Seth Copen Goldstein

You can reach me at:

The best way to schedule an appointment with me is through Christina Contreras.

Here are my office hours for Fall'17.

• BoLT: Building on Local Trust
• LLVM related notes: My recent experiences with llvm. Questions, Answers, and hints.
• Claytronics: A form of Programmable matter and the basis for synthetic reality
• Phoenix: Computing without processors
• Authenticated E-mail Project
• Center for Interdisciplinary Nanotechnology Research
• Publications
• Public Key
• Science Fact from Science Fiction

Teaching:

• Fall 20: 15-411/15-611: Compiler Design
• Fall 20: 15-319/15-619 Cloud Computing
• Spring 20: 15-213/15-513/18-213 Introduction to Computer Systems
• Fall 19: 15-411/15-611: Compiler Design
• Spring 19: 15-213/15-513/18-213 Introduction to Computer Systems
• Fall 18: 15-319/15-619 Cloud Computing
• Spring 18: 15-213/15-513/18-213 Introduction to Computer Systems
• Fall 17: 15-319/15-619 Cloud Computing
• Spring 17: 15-213/15-513/18-213 Introduction to Computer Systems
• Fall 16: 15-319/15-619 Cloud Computing
• Spring 16: 15-213/15-513/18-213 Introduction to Computer Systems
• Fall 15: 15-740 Computer Architecture
• Spring 15: 15-213/15-513/18-213 Introduction to Computer Systems
• Fall 14: 15-740 Computer Architecture
• Spring 14: Introduction to Computer Systems
• Fall 13: 15-740 Computer Architecture
• Spring 13: Introduction to Computer Systems
• Spring 10: Computer Networks
• Fall 09: Optimizing Compilers for Modern Architectures
• Spring 09: Optimizing Compilers for Modern Architectures
• Fall 08: 15-411: Introduction to Computer Networks
• Spring 08: Optimizing Compilers for Modern Architectures
• Spring 07: Optimizing Compilers for Modern Architectures
• Fall 06: Compiler Design
• Spring '06: Fundamental Data Structures and Algorithms
• Fall '05: Introduction to Nanotechnology
• Spring '05: Optimizing Compilers for Modern Architectures
• Fall '04: Introduction to Nanotechnology
• Spring '04: Introduction to Computer Systems
• Fall '03: Computer Architecture
• Spring '03: Introduction to Computer Systems
• Fall '02: Computer Architecture
• Spring '02: Electronic Nanotechnology
• Spring '02: Optimizing Compilers for Modern Architectures
• Fall '01: Compiler Design, 15-411
• Spring '01: Optimizing Compilers for Modern Architectures
• Fall '00: Compiler Design, 15-411
• Fall '99: Fundamental Structures of Computer Science I, 15-211
• Spring '99: Reconfigurable Computing, 15-828
• Fall '98: Fundamental Structures of Computer Science I, 15-211
• Spring '98: Reconfigurable Computing, 15-828 .
• Fall '97: Fundamental Structures of Computer Science I, 15-211.

  Research:

  My current research is focused on electronic nanotechnology and reconfigurable computing. I am involved in the Phoenix project and the CMU reconfigurable computing project. My special interest is in compilers and high-level architectures for reconfigurable computing devices.

  Current Graduate Students:

  • Field Cady
  • Mike DeRosa
  • Mustafa Emre Karagozler
  • David Koes
  • Mahim Mishra
  • Michael Ashley-Rollman

  Graduated Students:

  • Girish Venkataramani
  • Suraj Sudhir, Sun Microsystems
  • Hari Cadambi, NEC Labs
  • Mihai-Dan Budiu, Microsoft Research

  Past Post Docs/System Scientists:

  • Tim Callahan
  • Tiberiu Chelcea

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