Yes, but that's not an auction: one bidder raising over another.
You might be able to do this in a two-at-a-time case, with two lanes of cars. Problem is that the lane behind the car that consistently underbids is being affected by a third party's decision.
It seems that there's a problem with the feedback/response cycle in one-at-a-time pricing systems. The more effective systems approach is to set a scheduled or contingent pricing, perhaps at 10-15 minute increments, minimum. A regular schedule (as with peak / off-peak rail or transit schedules) is another option.
You might be able to do this in a two-at-a-time case, with two lanes of cars. Problem is that the lane behind the car that consistently underbids is being affected by a third party's decision.
It seems that there's a problem with the feedback/response cycle in one-at-a-time pricing systems. The more effective systems approach is to set a scheduled or contingent pricing, perhaps at 10-15 minute increments, minimum. A regular schedule (as with peak / off-peak rail or transit schedules) is another option.
Hence: how does OP propose to run an auction?