Lecture Series on Electronic Design and Automation by Prof.I.Sengupta, Department of Computer Science and Engineering, IIT Kharagpur. For more details on NPTEL visit http://nptel.iitm.ac.in
I work with verilog, the behavior example given at around 28:00 is correct but far away from a practical implementation. In a current implementation, an adder would be simply represented as ' c = a + b'. The syntax being shown is Verilog95, while nowadays the design is on a higher level by using Verilog2001 or SystemVerilog. Current synthesizers are capable to optimize from behavior models to gate level better than humans.
@prabhatpalpal well, I don't know how the syntax in youtube comments work, the code I wrote needs some spacing.
rafashira 3 months ago
@rafashira and what happens to carry?
prabhatpalpal 3 months ago
I work with verilog, the behavior example given at around 28:00 is correct but far away from a practical implementation. In a current implementation, an adder would be simply represented as ' c = a + b'. The syntax being shown is Verilog95, while nowadays the design is on a higher level by using Verilog2001 or SystemVerilog. Current synthesizers are capable to optimize from behavior models to gate level better than humans.
rafashira 4 months ago
Who else is worried that this EE lecture is given on paper slides?
wolfmankurd 1 year ago
Great Job!
mcleomar 1 year ago
excellent.. thanks very much
shashanksrv 1 year ago