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1.17 Consider the voice compression system of problem 1.14. For a market window two years, and expected profit margin of 27% in the marketing of 50,000 units implemented with alternative A, determine the following: a. Determine the expected company revenues in dollars. b. What would the percent loss of revenue be if the time-to-market were extended, causing a deployment delay of 6months? How much is the loss in dollars? C. Plot the cumulative loss of revenues of this product for delays in its timeto- market in a per- week basis. 1.14 A voice compression system for an audio application is being designed as an embedded system application. Three methods of implementation are under consideration: Under method A, the design would use a Digital Signal Processor (DSP); in method B, the design would be completed with an embedded microcontroller, while in method C, the design will be completed with an Application Specific Integrated Circuit (ASIC) where all functions will reside in hardware. Alternative A has NRE of $250,000 and a recurrent cost per unit Rra of $75. Alternative B has NRED=$150,000 and RPB =$130; while the ASIC solution has NRES =$2,000,000 and RPG =$20. 1.17 Consider the voice compression system of problem 1.14. For a market window two years, and expected profit margin of 27% in the marketing of 50,000 units implemented with alternative A, determine the following: a. Determine the expected company revenues in dollars. b. What would the percent loss of revenue be if the time-to-market were extended, causing a deployment delay of 6months? How much is the loss in dollars? C. Plot the cumulative loss of revenues of this product for delays in its timeto- market in a per- week basis. 1.14 A voice compression system for an audio application is being designed as an embedded system application. Three methods of implementation are under consideration: Under method A, the design would use a Digital Signal Processor (DSP); in method B, the design would be completed with an embedded microcontroller, while in method C, the design will be completed with an Application Specific Integrated Circuit (ASIC) where all functions will reside in hardware. Alternative A has NRE of $250,000 and a recurrent cost per unit Rra of $75. Alternative B has NRED=$150,000 and RPB =$130; while the ASIC solution has NRES =$2,000,000 and RPG =$20