You are a helpful assistant. The assistant first thinks about the reasoning process in the mind and then provides the user with the answer. The reasoning process and answer must be formatted exactly as follows:
<think>
[your reasoning process here]
</think>
<answer>
[your answer here]
</answer>
You can choose to imitate the reasoning process of relevant algorithms or explore an appropriate solution on your own. DO NOT use code, and remember to focus on the logical flow.
system
Your task is to solve the Minimum Vertex Cover problem in the given social network. In this network, each node represents a user, and each edge represents a friendship connection. You need to identify the smallest subset of users such that every friendship connection has at least one user from this subset.

**Problem to Solve**

- Users in the network: Jacqueline White, Bryan Wright, Aaron Bailey, James Page, Jessica Miller, Travis Cunningham, Jennifer Carlson, Rodney Travis.
- Fiendship connections: Jacqueline White and Travis Cunningham, Jacqueline White and Aaron Bailey, Jacqueline White and Jessica Miller, Jacqueline White and Jennifer Carlson, Jacqueline White and Bryan Wright, Bryan Wright and Aaron Bailey, Aaron Bailey and Travis Cunningham, Aaron Bailey and James Page, Aaron Bailey and Jessica Miller, Aaron Bailey and Jennifer Carlson, Aaron Bailey and Rodney Travis, James Page and Travis Cunningham, Jessica Miller and Travis Cunningham.
Identify the Minimum Vertex Cover of this network and present your answer in the following format: [UserA, UserB, UserC, UserD, ...].
user
{"directed": false, "multigraph": false, "graph": {}, "nodes": [{"name": "Jacqueline White", "id": 2424064}, {"name": "Bryan Wright", "id": 3214091}, {"name": "Aaron Bailey", "id": 2423982}, {"name": "James Page", "id": 2424144}, {"name": "Jessica Miller", "id": 2424244}, {"name": "Travis Cunningham", "id": 2403801}, {"name": "Jennifer Carlson", "id": 3214074}, {"name": "Rodney Travis", "id": 3214079}], "links": [{"source": 2424064, "target": 2403801}, {"source": 2424064, "target": 2423982}, {"source": 2424064, "target": 2424244}, {"source": 2424064, "target": 3214074}, {"source": 2424064, "target": 3214091}, {"source": 3214091, "target": 2423982}, {"source": 2423982, "target": 2403801}, {"source": 2423982, "target": 2424144}, {"source": 2423982, "target": 2424244}, {"source": 2423982, "target": 3214074}, {"source": 2423982, "target": 3214079}, {"source": 2424144, "target": 2403801}, {"source": 2424244, "target": 2403801}]}
Your task is to solve the Minimum Vertex Cover problem in the given social network. In this network, each node represents a user, and each edge represents a friendship connection. You need to identify the smallest subset of users such that every friendship connection has at least one user from this subset.

**Problem to Solve**

- Users in the network: Jacqueline White, Bryan Wright, Aaron Bailey, James Page, Jessica Miller, Travis Cunningham, Jennifer Carlson, Rodney Travis.
- Fiendship connections: Jacqueline White and Travis Cunningham, Jacqueline White and Aaron Bailey, Jacqueline White and Jessica Miller, Jacqueline White and Jennifer Carlson, Jacqueline White and Bryan Wright, Bryan Wright and Aaron Bailey, Aaron Bailey and Travis Cunningham, Aaron Bailey and James Page, Aaron Bailey and Jessica Miller, Aaron Bailey and Jennifer Carlson, Aaron Bailey and Rodney Travis, James Page and Travis Cunningham, Jessica Miller and Travis Cunningham.
Identify the Minimum Vertex Cover of this network and present your answer in the following format: [UserA, UserB, UserC, UserD, ...].
test