kyoto university has used these simulations to create an interactive evacuation plan in an emergency an app shows the progression of the waves and identifies the nearest safe zones. one of the missing some of that if we get information on our cell phones and on the internet is there similar television stations also broadcast warnings with instructions on what to do to get to safety or security. saving lives is key but scientists also want to minimize structural damage. the tsunami of 2011 once again showed that the areas are extremely dangerous places to be cheering at tsunami which transforms ships into giant projectiles. for hero turned on her she moto of kobe university the harbor is a priority evacuation zone. at the state osaka bank is very busy during the day. at any given time there are 30 to 50 boat sailing there. and we have no guarantee that in the event of a tsunami a situation that many have never experienced everyone would keep their cool and the ships would have accurate one after another in an orderly fashion. and that's why we're developing an intelligence system to e

kyoto university has used the simulations to create an interactive evacuation plan in an emergency an app shows the progression of the waves and identifies the nearest safe zones. one of the midst of some of that if we get information on our cell phones and on the internet as their city television stations also broadcast warnings with instructions on what to do to get to safety and security. saving lives is key but scientists also want to minimize structural damage. the tsunami of 2011 once again showed that the areas are extremely dangerous places to be cheering at tsunami which transforms ships into giant projectiles. or hero turned to her she moto of kobe university the harbor is a priority evacuation zone. that's the state of osaka bay is very busy during the day. at any given time there are 30 to 50 boat sailing there. and we have no guarantee that in the event of a tsunami a situation that many have never experienced everyone would keep their cool and the ships would have accurate one after another in an orderly fashion. and that's why we're developing an intelligence system to

develop effective evacuation plans and test protective walls to disaster prevention center at kyoto university, simulate the effects of mankind, trough, earthquake in a pool school. i don't wanna show the name, we are almost certain we be dealing with the magnitude 9 earthquake. ok. so now and then it would cause a soon army ca call you to that. don't want him us hero as she has model the arrival of a wave with an average height of 20 meters. that's the equivalent of a 6 story building in a city directly facing the name control. the walls would weaken the waves impact, but the protective is would quickly become submerged under several meters of water . the, the simulations, as supplemented by computer models. they've allowed kids to hear a team to predict the path that you normally would take in tokyo bay, the low it's 5 kilometers in land. the district around b olympic stadium could be buried under a 9 meter high wave simulation. why go? i got to use simulations are carried out to identify hazardous locations, bar door, for example. a road that would flood quickly is not suitable as an evacua

the disaster prevention center at kyoto university, simulate the effects of mankind, trough, earthquake pool, collect or mona to the 9. we are almost certain we'd be dealing with the magnitude 9 earthquake. ok. so now and then it would cause us to know me, cause we need to that, don't want us to your hero easy as model the arrival of a wave with an average height of 20 meters. that's the equivalent of a 6 story building in a city directly facing the name control. the walls would weaken the waves impact, but the per these barriers would quickly become submerged under several meters of water. the simulations of supplemented by computer models, they've allowed to hear issues teen to predict the part that to nami would take in tokyo bay, the low it's 5 kilometers inland. the district around the olympic stadium could be buried under a 9 meter high ways simulation. why don't i got to you? simulations are carried out to identify hazardous locations, properly bar door. for example. road that would flood quickly is not suitable as an evacuation root can i to be the entrances to many buildings wi