Difference between revisions of "PLD Workshop 18 06 2013"

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(Created page with "{{Event |logo=Hackerspace event.png |what=PLD/FPGA Workshop 1.4 |tagline=Switches! Lots of them! |eventowner=User:Skmp |who=Hackerspace.gr |url=Hackerspace.gr |from=2013/06/18 19...")
 
 
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''we'll actually split into teams and all, so we'll really need the laptops this time around''
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''slides are in [https://github.com/pld-lessons/slides/raw/master/pld-1.4-cpu-intro.pdf github]''
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==== Aftermath ====
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* Implemented basic cpu in C/C++
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* code in https://github.com/pld-lessons/simple_cpu
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==== Computer architecture ====
 
==== Computer architecture ====
 
* Introduction
 
* Introduction
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** How does a typical simple cpu looks like
 
** How does a typical simple cpu looks like
 
** Emulation/simulation
 
** Emulation/simulation
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*** Structure of a typical emulator
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* Hands on stuff !
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** Think together an extremely simple cpu
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** Split into three teams
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** Implement it in verilog (team A)
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** Implement it in C/C++ (team B)
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** Implement a simple assembler (team C)
 
* Think together a custom, minimal SoC
 
* Think together a custom, minimal SoC
 
** We'll actually implement this later on :)
 
** We'll actually implement this later on :)
 
  
 
Also checkout [[Programmable_Logic_Lessons|The main page]]
 
Also checkout [[Programmable_Logic_Lessons|The main page]]

Latest revision as of 18:40, 23 June 2013

Hackerspace event.png

[Hackerspace.gr external link]
Starts Organizer
Tue 18 Jun 2013 19:00 Hackerspace.gr
Ends Event Owner
Tue 18 Jun 2013 21:00 User:Skmp

Switches! Lots of them!



we'll actually split into teams and all, so we'll really need the laptops this time around

slides are in github

Aftermath

Computer architecture

  • Introduction
    • Buses/Protocols, basic design ideas
    • how is cpu design done
    • What are SoCs
    • How does a typical simple cpu looks like
    • Emulation/simulation
      • Structure of a typical emulator
  • Hands on stuff !
    • Think together an extremely simple cpu
    • Split into three teams
    • Implement it in verilog (team A)
    • Implement it in C/C++ (team B)
    • Implement a simple assembler (team C)
  • Think together a custom, minimal SoC
    • We'll actually implement this later on :)

Also checkout The main page