As part of my research into robotic cars, I've been studying the energy efficiency of transit. What I found shocked me, because it turns out that in the USA, our transit systems aren't green at all. Several of the modes, such as buses, as well as the light rail and subway systems of most towns, consume more energy per passenger-mile than cars do, when averaged out. The better cities and the better modes do beat the cars, but only by a little bit. And new generation efficient cars beat the transit almost every time, and electric scooters beat everything hands down.
Best Of Blog
Blog postings that have been most popular, or which have said things I really wanted to say. Note, I have not been updating this in the past several years so it does not have recent material.
I've been ranting of late about the dangers inherent in "Data Portability" which I would like to rename as BEPSI to avoid the motherhood word "portability" for something that really has a strong dark side as well as its light side.
But it's also important to come up with an alternative. I think the best alternative may lie in what I would call a "data deposit box" (formerly "data hosting.") It's a layered system, with a data layer and an application layer on top. Instead of copying the data to the applications, bring the applications to the data.
A data deposit box approach has your personal data stored on a server chosen by you. That server's duty is not to exploit your data, but rather to protect it. That's what you're paying for. Legally, you "own" it, either directly, or in the same sense as you have legal rights when renting an apartment -- or a safety deposit box.
Your data box's job is to perform actions on your data. Rather than giving copies of your data out to a thousand companies (the Facebook and Data Portability approach) you host the data and perform actions on it, programmed by those companies who are developing useful social applications.
As such, you don't join a site like Facebook or LinkedIn. Rather, companies like those build applications and application containers which can run on your data. They don't get the data, rather they write code that works with the data and runs in a protected sandbox on your data host -- and then displays the results directly to you.
To take a simple example, imagine a social application wishes to send a message to all your friends who live within 100 miles of you. Using permission tokens provided by you, it is able to connect to your data host and ask it to create that subset of your friend network, and then e-mail a message to that subset. It never sees the friend network at all.
Recently, while keynoting the Freedom 2 Connect conference in Washington, I spoke about some of my ideas for fiber networks being built from the ground up. For example, I hope for the day when cheap kits can be bought at local stores to fiber up your block by running fiber through the back yards, in some cases literally burying the fiber in the "grass roots."
As our devices get more and more complex, configuring them gets harder and harder. And for members of the non-tech-savvy public, close to impossible.
Here's an answer: Develop a simple browser plug-in for all platforms that can connect a USB peripheral to a TCP socket back to the server where the plugin page came from. (This is how flash and Java applets work, in fact this could be added to flash or Java.)
As many of you will know, it's been a tumultuous week in President Bush's battle to get congress to retroactively nullify our lawsuit against AT&T over the illegal wiretaps our witnesses have testified to. The President convinced the Senate to pass a bill with retroactive immunity for the phone companies -- an immunity against not just this but all sorts of other illegal activities that have been confirmed but not explained by administration officials. But the House stood firm, and for now has refused. A battle is looming as the two bills must be reconciled.
As I noted, at DLD Lufthansa had a contest (which I won) for suggestions on how to innovate to compete with trains. They set the time horizon out 15 years, which really means a lot is possible, so while I mostly threw in ideas from this blog which are short term, I put in some longer term ones too.
One was the equivalent of "multi modal transport." To do this, you would build new short-haul planes which consisted of an empty shell, like the cargo planes you have seen where the nose hinges up, and cargo modules are slid in on rails. This would be combine with "passenger modules" which can slide into the shell, and which can also slide into a special rail car. There might be one module on a plane, though it is also possible to have several.
Passengers would board a train normally at the train station. Then, as the train moved to the airport, they could move to the passenger module car. They would place their luggage onto a belt to put it down low into the luggage module (under the passenger module) or be assisted by a porter. They would enter the passenger module, stow their carry-ons and otherwise get ready in their seat. By the time the train got to the airport, all passengers would be in their seats, belted and ready.
The train would split up into different cars if there were several flights on it, and each would move to a terminus where the plane-shell was waiting. Yet to be invented technology would laser-align the train and the parked shell in advance, and then the passenger module would slip into the aircraft hull on special rails. Connecting passengers could board the train at the airport before it moves to the hull, and their bags could be loaded into the bottom the standard way. (Though this is for short-haul flights, so there may not be connecting passengers.) An automated system would connect power, data and air venting on the passenger modules. Water/sewage would be self-contained and processed at the train station. Catering would probably be handled there too.
