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ac-is:teme-ie:proiect [2024/01/04 13:39] ionut.pascal [Objectives] |
ac-is:teme-ie:proiect [2024/01/07 18:47] (current) ionut.pascal old revision restored (2023/12/13 23:58) |
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| - | ====== MARIE - Extend the ISA ====== | + | ====== Floating point multiplication automata ====== |
| - | * Soft Deadline: **19.01.2024**, **23:59** | + | * Soft Deadline: **22.12.2023**, **23:59** |
| - | * Hard Deadline: **19.01.2024**, **23:59** | + | * Hard Deadline: **28.12.2023**, **23:59** |
| - | * Publish date: **04.01.2024** | + | * Publish date: **13.12.2023** |
| - | * Last update: **04.01.2024, 20:00** | + | * Last update: **13.12.2023, 23:50** |
| * History: | * History: | ||
| - | * 04.01.2024, 20:00 | + | * 13.12.2023, 23:50 |
| - | * Publish the assignment - detailed | + | * Publish the assignment |
| ===== Objectives ===== | ===== Objectives ===== | ||
| - | The main purpose of this assignment is to build up a stronger perspective around the MARIE architecture. You will: | + | This assignment exercise the basic notions of Verilog by implementing complex sequential circuits. You will: |
| - | * Use the [[https://marie.js.org | MARIE simulator]] in order to observe the micro-operations specific for each instruction; | + | * Understand numeral representations by implement an arithmetic algorithm for processing integer numbers |
| - | * Link the behavior with the Verilog implementation; | + | * Divide and conquer - implement a finite state machine, based on a given scheme; |
| - | * Implement the new instructions and follow the testcase to determine the correct behavior. | + | * Interact with memory elements (register) when you process the data; |
| ===== Description and requirements ===== | ===== Description and requirements ===== | ||
