March 15, 2017. Commentary on the dangerous trip and messy ethics of colonizing Mars. But get ready, it's going to happen.

roma★
Lint Roller? I Barely Know Her
will byers stan first human second
Mike Driver
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$LAYYYTER
Keni
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trying on a metaphor

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Xuebing Du
I'd rather be in outer space 🛸
EXPECTATIONS
The Stonewall Inn
Aqua Utopia|海の底で記憶を紡ぐ
TVSTRANGERTHINGS

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One Nice Bug Per Day
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March 15, 2017. Commentary on the dangerous trip and messy ethics of colonizing Mars. But get ready, it's going to happen.
We’re sure you’ve heard the automated, robot-run grocery store is coming. Reduced labor costs, efficiencies, 20% profit margins versus 1%-2% today,
The Trump Wall and Shared Strategic Interests with Mexico
#policy #veterans #politics
The Coming Economic Sector Underlying 5G Wireless
Fifth Generation Wireless (5G). It’s coming, and it’s supposed to blow us away: 10 Gbps, highly reliable, and near ubiquitous connectivity. Basically, it powers the Internet of Things (IoT). The use cases are many: smart cars, smart energy grids, virtual reality (VR), and more. Excited? Good, but notice that 5G wireless infrastructure must be different than 4G infrastructure because the technology is fundamentally different. It must integrate with our physical infrastructure much more tightly than 4G because 5G achieves its performance through high-frequency line-of-sight communications, multi-device multiple-input-multiple-output (MIMO), cognitive radio link adaptation, multi-device beam forming, and more. What that means is that 5G infrastructure will be complex, tightly-coupled, and impossible to centrally manage. Therein lies great economic opportunity in the distributed management of the 5G wireless infrastructure. 5G will require an entirely new sector of the economy—something far beyond a 4G provider’s maintenance truck—focused on building, configuring, maintaining, securing, and regulating 5G wireless infrastructure.
The user experience will be very different from the “on-button” 4G paradigm where the 4G infrastructure is essentially a static overlay over our physical infrastructure. We rely on the telecommunications companies to place cellular towers where we’ll need them. If we have a problem, we move somewhere else and check the signal bars. With 5G and the IoT, we’ll have many more devices connected (refrigerator, air conditioning, wearables, toys, VR devices, drones and robots, etc.). New use cases will demand much higher quality of service: remote medical procedures, home health monitoring, distributed manufacturing, smart roads, etc. These 5G communication nodes (many mobile) must share spectrum, deconflict line-of-sight interference, and sort priority communications. While dynamic spectrum sharing and other smart features in 5G networks will mitigate problems, they cannot anticipate all configurations, requirements, and user-contexts. Further, the number of system purposes, user perceptions of purpose, emergent behaviors, policy domains, and enforcement mechanisms will also grow. In this dynamic environment, a mixture of rapid end-user response and readily available expertise will be required to manage the network.
The first thing we’ll need are tools analogous to physical hammers and screwdrivers that enable the end-user to perform routine maintenance. For example, consider what an end-user can do with electromagnetic source and propagation visualization, some modest network planning tools, and an app that integrated them à la Pokemon Go for real-time viewing, troubleshooting, and optimization of a home network. It could, for example, monitor the number, location, and assigned-frequencies of “dumb-devices” to prevent them from overwhelming a smarter device which was using dynamic spectrum sharing. In a home with 50 wireless devices, fault states such as “transmit-state power flapping” should be easily identifiable and correctable. These tool sets could be completely passive, or with the cooperation of different device makers, remotely manage devices creating a maintenance ecosystem.
Second, we’ll need access to trained experts when the problems become complex. This is analogous to hiring a contractor to make a home addition. As an example, assume there is a popular restaurant and a nearby medical office. In a 5G world with routine telemedicine, the doctor could have a life-critical Quality of Service (QoS) link to a hospitalized patient. The restaurant owner may have a very busy Saturday night with long waits and folks demanding all that 5G has to offer to enhance their dining and social experience. Assume further that having some experience with his home network, the restaurant owner installs a gateway with a directional antenna to improve customers’ experience while they wait—but the side lobe ends up pointed right at the doctor’s antenna! Does the owner know what the antenna side-lobes are? Does he know how to read the city-issued critical QoS link map? Does the doctor log interference over the weekend to be alerted to potential conflicts? Interference insurance anyone?
