Networking: A statistical physics perspective

Mathematics

• Networking 94%
• Statistical Physics 78%
• Quality of Service 25%
• Energy Consumption 25%
• Congestion Control 25%
• Probabilistic Inference 24%
• Disordered Systems 24%
• Transportation Networks 24%
• Wireless Communication 23%
• Vulnerability 22%
• Network Structure 20%
• Large-scale Systems 20%
• Range of data 20%
• Communication Networks 19%
• Traffic 18%
• Routing 18%
• Optimization Algorithm 17%
• Polymers 16%
• Community 16%
• Demand 16%
• Relevance 16%
• Diffusion Process 15%
• Communication 15%
• Economics 14%
• Robustness 13%
• Physics 13%
• Requirements 13%
• Nonlinear Systems 13%
• Methodology 12%
• Review 11%

Physics & Astronomy

• physics 41%
• economic impact 38%
• transportation networks 37%
• polymer physics 34%
• congestion 31%
• vulnerability 30%
• communication networks 28%
• wireless communication 27%
• energy consumption 26%
• frequency distribution 26%
• inference 24%
• files 24%
• traffic 22%
• emerging 19%
• communication 18%
• methodology 17%
• requirements 14%
• optimization 14%

Engineering & Materials Science

• Statistical Physics 100%
• Network routing 39%
• Communication 33%
• Telecommunication networks 28%
• Physics 28%
• Large scale systems 28%
• Quality of service 25%
• Polymers 24%
• Energy utilization 23%
• Internet 22%
• Economics 21%