The nose would come down, the pilots board via their own door and takeoff would begin shortly.
Among many patent reform proposals it is common to have a desire for better examination, and more detection of prior art and obviousness. But the patent office only has so much money for so many examiners.
So here's a simple solution. If you want to apply for a patent, you must put in some time, as an expert in your field, examining other patent applications, searching for prior art and giving opinions on the obviousness. Alternately, this duty could be given only to those who actually are granted patents, to make more sure they are "skilled in the art" of their fields.
There's a lot of equipment you don't need to have for long. And in some cases, the answer is to rent that equipment, but only a small subset of stuff is available for rental, especially at a good price.
So one alternative is what I would call a "ReBay" -- buy something used, typically via eBay, and then after done with it, sell it there again. In an efficient market, this costs only the depreciation on the unit, along with shipping and transaction fees. Unlike a rental, there is little time cost other than depreciation.
I've accumulated tons of paper, and automated scanner technology keeps getting better and better. I'm thinking about creating a "Scanner club." This club would purchase a high-end document scanner, ideally used on eBay. This would be combined with other needed tools such as a paper cutter able to remove the spines off bound documents (and even less-loved books) and possibly a dedicated computer. Then members of the club would each get a week with the scanner to do their documents, and at the end of that period, it would be re-sold on eBay, ie.
Bistromathics was Douglas Adams' term for the crazy difficulty of dividing up l'addition at a restaurant properly. The very rules of math seem to go wrong, which is why they were able to make a stardrive as long as the ship had a bistro in it.
When groups go out to dinner, many people feel that "Div N" is the safest way to go. Namely divide the total bill with tip by the number of folks and everybody pays that. It has the advantage of great simplicity, avoiding the bistromathics. And it is close to a must with shared dishes and the norm for Chinese/Indian.
For many people, Div-N balances out over time, but many people resent Div-N for various reasons:
- For non-drinkers, they are bothered at paying a bar tab that often is as big as the food tab. Sometimes two totals are given because of this.
- For vegetarians, not only are their dishes usually cheaper, but many have an ethical problem with paying for other's meat.
- Dieters are as they are due to lack of self-control. Many have a compulsion that bothers them if they pay for food but don't eat it. (Larger restaurant portions are blamed by some for the obesity epidemic.)
- Women tend to eat less than men, causing a sex-bias.
- Some are just plain poor, and can't handle the high Div-N bill. Because Div-N encourages liberal ordering of expensive dishes and apetizers, it tends to raise the overall price.
Often there will be somebody (frequently of low income) who wants to break the Div-N rule and pay just for what they ordered. My rule for this now is to hand them the bill and say they are responsible for calculating and collecting the bill for everybody. I do this because there have been times when I have been the banker that people have announced they will only put in for what they ordered after much of the div-N payment has been done. While one can sympathise if they only ordered $10 of food and div-N is $25, what they are asking is that the banker now take the loss. This is why they should become the banker.
I was told last year of a new system which is gaining popularity in Europe. It works as follows. One diner is indeed the banker. The bill is passed around and each is told to put in "what they think they owe." The banker takes the pile of money and does not count it. It is made very clear that the banker will not be counting, at least not at the table. The banker then pays the bill out of their own wallet, usually by credit card, though sometimes with cash. To avoid counting, paying with cash should typically be done by just taking out a modest number of the large bills from the stack if the banker is short.
After going through the VHS to digital process, which I lamented earlier I started wondering about the state of digitizing old vinyl albums and tapes is.
There are a few turntable/cd-writer combinations out there, but like most people today, I'm interested in the convenience of compressed digital audio which means I don't want to burn to CDs at all, and nor would I want to burn to 70 minute CDs I have to change all the time just so I can compress later. But all this means I am probably not looking for audiophile quality, or I wouldn't be making MP3s at all. (I might be making FLACs or sampling at a high rate, I suppose.)
What I would want is convenience and low price. Because if I have to spend $500 I probably would be better off buying my favourite 500 tracks at online music stores, which is much more convenient. (And of course, there is the argument over whether I should have to re-buy music I already own, but that's another story. Some in the RIAA don't even think I should be able to digitize my vinyl.)