The new medical application with need for high QoS has collided with the ease-of-use and penetration of 5G. Clearly, if an experienced 5G contractor installed the restaurant’s new gateway, everything would be fine. No one dies or gets sued, and you can stream the big game via Ultra-HD VR on-demand while in line for a table. This case actually raises more questions (revenue opportunities) than it answers. Who licenses the contractor? How can you know who installed a new node? What does life-critical QoS mean? Do local governments need to think about license requirements on transmitters in a dense 5G world? Will doctor’s offices or public safety officials be allowed to use specially licensed nodes that can override others in the network? With the potential for these sorts of interactions, we expect demand for new experts analogous to today’s plumbers, electricians, building inspectors, liability lawyers, code enforcers, and lobbyists.
5G will be an adventure. Certainly, there are many very different opportunities suggested here beyond app development. At the very least there are opportunities in tools, expertise, and law & policy. It’s not a monolithic opportunity to invest in. However, before you pass 5G infrastructure up for a sexy VR start-up, think about what branding and consumer confidence has done for those who support infrastructure and the logistics behind it: Black & Decker, Caterpillar, Keysight, Beckman Instruments. Lastly, recall that enabling infrastructure opportunities can look subtle at first, but lead to very deep market penetration: this article was written with Word (Emacs would have been overkill).
Air France A340 low over Maho Beach.
Can you still ride the fence?
The Radio-Enabled Cow (or Why Aren’t I Telepathic?)
Typically, we post insights on technology, policy, and business. In this post, we are changing it up a bit and asking a question: Why aren’t people telepathic? Or, more specifically, why haven’t animals evolved the ability to communicate complex thoughts through the radio portion of the electromagnetic spectrum? After giving this some thought, we can’t think of why it is impossible? In fact, we will present a strong argument for why it should be beneficial. We have found a few cursory discussions online that scratch the subject, but we are hoping that the biologists and other experts out there will chime in on this question.
It is often proposed that telepathy could be next for human evolution. Many of our fictional space-traveling aliens are telepathic, as are fictional human mutants. More concretely, we are rapidly learning about the brain and getting more wired-in. Electronic neural implants connected to the internet are right around the corner. The fiction demonstrates fascination with, if not envy of, connectedness. The headlong rush to be wired-in proves many of us want telepathy-like connectivity. Connectivity seems to be beneficial, so why didn’t it happen naturally as an inherently bio-based, radio-sensitive organ?
Let’s explore what we do know about this. Evolution happens rapidly in single cell and small organisms. At this scale, the earliest animals were influenced by photochemistry. Since there is a peak in solar energy in the visible spectrum, it turns out that things like eyes are useful. Therefore, it’s no surprise to see great variation in animal adaptation and function in the context of visible light. Also, these smaller animals would have trouble generating radio waves many times their body lengths. In the early stages of life on earth where evolution was rapid, we wouldn’t expect to see radio-sensitivity. However, as animals became more complex some did develop the capability to generate electricity (e.g., electric eel), or even to communicate with electricity (e.g., knifefish).
Is it an accident of evolution that the great epochs of reptiles and mammals never developed ways to use radio to exchange complex thoughts? Yes, humans did evolve to use radio, but that only strengthens the point. Once we figured out how to transmit and receive radio, it was off to the races. Is there some reason grunts, howls, and roars are better? Is there some reason a 2-meter eel can evolve to produce 800 Volts, but a land animal hasn’t? Did the early branch in evolution toward the basic structure of bony spines work well-enough, but by accident suppress the evolution of radiosensitive organs? Is the radio-frequency background radiation not amenable to this adaptation?
We’d love to hear feedback on this topic because it seems plausible that radio-enabled telepathy is possible, it just didn’t happen here. We’ll close with a more important question: If telepathy did evolve, what would it do to influence the social and predatory behavior of animals? That’s an important one given how close we are to the tactical neural implant.
BMW’s New Bike Is So Smart You Won’t Need a Helmet. Drudge Report from Google Play Store. https://play.google.com/store/apps/details?id=com.iavian.dreport
Don't put AI in the cloud!
No. But formal methods brings the discussion back to the model you are trying to verify (requirments!), vs. some-guy-who-knows-code knows there is a bug in some computer command.
Autonomy. It’s Coming, But Will It Be Any Fun?
There’s a lot of talk in the news and tech world these days about self-driving cars, autonomy, and artificial intelligence (AI) in general. About how all these things are going to make our lives better, or take our jobs, or kill us. But, it doesn’t matter because there’s nothing we can do to stop it. So, buckle up, sit-back, grab a virtual reality headset, and enjoy the ride. Right? Hmmm. Before I fasten my seatbelt, let me make an argument about a missing part of the autonomy/AI policy and investment equation: the part proportional to my fun. I’ll line-up to pay for fun. Efficiency, not so much.
