trowaybloway
... found the government's "propaganda outlets" supporting mandatory fees which are a bunch of times over the European average not disagreeable, for one example. Abuse of surveillance could be used to set the court under pressure, eventually.
The fallacies in your conclusion are:
> freedoms of everyone
> faults of a few
Whether intoxication leads to freedom is debatable.
Secondly, casualties from alcohol abuse are hardly "a few".
You say people susceptible to the detrimental effects, perhaps from a preexisting tendency for lack of inhibition and aptitude are responsible. Whereas they are literally irresponsible. Further, your comment in response to my question could be understood to uphold the right to a buzz over thousands of deaths a year.
What's the negative of "expectation of results", ie. the normalization of the expression "no (expectation of results)" in constructive terms. I guess it would have to be perhaps expect failure
Copyright law is not in agreement with this. Reasonably, a manufacturer could argue that follow up installments of the software are still actively sold. Then one question is why the fixes wouldn't be ported back to the old release and I guess because differences in the code require significant effort to adapt the fix.
Regulation should seek to equalize ...
> manufacturers liable for the damages caused by security holes in their devices
This is not easy if a chain of bugs in different programs is used to create an exploit. And it would be damaging to warranty wavers especially in open source. After all, the server side will likely run full fledged open source stack. This is where service providers step in. Google would probably like to do monitoring and instrumentation as a service, among others.
Sound Card output is low pass filtered. With a 22KHz cutoff filter frequency, a digital square wave at 22KHz would optimally render as sine of the same period, because that's the base frequency. Resonant frequencies are filtered because they are not audible. That's the principle of digital-analog conversion obeying the sampling theorem.
I wonder how much comparative analysis has gained or will from AI. Given a suitable model to start with, a huge probability tree of ontologies could be handled to reconstruct common ancestors in proto-languages. There were people here reporting interest in machine translation of some 30000 Sumerian clay-tablets, the other day.
The pairing with semantic inference would be interesting, too, or the inverse, alike to deep dream generating adversarial reinforcement in pictures, extracting the principal components of a language to infer stages of it's development, like a sequenced Word Net. There might be some surprises in the ambiguity of metaphors.Especially in long living or quickly developing languages folk etymologies must be common, especially given religion, so a naive machine approach might even help next to manual translation (human in the loop ai).