Sure, everyone agrees with that. Can you propose a model that will work?
2,376 karma · joined October 5, 2011
Sure, everyone agrees with that. Can you propose a model that will work?
I think to an extent, interoperability is forced upon businesses for commercial reasons. Its business 101 to want silos and total ownership and control over services and data.
I think we need a law that states that if you capture/index public data, it must be made available to the public in one form or another. You may have a modest fee to cover your expenses.
> As I was leaving the supermarket I watched her struggle to open her car door before slowly getting into her car. I sat in my car for a few minutes watching as she struggled mightily to simply back her car out of her parking spot.
That is your cue to stay away from such drivers for your own safety. Just like if you see an idiot swerving on the freeway. Or if you hear loud honking and cars braking there is probably something going on. An AV would likely miss such cues unless it was specifically programmed to do so.
Agreed, 100%. Instead of AV, we could focus on remote presence and other tech to make cars and/or daily commute unnecessary.
And your over-enthusiasm for AV doesn't extend to the human factor. We all have our own blinders ;)
>The notion that we are safe because we can read humans is not substantiated by anything.
That is your own misinterpretation. I did not read the comment that way.
>If AV risk is so obvious as you claim then why does the enormous amount of data show that AVs are involved in the less accidents and lead to less fatalities than cars operated by humans on a mile per mile basis?
What you mean when you say AV, is actually "AV + Human". We're running controlled experiments, limiting the unknowns, and we're mandating a human be present - because the current AV technology sucks.
> We can debate the “when” in terms of AVs but debating the “if” seems pretty out of touch with the way society has progressed with respect to our willingness to depend on technology.
People used to say that about flying cars 40 years ago.
Who are these many people, and why should we believe their predictions?
> We’ve proven to be perennially distracted, we have terrible reaction times, we have extremely narrow vision, we panic in situations instead of remaining calm, etc. and yes, these faults do lead to the deaths of children.
We've also proven that all software has bugs, and developers keep introducing new bugs in every single release. There is no reason to think that self-driving car software will be any different. Whats worse is that when software is updated, these bugs will now be pushed out to tens of thousands of cars - instantly.
Bit much to call someones position nonsense when they're just skeptical of obvious stuff :)
That is not a counter-example to anything AFAICT. We didn't have a 'protectionist' President. We had an incompetent President, who faked to be a protectionist.
A real data point would be this:
The US had a decent economy when we had high import duties.
If you don't like/agree/see value in this persons comment then why are you engaging with them? That's how silly your position sounds.
Now back to the substance of your comment.
>Or maybe different people have different needs and don’t care if every device is “open”.
How could "not open" be a need of someone?
>These are tools. Does the tool do what I want with the least amount of friction? That’s what they care about.
How does an Apple engineer documenting the design add friction in any way to what you're doing?
> Indeed Apples existence and continually pushing computing in new areas has benefited everyone in the last 40 years - whether you use Apple or not.
Apple has helped popularize the smartphone as a consumer device to consume music/media, do light business on (emails, IM, documents, etc) and do a few minor creative tasks digitally such as drawing, music, etc. They do get a lot of credit for that. They have also co-created an application platform for other businesses to sell software. But then they robbed 30% of their sales too - They get negative credit for being so greedy.
Your argument that they have "continually pushed computing" is a bit of a stretch. Give us your best argument/examples/facts.
You can't change the hypothesis to match data. We try to avoid doing that in science ;)
So if any random set of employees at Google don't threaten to quit, that means that they're doing great? Also, why would any company sell the very thing that makes them money? :) They can make more money allowing companies to use the data by targeting certain users.
>By the past they have proven numerous time that they have a lot the sense of responsibilities -- as employees, as a whole.
What "sense of responsibility" does Google have? There is zero accountability here. They continue to spy on users and collect personal data, which now includes health data. A private company doing that for profit, makes it unethical in my view.
With respect to CMOS chips you can go from from calling up Sony and ordering one off the menu with your custom requirements, to designing the NAND/pixel interconnects, microlenses, downstream dual-gain architectures, to working on the bonding chemistry, masked pixels, CFAs etc, etc. However, all this stuff is patented up the wazoo, and companies like Sony, Samsung, Aptina, OmniVision etc do not simply hand-over world-class tech like this.
Apple is very good at supply chain logistics, overall packaging and design, UX, Software, etc. However, I don't see them challenging the established players on core technology.
Also, I don't think Apple (as of today) has the capability to "obliterate" the pro market. Are you simply talking about buying other companies, or making new home-grown products?
To counter that a bit I'd like to add that there is a rise of video/youtuber folks wanting smooth 4k video with tracking auto-focus, and real bokeh which is making cameras, or hybrid cameras relevant again. I don't think phones do fake bokeh in video mode or do low-light video w/o looking like ass.
(1) Older digital sensors weren't good at all with high-iso (high read-noise, low photon-electron conversion efficiency, etc)
(2) An off-sensor DSLR AutoFocus array has a very small effective-aperture, making the lens aperture very important in low-light situations for autofocus (which a lot of nature photography is)
(3) Bokeh - Ofcource nothing beats large aperture bokeh, but this can be tackled perhaps through computation?
For (1) and (2) Modern imaging sensors perform beautifully in high-iso scenarios. Also, with mirrorless, there are cameras that can AF down to F/22 - something unimaginable (and impossible) with DSLRs.
While the demand for 600mm F/4 is there from a professional standpoint, there is an even larger demand for cheaper options - and.. this point is important, you can produce award-worthy images using those cheaper potions. In fact if you look at any nature competition a lot of the awards go to images made with cheap/budget gear.