But there is a problem.

All the lines, the colored lines you see there, it's our high capacity transportation network.

Traffic is heavy on this street.

There is heavy traffic in this street.

Traffic is busy here.

Traffic was light.

There wasn't much traffic.

The first day with the congestion charges looked like this.

The traffic has built up here.

There is heavy traffic on this street.

So every time you think about moving these people around, you think about high capacity transportation.

In this present time today, we only carry 18 percent of our population in high capacity transportation.

There is a great deal of traffic on this road.

Can be used for traffic updates, security...

There is a lot of traffic on that street.

Tokyo has an extremely high volume of traffic.

During the rush hours in Tokyo, traffic is heavy.

But fortunately, it also works the other way around.

Traffic on the street was really terrible.

With the BRTs we're doing, again, the cheapest and fastest way, we're going to move to 63 percent of the population being carried by high capacity transportation.

Capacity

You would be wrong.

And this effect hanged on. So 2007 figures looked like this.

At this hour, there is incredible traffic.

Volume Size

Total Size

Capacity

Total Size

Block Size

Motion Buffer Size

So two plucks per second can be thought of as the 'rate' or 'capacity' for sending information in this way.

I mean, you have the typical European cities, with a dense urban core, good public transportation mostly, not a lot of road capacity.

free disk space

Free Size

Large Capacity Tray

High Capacity Color Cartridge

If there is a lot of traffic in the streets, we say in English that the traffic is heavy.

The earliest switchboard operators' headsets weighed over 10 and a half pounds.

Transportation

Mass Storage Device

Necessary storage size

Space needed

High Capacity Black Cartridge

So I've mentioned to you the four challenges.

There's a basic, profound acceleration of this evolutionary process.