Design a machine that will coach the novice gambler

Assignment Help Electrical Engineering

Reference no: EM132699358

The final design document will describe the overall architecture of your approach, each of the subsystem/blocks in your design, and your design methodology (how you chose to design a particular subsystem/block, and why you chose that method). You should apply and report the application of any concepts learned in class -- Quine-McCluskley, timing issues, hazards, state encoding schemes/reduction, etc.

A design report template has been provided.

Furthermore, your final design document should detail your testing procedure -- what input test vectors you chose, and why, along with what is the expected result from your design and what is the simulated result. (In practice, we would have some real hardware and you would also report the observed results.) Take advantage of the "test" features in Digital or the assertion statements in VHDL to facilitate your testing.

Engineering is about solving humankind's problems economically, so your final design document also needs to contain a cost analysis of your design. Your team needs to track the total time expended in design -- this is the non-recurring engineering (NRE) costs. This design time includes planning, designing, debugging, testing, and documentation. Report the amount of time spent doing each of these activities. Your loaded (includes benefits and retirement) compensation rate is $75/h. Your design implementation has a cost -- often, quoted as a bill of materials or BoM costs. This is the material cost to build a single unit. For our purposes, you will need to report the BoM as the number and type of each digital gate used. Report the type and number of each block in your design. Then, also report out the type of number of each of the fundamental gates -- inverters, NANDs, NORs, ANDs, ORs, etc. While these values are arbitrary, compute the BoM costs for your design using
You will design a machine that will coach the novice gambler to play with the best strategy against the "house" in a traditional card game: single-deck Blackjack

Many different Blackjack strategies exist, but for the purposes of this project, you will implement the strategy where the "Dealer stands on soft 17".

Designing in DIGITAL TOOL OR LOGISIM

Attachment:- Dealer stands on soft 17.rar

Reference no: EM132699358

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