Electrical power is low frequency -- 60 hertz or less.
Since exports are sales to foreigners, they tend to weaken when buying power is low.
Some, like the Oculus, automatically dock themselves to a nearby charging station when battery power is low.
Purchasing power is low in a country where the average per capita income is estimated by international economists to be about $900 a year.
On top of that, when demand for power is low, half of the cylinders are deactivated to reduce fuel consumption further.
Unfortunately, the cost to the US itself was so high that it taught exactly the opposite lesson: the deterrent effect of American conventional power is low, and the likelihood of preventive war actually decreases if a country manages to cross that threshold.
Monetizing in the developing world is tough because buying power is low, and currencies aren't equivalent.
If the interference power is low, it is hard to estimate it anyway.
When the base station power is low, all three algorithms achieve similar performance.
That's not cost-effective since towers can only reach a limited area where population is sparse and buying power is low, so prices need to be, too.
When the base station power is low, both algorithms have similar performance, although neither makes optimal decisions for users who cannot achieve good average rates.
