tagging digital design

digital-design/combinational-logic.md

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+---
+title: Combinational Logic
+category: hardware
+tags: combinational logic, sequential logic, boolean algebra, logic gates, minimization
+description: Explains the concept of combinatorial logic, its differences with sequential logic, and various techniques for minimizing boolean expressions.
+---
+
 # Combinational Logic
 
 ## Combinational Logic vs. Sequential Logic

digital-design/karnaugh-maps.md

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+---
+title: Karnaugh Maps
+category: hardware
+tags: karnaugh maps, truth tables, graph theory, computer science
+description: Method for simplifying Boolean expressions
+---
+
 # Karnaugh Maps
 
 Goal: Find neighboring subsets of the On set to eliminate variables and simplify expressions.

digital-design/quartus-workflow.md

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+---
+title: Developing FPGA Designs with Quartus and ModelSim
+category: hardware
+tags: Quartus, ModelSim, Verilog, testing process, modular design
+description: Describes a structured approach to testing and verifying digital circuits using Quartus and ModelSim.
+---
+
 
 - Make a copy of a previous lab directory to build off of what you already have (Quartus project file, ModelSim files) while keeping the old design as a reference.
 - For each module you need to write:

digital-design/sequential-logic.md

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+---
+title: Sequential Logic (SL)
+category: hardware
+tags: sequential logic, digital systems, finite state machines, flip-flops, clock signals
+description: Explains the concept of sequential logic in digital systems and its applications.
+---
+
 # Sequential Logic (SL)
 
 Whereas in *combinational logic*, you have outputs which are direct functions of their inputs, with sequential logic the presence of *feedback* gives circuits the ability to store state. This is the basis for memory and computation in digital systems.

digital-design/system-verilog.md

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+---
+title: SystemVerilog
+category: hardware
+tags: system-verilog, hardware, digital electronics, programming languages for hardware
+description: Programming language for describing hardware behavior, including modules, primitives, execution, and structural representation
+---
+
 # SystemVerilog
 
 ## Verilog

digital-design/waveform-diagram.md

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+---
+title: Waveform Diagrams
+category: hardware
+tags: waveform diagrams, bit vectors, bus, circuit timing behavior
+description: Explains the concept of waveform diagrams in digital design, and how to use them to visualize the state of a system.
+---
+
 # Waveform Diagrams
 
 Group bits of values into a **bus** or a **bit vector**. You can view the state of your system as slices of a waveform for each bit, corresponding to a number.