA技术与应用》精品课程教学资源（文献资料）优秀设计十大戒律 The Ten Commandments of Excellent Design

Standard Atmosphere: The Environment for Aircraft Design The “standard atmosphere” is a reference condition. – Every day is different. Temperature T, pressure p, density U are functions of

Optimal Design of CMAC Neural-Network Controller for Robot Manipulators Young H. Kim and Frank L. Lewis, Fellow, IEEE Abstract—This paper is concerned with the application of quadratic optimization for motion control to feedback control of robotic systems using cerebellar model arithmetic

Prototyping Analog Circuits Evaluation Boards Noise Reduction and Filtering for Switching Power Supplies Low Dropout References and Regulators EMI/RFI Considerations Sensors and Cable Shielding