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Introduction to Embedded Systems: Course Overview by Prof. Taeweon Suh at Korea University

Join this exciting course on Embedded Systems instructed by Prof. Taeweon Suh at Korea University. Gain hands-on experience in CPU design and work with a 32-bit 5-stage RISC processor. The course focuses on practical knowledge, including Verilog-HDL source code analysis, FPGA emulation, and advanced topics such as instruction-level parallelism. Students will engage in seminars and discussions, with no exams, and will be evaluated based on presentations and a term project. Prepare to explore modern computer architecture and enhance your technical skills.

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Introduction to Embedded Systems: Course Overview by Prof. Taeweon Suh at Korea University

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  1. COM609 Topics in Embedded Systems Lecture 0. Course Introduction Prof. Taeweon Suh Computer Science Education Korea University

  2. Course Information • Instructor • Prof. TaeweonSuh • References • Digital Design and Computer Architecture by David Money Harris and Sarah L. Harris, Morgan Kaufmann, 2007 • Computer Organization and Design by David Patterson and John Hennessy, 4th Ed., Morgan Kaufmann, 2009 (No Korean-translated version) • Computer Architecture: A Quantitative Approach (Fourth Edition) by John L. Hennessy and David A. Patterson, 2007, Morgan Kaufmann • Web materials at http://www.adc.co.kr • Prerequisites • COMP212 Computer Architecture • COMP211 Computer Logic Design • C language • Verilog-HDL • Office hours • After class as needed • By appointment at Lyceum 307 • Contact Information • suhtw@korea.ac.kr • 02-3290-2397 • Class web page • http://esca.korea.ac.kr/

  3. Undergrad-level Computer Architecture • Topics covered include the followings • RISC ISA (Instruction Set Architecture) • MIPS, ARM • In-order microarchitecture • Single-cycle MIPS • Pipelined (5-stage) MIPS • Memory hierarchy • Registers, caches, main memory, and HDD • Virtual memory • TLB (Translation Lookaside Buffer) http://www.mips.com/ http://www.arm.com/

  4. Graduate-level Computer Architecture • Topics include the state-of-art technologies to increase performance in modern computers • Out-of-order microarchitecture • ILP (Instruction-level Parallelism) • Limits on ILP • TLP (Thread-level Parallelism) • Multi-core and multiprocessors • Cache coherence protocols • Advanced topics in memory hierarchy

  5. COM609 Topics in Embedded Systems • Gain practical knowledge of CPU design • Experiment with Lucida • 32-bit 5-stage RISC processor • 16-bit instructions (like Thumb mode in ARM) • Adchips calls it an EISC (Expandable Instruction Set Computer) architecture • http://www.adc.co.kr • Analysis of CPU source code written in Verilog-HDL • Simulation & FPGA-based emulation • Lucida RTL change and verification for performance improvement • Branch predictor • Another instruction queue btw I$ and loop buffer • Load/store queue • Return Address Stack (RAS)

  6. COM609 Topics in Embedded Systems (Cont) • Seminar & Discussion-based • Not a lecture-based course • Environment & Tools • Windows or Linux-based • Simulations: ISIM, ISE, Verilog-XL(?) • Emulation: Virtex-5 or Virtex-6

  7. Grading Policy • No exams • RTL Analysis & Presentation: 30% • Term Project: 50% • Cache-like another Instruction Queue (?) RTL coding & Validation • Active Class Participation: 20%

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