On distributed scheduling with heterogeneously delayed network-state information

Mathematics

• Distributed Scheduling 100%
• Scheduling Policy 33%
• Throughput 28%
• Scheduling 14%
• Vertex of a graph 12%
• Optimal Scheduling 10%
• High Throughput 10%
• Wireless Networks 9%
• Low Complexity 8%
• Interference 8%
• Optimal Policy 8%
• Inconsistency 8%
• Schedule 7%
• Quantify 7%
• Markov chain 5%
• Subset 4%

Business & Economics

• Throughput 31%
• Node 20%
• Wireless Networks 9%
• Markov Chain 7%
• Interference 7%
• Inconsistency 6%
• Schedule 5%

Engineering & Materials Science

• Scheduling 34%
• Throughput 23%
• Markov chains 8%
• Wireless networks 6%