This assignment is the LBA for the course. You will work in groups of $3$

students to gather foot traffic data, then build and analyze a model of that

data.

Foot Traffic Modeling

Important notes: $(1)$ We offer you the opportunity to do the research entirely

online. Look for floorplans, use reasonable estimates for foot traffic, and carry

out the analysis as accurately as you can, given all the constraints. $(2)$

Each group is tasked with using a distinct dataset, so obtaining prior approval

from your professor is essential. Please submit your dataset for approval by April

$17$th$.(3)$ We are open to groups modeling movement patterns other than foot

traffic. If you are interested in analyzing a different system, reach out to your

professor for approval at least one week before the assignment$$s deadline.

Project Scope

For this LBA you will work as a group of three students to analyze the flow of foot

traffic through a public space in your location. For example, you could go to or

research about a local museum and analyze the movement of visitors through

a small wing of exhibits. Or you could go to the food court at a local mall

and analyze the movement of customers between counters. After

collecting data at the location, you will construct a model to predict how

foot traffic could evolve over future time$-$steps.

$$ You should choose a single location to visit or research about $($e$.$g$.,$ a

historical site$)$ and collaborate as a group to collect data.

$$ Note that we will continue developing our knowledge of the tools you will

use to build and analyze your foot traffic model over the second half of the

course. In particular, you will be applying content from Sessions $36,37$ and

$39$ Matrices and Graphs, Trees and Markov$$s Matrices and Graphs

and Networks$$ and Session $30$ Eigenvalues and Eigenvectors.

Site Requirements

Select a site that can be logically divided into at least $5$ nodes. For example,

the nodes could be exhibits in a museum wing connected by hallways or

counters at a food court with a neighboring section.Site Map

Create a graph that represents the structure of your site. The graph should have

a vertex for each node and an edge between vertices representing nodes

connected by a path. For example, a site map of the first floor of the Asian

Art Museum in San Francisco $($SF$)$ could be mapped as follows.Create a graph that represents the structure of your site. The graph should have

a vertex for each node and an edge between vertices representing nodes

connected by a path. For example, a site map of the first floor of the Asian

Art Museum in San Francisco $($SF$)$ could be mapped as follows.

Figure $1$: Map of the first floor of the SF Asian Art Museum.pleasde solve this assignment using arcmap software