For cheapest first, it would mean finding the path with the lowest total path cost.

Second, cheapest first search, in which we always expand first the path with the lowest total cost.

The total cost for the account shown as Actual cost Planned cost

It will cost thirty thousand yen at the lowest estimate.

The cost of those in total are 40.

This is what our total cost is per day.

And this path for a total cost of 239.

The cost is the total cost, and the parent is a pointer to another node.

In this case, A star was able to find the lowest cost path.

Can you work out the total cost of the trip?

Add in this path for a total cost of 220.

And so I had a total expense or total cost of goods sold of 1 million.

lowest

Lowest

And the total monthly cost for our bandwidth is about 5,000 dollars. And that's essentially our main cost.

The total cost has to be less than or equal to 2,500.

So we really set out on a path to try and make the lowest cost possible.

lowest rainfall.

So 3x is going to be the total cost of purchasing the tiles.

If the total cost was 360 for how many days was the sailboat rented?

Our total cost is 20 for 2 occlusions, but we have a perfect match.

lowest possible terms.

lowest to highest.

Here we give you an intuition as to why an optimistic heuristic function, h, finds the lowest cost path.

We can ensure our safety by investing only 3 of the total cost in this.

Then what's the total cost I have to endure to move from start to goal?

It could be called best estimated total path cost first, but the name A is traditional.

A star will find the lowest cost path if the h function for a state is less than the true cost of the path to the goal through that state.

Because if they toxify themselves, being the lowest cost producer, send it to the lowest cost distribution Wal Mart and then we send them all our money, what we'll discover is that we have what, effectively, when I was a student, was called mutually assured destruction.

It turns out that c is also the actual cost, because at the goal the h component is 0, and so the path cost is the total cost as estimated by the function.

And to put that in perspective, the total cost of the Manhattan project was three billion dollars.

It's a total, total mess.

So they're telling us that 360, that's the total cost, and that's going to be equal to 120 plus 60 times the total days rented, times 60n.

He haunts the lowest resorts.

So 140 is the lowest.

Theirs was the lowest bid.

The total cost, c, in dollars of renting a sailboat for n days is given by this equation.

total

Total

total

Total

Total

Another way of stating that is that h is admissible, meaning is it admissible to use it to find the lowest cost path.

Think of all of these of being the same way of stating the conditions under which A star finds the lowest cost path.

An algorithm that has traditionally been called uniform cost search but could be called cheapest first search, is guaranteed to find the path with the cheapest total cost.