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所在平台: Udemy |
课程主页: https://www.udemy.com/course/introduction-to-the-world-of-vlsi/
课程评论：没有评论
**课程名称：VLSI（超大规模集成电路）导论** **课程概述：** 本课程全面介绍了VLSI系统及其生命周期，将学生从基础的电路构建概念引导至复杂的VLSI设计领域。课程采用非线性、整体性的方法，利用学生已有的知识，构建跨越不同功能的知识体系。 **课程内容亮点：** * **回顾与深化：** 通过使用74系列集成电路（ICs）在面包板上构建电路，并对这一过程进行形式化。 * **微观探索：** 深入74系列IC内部，从IC引脚到晶体管，揭示纳米世界。 * **衔接基础与高级：** 利用面包板电路理解纳米世界中的综合（Synthesis）、布局（Placement）、布线（Routing）、时钟（Clocking）、时序（Timing）和验证（Verification）等关键流程。 * **系统性思维：** 通过计算器和手机等现实世界案例，掌握VLSI设计所需的系统思维方法。 * **核心概念解析：** 学习用例（Use Cases）、工作负载（Workload）、加速器（Accelerators）以及软硬件划分（Hardware-Software Partition）等概念。 * **生命周期全景：** 从自顶向下（Top-down）和自底向上（Bottom-up）两个视角深入理解VLSI生命周期。 * **系统实现与可靠性：** 探索不同的系统实现方式及可靠性问题。 * **行业洞察：** 了解VLSI行业内的各种工程角色、所需技能以及职业发展机会。 **学习目标：** 课程结束后，学生将清晰理解VLSI系统的创建、开发和验证过程，并对其中涉及的工程学科有更深刻的认识。
This course provides an overview of VLSI systems and their life cycle, guiding students from basic circuit-building concepts to the intricate world of VLSI design. This course aims to teach VLSI systems in a holistic way using preexisting knowledge and a nonlinear approach that builds a connected knowledge base across different functions. Students will Revisit building circuits on the breadboard using 74 series ICsFormalize the circuit building process on the breadboardTravel into the 74 series IC to see the nanoworld from the IC pin to the transistorUse the breadboard circuit to understand synthesis, placement, routing, clocking, timing, and verification processes in the nanoworldWill grasp the systems thinking approach essential for VLSI design through real-world examples such as calculators and mobile phonesUnderstand the concept of use cases, workload, accelerators, hardware-software partitionUnderstand VLSI life cycle from both top-down and bottom-up perspectivesExplore different system realizations and reliabilityGet insights into various engineering roles within the VLSI industry and the skills required and understand the career opportunities availableBy the end of the course, students will have a clear understanding of how VLSI systems are created, developed, and verified, along with a deeper knowledge of the engineering disciplines involved.
