Symbolic names for things like word size and the implementation of each control signal are given using `define The main memory is a reg array defined in a separate memory module, which is instantiated within the processor module The ALU is specified as using a ripple-carry adder rather than carry lookahead, etc. The control logic is implemented by a case statement that performs the appropriate action(s) for the current STATE
Now consider the Verilog version of this same simple multicycle implementation: http://aggregate.org/CPE380/multiv.html (Links to an external site.) . Which of the following statements about how that works is false?
The bench module instantiates a processor called PE, and generates the clock input signal to it
Symbolic names for things like word size and the implementation of each control signal are given using `define
The main memory is a reg array defined in a separate memory module, which is instantiated within the processor module
The ALU is specified as using a ripple-carry adder rather than carry lookahead, etc.
The control logic is implemented by a case statement that performs the appropriate action(s) for the current STATE
In the field of electronic design, Verilog is used for simulation verification such as testability analysis, fault classification, logic synthesis, and timing analysis. Verilog is also more compact because the language is closer to a real hardware modeling language.The Verilog HDL language provides the ability to describe design behavior properties, design data flow properties, design structure constructs, delay and waveform generation mechanisms, including response monitoring and design verification. All use the same modeling language. Verilog only supports predefined data types. These include bit, bit vector, memory, integer, real, event, and intensity types. These define the Verilog writing space.
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