can you solve this question please which is to develop conceptual model and Arena simulation model, presented in a report format.

use the format of conceptual model as shown below:

yes, I need Arena to solve this problem. or you can solve it by conceptual model only if you do not use Arena

The layout is as follows: Buildings Parking D Exit Buildings At point A, some cars go straight and others take a left to point B and proceed to C. At C, cars either enter the parking lot or proceed to exit or take a U turn and return to E and go further. Cars that are parked can stay there for some time until the person in the car finishes his tasks for which he/she is visiting the building(s). After the work is over the person can drive the car to exit or take U turn and return to E and go further from there. In the above problem, the people are suffering due to extra waiting time in traffic. Both the people turning towards point B from point A and those going straight. The excess time oft almost 40 minutes. That is, people who should be reaching their destination in 10 minutes are taking 50 minutes during peak time and up to 25 minutes at normal hours. This is taking a toll on the productivity, accidents, pollution and loss of customers. The managements of the buildings shown in the picture are interested in resolving this problem by first simulating the traffic flow and understanding the KPI's that need to be measured and improved. Develop a conceptual model to solve this problem. You can assume your traffic data at whichever points you feel appropriate and generate KPIs using an Arena model. Feel free to use internet resources. Make assumptions and generate traffic data that you need for input analysis and running simulation. Simulation Objective(s), Experimental Factors & Responses State the objective(s) of carrying out your simulation project Discuss the potential experimental factors and potential responses Show which of system's components will be included/excluded with explanation. Describe the appropriate level of details for the included components. 2. Model's Process Map Diagrammatically represent your conceptual model in a form of a process map Make sure that the constructed process map is representative of the model contents and level of details. 3. Assumptions & Simplifications State all assumptions and simplifications done to abstract the system in the conceptual model 4. Input Analysis Select a sample of data for each input variable (if possible) Fit appropriate probability distribution, construct empirical distribution, or use estimate distribution to model the variability in each input variable. 5. Simulation model in Arena Build model in Arena and conduct 10 replications for 10 days of peak hours each. Check if primary and supporting KPI's are met. Conduct experimentation and output analysis to achieve KPIs. The layout is as follows: Buildings Parking D Exit Buildings At point A, some cars go straight and others take a left to point B and proceed to C. At C, cars either enter the parking lot or proceed to exit or take a U turn and return to E and go further. Cars that are parked can stay there for some time until the person in the car finishes his tasks for which he/she is visiting the building(s). After the work is over the person can drive the car to exit or take U turn and return to E and go further from there. In the above problem, the people are suffering due to extra waiting time in traffic. Both the people turning towards point B from point A and those going straight. The excess time oft almost 40 minutes. That is, people who should be reaching their destination in 10 minutes are taking 50 minutes during peak time and up to 25 minutes at normal hours. This is taking a toll on the productivity, accidents, pollution and loss of customers. The managements of the buildings shown in the picture are interested in resolving this problem by first simulating the traffic flow and understanding the KPI's that need to be measured and improved. Develop a conceptual model to solve this problem. You can assume your traffic data at whichever points you feel appropriate and generate KPIs using an Arena model. Feel free to use internet resources. Make assumptions and generate traffic data that you need for input analysis and running simulation. Simulation Objective(s), Experimental Factors & Responses State the objective(s) of carrying out your simulation project Discuss the potential experimental factors and potential responses Show which of system's components will be included/excluded with explanation. Describe the appropriate level of details for the included components. 2. Model's Process Map Diagrammatically represent your conceptual model in a form of a process map Make sure that the constructed process map is representative of the model contents and level of details. 3. Assumptions & Simplifications State all assumptions and simplifications done to abstract the system in the conceptual model 4. Input Analysis Select a sample of data for each input variable (if possible) Fit appropriate probability distribution, construct empirical distribution, or use estimate distribution to model the variability in each input variable. 5. Simulation model in Arena Build model in Arena and conduct 10 replications for 10 days of peak hours each. Check if primary and supporting KPI's are met. Conduct experimentation and output analysis to achieve KPIs