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In this classic problem, you are to design a single finite-state machine S that will be connected in an arbitrarily long one-dimensional string as follows:
Each FSM in the string is connected by k wires to its left and right neighbors; the wires can carry information in both directions between each pair. All FSMs share a common clock and make state transitions on active edges based on their current state and signals from their left and right neighbors. Connections to the left and right ends are such that the leftmost and rightmost FSMs can recognize their special positions. Each FSM has a red light that is on only when the FSM is in a designated "fire" state; initially, the lights are all off. During some clock cycle, a start signal is applied to the inputs of the leftmost S module. The required behavior of the system is that the lights are all to remain off until some subsequent clock cycle, when all lights go on simultaneously and remain on. Note that the delay between the start signal and the "firing" of the FSMs can be arbitrarily long; it may, for example, depend on the number of modules in the string. However, all modules must be identical; their design (and the number of states) is independent of the length of the string. This is a challenging problem. Unless you are unusually ambitious, you should stop short of a detailed design, which is tedious; just develop a convincing argument that your approach will work.
It is possible to adjust the mean hole diameter. To what value should it be adjusted so as to maximize the probability that the clearance will be between 0.05 and 0.09 cm?
Design the ramp for the highest design speed (to the nearest 5 mph) without exceeding a minimum D of 8.0. (Assume the PC of the horizontal curve is at station 15+00, and the vertical curve PVIs are at the PC and PT of the horizontal curve). Maximu..
A construction company requires to know how much of additives A and B to use to prepare concrete to be used in a freezing environment (northern location). The concrete mix should contain a minimum concentration of nitrate and sulphate.
water flows through a horizontal plastic pipe with a diamter of .2 m at a velocity of 10 cm/s. determine the pressure drop per meter of pipe using the Moody chart.
Compare the total reactor volume required for 90% removal of a substance that decays according to first-order kinetics with a rate constant of 0.05 day -1 in a CM system that contains a single reactor against a system that contains three CM reacto..
If the compression process is isentropic, determine the required work input for this compression process, in kJ/kg of mixture.
Consider a small town in the Phillippines, where the average weight of people is 55 kg, and the average lifespan is 60 years. The people here eat lots of fish due to abundant availability from the local river.
The guy wires AB and AC are attached to the top of the transmission tower. The tension in cable AB is 8.6 kN. Determine the required tension T in cable AC such that the net effect of the two cables is a downward force at point A.
If OA has a constant counterclockwise angular velocity of 10rad/s, calculate the angular acceleration of link AB and link BC for the position where the cordinates of A are x=-60mm and y = 80mm.
An eighteen inch diameter sandstone column is subjected to an axial compressive force of 2x10^6 lb / ft. Find the factor of safety based on the ultimate compressive force. For the ultimate compressive stress of sandstone=85Mpa.
what would be the estimated total annual dollar savings of a company with an annual direct labor payroll of 2,500,000 and a fixed overhead rate of 150 percent of direct labor , if the company initiated a methods and standards program
The atmosphere is stable with a lapse rate of -0.2C/100m. The surface air temperature is 15C. A parcel of air is released at the ground with a temperature of 25C. Calculate the maximum mixing height in meters.
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