“How can we use simplified procedures to estimate runoff and peak discharges in small watersheds?”
Predicting runoff and peak discharges for watersheds can be a very difficult task. There are so many factors that you have to consider without great precision. However, for small watersheds in the US, the Natural Resources Conservation Service of the U.S. Department of Agriculture has developed a procedure called TR-55 to handle these. TR-55 uses empirically derived data and hydrological modeling to determine runoff and peak discharges.
“How can we graph the amount of water predicted to arrive over time?”
Water comes in and out of zones. Sometimes, we may want to graph how this will change over time. One way to accomplish this is to plot the volume of water on the y axis and the time duration on the x axis to make a Hydrograph. We can use hydrographs to plot both water inflowing to and outflowing from an area to predict how much storage is needed.
“How can we solve a complex programming problem by breaking it into sub-problems?”
Some programming problems can be incredibly complex to solve. But by breaking it into repeatable sub-problems, we can create solutions for these to work into a solution for the larger overall problem eventually. This technique is called Dynamic Programming and can be used in all sorts of applications, ranging from finding the smallest distance between two points to deciding the most optimal way to arrange items in a piece of luggage.
Why Stable IT Software is Necessary for a Stable Electricity Grid
07/17/24
“Why is stable IT software necessary for a stable electricity grid?”
Modern electricity grids require IT software to operate. If the IT software is unstable, then so will the electricity grid. This is Why Stable IT Software is Necessary for a Stable Electricity Grid.
“Why is using less AI better for the environment?”
AI computations take a considerable amount of resources. Vast amounts of energy are required to power the computing to train an AI model. The more demand for AI, the more models will be trained. However, if demand is cut, then there will be less incentive to develop newer models, which will hurt the environment less. This is Why Using Less AI is Better for the Environment.
“Why can AI be used to detect building destruction?”
Building destruction can be seen from satellite images. AI can detect changes in multiple satellite images of the same place. This is Why AI Can Be Used to Detect Building Destruction. This can be very useful in places like Gaza and Ukraine which have seen immense bombardment by genocidal powers.
Why AI Can Be Useful for Detecting Microtones in Music
02/27/24
“Why can AI be useful for detecting microtones in music?”
Microtones are an essential part of many musical cultures. However, modern Western tuning has trouble placing them inside a musical framework. AI can be used to detect when microtones occur and what type they are. This is Why AI Can Be Useful for Detecting Microtones in Music.
Why Landscape Architects Need to Take Breaks From the Computer
01/31/24
“Why do landscape architects need to take breaks from the computer?”
Landscape architects work by the computer a lot. If they spend too much time on it, they can get computer vision strain, and their work will suffer. This is Why Landscape Architects Need to Take Breaks From the Computer.
Why Home Architects Need to Take Breaks From the Computer
01/30/24
“Why do home architects need to take breaks from the computer?”
Home architects work by the computer a lot. If they spend too much time on it, they can get computer vision strain, and their work will suffer. This is Why Home Architects Need to Take Breaks From the Computer.
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