Dudley Commerical RFP
*** SOMETHING HERE **** Given my thesis project, I found myself needing to be able to visually map the movement of sound. Using Rhino and Grasshopper, I was able to create a tool that would do just that. The videos here, although simplified, demonstrate the behaviour of sound within a given perimeter geometry.
Dudley Commerical RFP
*** SOMETHING HERE **** Given my thesis project, I found myself needing to be able to visually map the movement of sound. Using Rhino and Grasshopper, I was able to create a tool that would do just that. The videos here, although simplified, demonstrate the behaviour of sound within a given perimeter geometry.
Dudley Commerical RFP
*** SOMETHING HERE **** Given my thesis project, I found myself needing to be able to visually map the movement of sound. Using Rhino and Grasshopper, I was able to create a tool that would do just that. The videos here, although simplified, demonstrate the behaviour of sound within a given perimeter geometry.
ORIGINAL RFP
Dudley Commerical RFP
*** SOMETHING HERE **** Given my thesis project, I found myself needing to be able to visually map the movement of sound. Using Rhino and Grasshopper, I was able to create a tool that would do just that. The videos here, although simplified, demonstrate the behaviour of sound within a given perimeter geometry.
MIND-MAP
MIND-MAP
MIND-MAP
MIND-MAP
ORIGINAL RFP
ORIGINAL RFP
ORIGINAL RFP
Processor Architecture
One of my favorite structures, the 5 stage, single cycle data path processor.
As the topic can be very complex, my first aim when challenged to write an emulation thereof, was to simplify the abstraction as much as possible and build a conceptual framework which could then inform the implementation in Java.
The following diagram takes an R-type instruction through four of the five stages.
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Please click the image to open a high resolution format of the diagram. Zoom in for detail.
