top | item 38324173 (no title) quietpain | 2 years ago So every plane, train and automobile that went missing in the past 9 years did so without this system offering help? discuss order hn newest ceejayoz|2 years ago When have trains gone missing? quietpain|2 years ago It sounded nice unknown|2 years ago [deleted] vGPU|2 years ago Well….https://www.cbc.ca/player/play/2675415775 unknown|2 years ago [deleted] op00to|2 years ago There is a movie called closely watched trains which is humorous but not relevant. 01100011|2 years ago These systems are generally never used to solve low-level crimes. When they are, parallel-construction is used to avoid publicizing their existence. These systems are reserved for direct threats to national interests. amelius|2 years ago Perhaps they went missing when it was cloudy? bumby|2 years ago From the article: "trained to locate the sources of electromagnetic emissions with wavelengths ranging from roughly 2 meters down to 2 centimeters"These types of signals wouldn't be obscured by clouds, presumably. ehsankia|2 years ago wouldn't some IR go through clouds? I thought that was the point of using IR.That being said, the more important question is, how's the temporal resolution. sneak|2 years ago Yes. These systems are for control, not general purpose law enforcement. bear141|2 years ago Not yet
ceejayoz|2 years ago When have trains gone missing? quietpain|2 years ago It sounded nice unknown|2 years ago [deleted] vGPU|2 years ago Well….https://www.cbc.ca/player/play/2675415775 unknown|2 years ago [deleted] op00to|2 years ago There is a movie called closely watched trains which is humorous but not relevant.
op00to|2 years ago There is a movie called closely watched trains which is humorous but not relevant.
01100011|2 years ago These systems are generally never used to solve low-level crimes. When they are, parallel-construction is used to avoid publicizing their existence. These systems are reserved for direct threats to national interests.
amelius|2 years ago Perhaps they went missing when it was cloudy? bumby|2 years ago From the article: "trained to locate the sources of electromagnetic emissions with wavelengths ranging from roughly 2 meters down to 2 centimeters"These types of signals wouldn't be obscured by clouds, presumably. ehsankia|2 years ago wouldn't some IR go through clouds? I thought that was the point of using IR.That being said, the more important question is, how's the temporal resolution.
bumby|2 years ago From the article: "trained to locate the sources of electromagnetic emissions with wavelengths ranging from roughly 2 meters down to 2 centimeters"These types of signals wouldn't be obscured by clouds, presumably.
ehsankia|2 years ago wouldn't some IR go through clouds? I thought that was the point of using IR.That being said, the more important question is, how's the temporal resolution.
sneak|2 years ago Yes. These systems are for control, not general purpose law enforcement. bear141|2 years ago Not yet
ceejayoz|2 years ago
quietpain|2 years ago
unknown|2 years ago
[deleted]
vGPU|2 years ago
https://www.cbc.ca/player/play/2675415775
unknown|2 years ago
[deleted]
op00to|2 years ago
01100011|2 years ago
amelius|2 years ago
bumby|2 years ago
These types of signals wouldn't be obscured by clouds, presumably.
ehsankia|2 years ago
That being said, the more important question is, how's the temporal resolution.
sneak|2 years ago
bear141|2 years ago