We make all kinds of choices based on data, usually mixed with some emotion, but mostly with some facts in there somewhere. Some of us, including consultants like me, recommend choices based on data for a living. The trickiest part of this game is figuring out what in the data tells you anything about the bigger choice at hand. For example, let’s say my client just loves the concept of future 5G wireless (there’s that emotion I mentioned) and wants to make a bundle off of it. If I had the right access to all the phone and network companies, I could tell him which phone and network designs would have the lowest data packet latency. Does that guarantee his $10 million investment turns into $100 million? Hardly. The real magic lies in the use patterns: what will people do with that latency and what are they lining up to pay for? That requires some art to go with the science.
Yeah, yeah. What’s all that have to do with autonomy? Answer: the missing term in the equation. The one proportional to fun. Costs proportional to fun get people to eagerly line-up.
There are benefits to autonomy in all sectors. However, there are also costs to people—negative terms in the equation that reflect taking away fun and putting in mindless efficiency. This matters because, unlike the industrial revolution, we are close to being able to automate everything we do: food service, transportation, medical advice, stock tips, marketing, even war. So that begs the question, what’s left for people to do? Recreate, educate, atrophy, agitate, friend-list robots? The possibilities are endless (cf., Terminator, WALL-E, Robots and Empire, Transformers, Do Androids Dream of Electric Sheep?).
Luckily, we can go beyond science fiction, look at the autonomy we now know is coming, and make intelligent policy and business decisions. To be concrete, consider the Los Angeles area freeway system. Would Angelinos be happy if they could get a driverless car to autonomously whisk them during rush hour the 30 miles from Sylmar to LAX in 18 minutes? Oh, yes. Autonomy visionaries see platoons of self-driving cars moving at high speed nearly bumper to bumper. There are problems with realizing this: traffic bottle-necks, empty extra-capacity cars in the way, getting from home to the “fast lane”, and human-driven cars. However, there are work-arounds: more smart-road infrastructure, smaller more maneuverable cars, and autonomy-only zones. The current system was built for human drivers and one built for autonomous vehicles would look much different—and would not be very friendly to human drivers if they were allowed at all. If the cost benefit equation only captures ruthless efficiency, the policy argument to build a road system for autonomy only is very strong. Is anyone squatting on mahd.org?[1]
Driving in rush hour isn’t fun, so I may just not be accepting the inevitable. But first, let’s see what we will be missing with all this autonomy on the road. In a world built and optimized for autonomous vehicles, uncertainty is the enemy, and humans are uncertain. To get full efficiency, say good-bye to your Ferrari convertible. Blasting through gears and hitting 60mph before the next intersection[2] disrupts the calculated acceleration curve that gets your auto-electric conveyor safely through while clearing cross traffic by inches. Think that only applies to rich? Well, also say good-bye to your Sunday motorcycle ride. Yes, Yamaha thinks they can build an autonomous bike,[3] but what’s the fun in that. Remember, no wheelies, uncommon actions add complexity and hence uncertainty. Off-roading in your 4x4? If it has a manual mode, it’s probably not street legal. If autonomous transportation-as-a-service fully penetrates the market, average people won’t even own cars. Oh, and two colors, Uber’s and other.
As we go into the future, it’s important to remember the implicit assumptions we’ve made about the value propositions in autonomy. To illustrate business value alternatives to efficiency that value people’s fun, consider how we eat. Today, there is no need for anyone to go out to eat. In fact, going out is a terribly inefficient way to get calories. Just order the groceries or take-out you need at home—soon to be drone-delivered. In the early 1960s, the money people spent on eating out was dwarfed by the amount spent on eating at home. Today, even with online ordering and how-to cooking shows galore, the money spent on eating in and out are about equal, $600 billion each. Patterns of life changed and the eat-out folks offered both convenience and experiences with social and business value. The food sector has a human-focused term in their investment decision.
The take away isn’t to stop autonomy, but to make decisions considering what people lose in addition to what they gain. Yes, I’d like to get to LAX faster, but also consider other things than efficiency gains. Maybe Ferraris and motorcycles are doomed, but what replaces them in the economy and as individuality statements by their owners? Good policy and business questions are: how do we gain efficiencies while simultaneously opening up new possibilities for social and leisure activities (i.e., fun)? Remember the way the world works today: I work; I get money; I spend money on needs and fun; repeat. Forgetting fun and ruthlessly designing for efficiency is the first step down the road of engineering a world without roles for people. That is unstable, and no fun.
[1] Mothers Against Human Drivers (prognosticated)
[2] By the way, there are no more traffic lights.
[3] Note comment on “mandatory” autonomous mode in linked reference.
Hmmm...do we have to?
They are looking at turbine blades! This is a big one.
This acceleration is noteworthy.