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Last-Mile Disaster Preparedness and Recovery
Published on Jul 21, 20114613 Views
Every year, natural disasters cause infrastructure damages and power outages that have considerable impacts on both quality of life and economic welfare. Mitigating the effects of disasters is an impo
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Chapter list
Disaster Preparedness and Recovery00:00
Outline - 100:36
The Rising Cost of Disasters - 101:16
The Rising Cost of Disasters - 201:36
The Rising Cost of Disasters - 301:57
2011 Predictions02:10
Disaster Preparedness and Recovery (DPR) - 102:56
Disaster Preparedness and Recovery (DPR) - 203:22
Collaboration with DHS and LANL03:50
Humanitarian Logistics (I)04:55
Humanitarian Logistics (II)06:22
Disaster Preparedness: Inputs07:31
Infrastructure Abstraction08:20
Huricane Katrina08:31
Disaster Prediction09:07
Explicit Scenarios09:21
Disaster Preparedness and Recovery09:58
Some Disclaimers10:25
Demonstrations in Comet11:47
Large Neighborhood Search12:05
Asymmetric TSP with Time Windows - 113:11
Asymmetric TSP with Time Windows - 313:45
Asymmetric TSP with Time Windows - 413:52
Asymmetric TSP with Time Windows - 513:55
Outline - 214:07
DPR for a Single Commodity - 114:20
DPR for a Single Commodity - 215:44
DPR for a Single Commodity - 316:29
Stochastic Warehouse Location17:19
Customer Allocation17:36
Repository Routing18:10
Post-‐Processing the Repository Routing18:43
Fleet Routing19:16
Output19:42
Experimental Results: Water Supply - 119:43
Experimental Results: Water Supply - 222:42
Experimental Results: Benchmark 522:45
Computational Difficulties23:27
Disaster Preparedness and Recovery24:01
Comet Implementation: 1800 Lines24:32
Outline - 324:41
August 2003 Blackout24:50
Disaster Effects on the Grid25:30
Joint Repair and Power Restora<on25:53
Joint Repair and Power Restoration26:51
Power Restoration27:20
Joint Repair and Power Restoration27:57
Linearized DC Model28:34
The Issue with AC Current29:06
Braess Paradox29:43
Braess Paradox: Flow30:08
Braess Paradox: Linearized DC Model - 130:13
Braess Paradox: Linearized DC Model - 230:29
Braess Paradox: Linearized DC Model - 330:48
Braess Paradox: Linearized DC Model - 430:54
Consequence of Braess Paradox - 131:33
Consequence of Braess Paradox - 232:23
Optimal Activation Problem32:53
Constraint Injection - 133:40
Constraint Injection - 234:21
Demo Kate (?)35:08
Experimental Results: Benchmarks38:16
Experimental Results: Quality38:43
Outline - 439:33
Strategic Stockpiling of Power Supplies40:03
Constraint-‐Based Column Generation40:57
Configurations42:40
Master Problem - 142:52
Master Problem - 242:59
Constraint-‐Based Column Generation - 143:31
Constraint-‐Based Column Generation - 244:17
Experimental Results: Quality45:15
Experimental Results: Runtime45:56
Outline - 546:07
Conclusion46:13
Multiple Infrastructures46:40
Joint Assessment and Repair47:48
International Relief Effort49:14
More globally50:15