1051 02. (a) Implement a Parking system where parking should have a main entrance and an exit, system should keep track of the number of cars in the parking slot and there will be sensors in the entrance and exit to detect amount of cars in the parking also sensors in each slot to detect available slot, the system should tell the user which parking is free and which is busy indicating specific light, If all free spaces are taken in the parking lot, new cars should not be allowed to enter (b) Design a Farm robot which can remove unnecessary plant, check soil quality, and insert [05] plant and water accordingly. First it'll go forward and check a plant and investigate whether its necessary plant or not if necessary it'll go forward, if unnecessary it'll remove it then check soil quality, if it's ok it'll move to the next step(insert plant) if not ok it'll fertilize and check the quantity continuously if the level is ok it'll insert plant. After completion it'll check soil moisture level if it's ok then go forward and repeat the whole process, if water level is not ok then it'll start watering the soil and continue until soil water level is ok. After completing the task it'll go forward and try to detect another unnecessary plant. Let, detecting unnecessary plant, fertilizer level, soil quality, water level it'll have respective sensors (no need to design the sensor circuit just consider sensors binary outputs) [ hints: Consider each task robot as state in the state machine) Draw the state diagram of the system and implement the multi task farm robot using T flipflip 1051 02. (a) Implement a Parking system where parking should have a main entrance and an exit, system should keep track of the number of cars in the parking slot and there will be sensors in the entrance and exit to detect amount of cars in the parking also sensors in each slot to detect available slot, the system should tell the user which parking is free and which is busy indicating specific light, If all free spaces are taken in the parking lot, new cars should not be allowed to enter (b) Design a Farm robot which can remove unnecessary plant, check soil quality, and insert [05] plant and water accordingly. First it'll go forward and check a plant and investigate whether its necessary plant or not if necessary it'll go forward, if unnecessary it'll remove it then check soil quality, if it's ok it'll move to the next step(insert plant) if not ok it'll fertilize and check the quantity continuously if the level is ok it'll insert plant. After completion it'll check soil moisture level if it's ok then go forward and repeat the whole process, if water level is not ok then it'll start watering the soil and continue until soil water level is ok. After completing the task it'll go forward and try to detect another unnecessary plant. Let, detecting unnecessary plant, fertilizer level, soil quality, water level it'll have respective sensors (no need to design the sensor circuit just consider sensors binary outputs) [ hints: Consider each task robot as state in the state machine) Draw the state diagram of the system and implement the multi task farm robot using T flipflip