"With near 80 crossings on MNCR who is gone monitor those minute by minute ?? and at what expense?"
In theory, it should be possible to install basic low-cost cameras at all grade crossings, hooked into a centralized system via a single dedicated fiber-optic line, microwave relays, and/or via the internet. This signal (composed of all cameras on multiple digital sidebands) could be broadcast out via a new cellular-based relay along MNCR rail lines, or even contracted out to existing cellular carriers. Each train would be equipped with a basic GPS, cell antenna, receiver, and monitor. As the GPS tracked the train’s progress, it would automatically flip the monitor channel to display the next grade crossing in line, which the engineer himself could glace at and make the appropriate adjustments should he see something suspicious a few miles down the track. Normally, the engineer would only be interested in the next grade crossing, but he could also flip to view any other grade crossings of interest, or even have 2 monitors available if grade crossings on his line are set close together.
The technology for all this exists, but just needs to be pieced together into a functional package. The cost isn’t very much in the scheme of things, and might even save more than a few bucks on fewer repairs and service disruptions… not to mention eliminate a few recurring nightmares from the train drivers. There might even be some Federal money out there to research the thing in partnership with a good engineering school (UB?) True, it doesn’t do anything to place responsibility on the motorists where it belongs, but wouldn’t an engineer want to know what’s going on at the next grade crossing up ahead anyway?