For around $100 you can also get a "USB turntable." I don't have one yet, but the low end ones are very simple -- a basic turntable with a USB sound chip in it. They just have you record into Audacity. Nothing very fancy. But I feel this is missing something.
Just as the VHS/DVD combo is able to make use of information like knowing the tape speed and length, detecting index marks and blank tape, so should our album recorder. It should have a simple sensor on the tone arm to see as it moves over the album (for example a disk on the axis of the arm with rings of very fine lines and an optical sensor.) It should be able to tell us when the album starts, when it ends, and also detect those 2-second long periods between tracks when the tone arm is suddenly moving inward much faster than it normally is. Because that's a far better way to break the album into tracks than silence detection. (Of course, you can also use CDDB/Freedb to get track lengths, but they are never perfect so the use of this, net data and silence detection should get you perfect track splits.) It would also detect skips and repeats this way.
Burning gasoline is ruining the world. It accounts for 40% of greenhouse emissions, and a large percentage of other nasty emissions including the particulate matter that kills millions each year. Getting it has driven the world to wars. When you burn it, you pollute my air, hurting me, and you owe me something for it, which is a reason that gasoline taxes make sense even in a libertarian context.
Twenty years ago Tuesday, I created the newsgroup rec.humor.funny as a moderated place for posting the funniest jokes on the net, as chosen by the editor. In light of that anniversary, I have written up a bit of history of the creation of RHF. From there you can also find links to pieces I wrote earlier about the attempt to ban RHF and how RHF led to my creation of ClariNet.
I'm a big fan of making money by selling services but a disturbing trend is the requirement that customers sign a one or two (or even three) year contract in order to sign up for a service. Such contracts will have a fat termination fee if you want to end the contract early.
Earlier I wrote about the ability to find you from a DNA sample by noting it's a near match with one of your relatives. This is a concern because it means that if relatives of yours enter the DNA databases, voluntarily or otherwise, it effectively means you're in them too.
Steve Jobs of Apple Computer warned today that a rumoured cheap Chinese iPhone knockoff making its way toward America is an inferior product which lacks many of the important features of the iPhone. "It may look a bit like an iPhone, but when consumers discover all the great iPhone features that are missing from it, we think they'll still line up at Apple Stores for the genuine article," said Jobs in a released statement. Designed by software nerds, the knockoff, dubbed the "myPhone" by fans, has not yet been confirmed.
Apple released a list of features reported to be missing from the "myPhone."
- The iPhone has special software that assures you will always use the trusted AT&T cellular network. Lacking this software, the myPhone accepts any SIM card from any random network. Users may find themselves connected to a network that doesn't have the reputation for service, trust and protecting the privacy of customers that AT&T has. Or its data speed which is almost double what we're used to with dialup.
- With the myPhone, users may be stuck without 2 years of guaranteed AT&T service and won't get their price locked in for 2 years. AT&T's EDGE network is so good "you won't find yourself able to quit."
- The iPhone is configured to assure you the latest iTunes experience. The myPhone might function before you have installed the latest iTunes and registered your phone with it. Indeed, the myPhone lacks the protections that block it from being used without registering it with or reporting back to anybody, depriving the user of customer service and upsell opportunities.
- The iPhone has special software that assures all applications run on the iPhone have been approved by Apple, which protects the user from viruses and tools that may make the user violate their licence agreements. The myPhone will run any application, from any developer, opening up the user to all sorts of risks.
- The iPhone protects users from dangerous Flash and Java applications which may compromise their device and confuse the user experience.
- myPhones don't forbid VoIP software that may cause the user to accidentally make calls over wireless internet connections instead of the AT&T network. Quality on the internet is unpredictable, as is the price, which can range down to zero, causing great pricing uncertainty. With the iPhone, you always know what calls cost when in the USA.
- The iPhone saves the user from receiving distracting instant messages over popular IM services, adding calm to your day.
- Music and videos in the iPhone are protected by Apple FairPlay brand DRM. On the myPhone, which lacks the important DRM functionality, music can be freely copied to other devices the user owns, putting the user at risk of infringing copyrights.
- The iPhone assures users will only play media files in approved formats, and not risky open source formats.
- The iPhone protects the user from setting a song in their device as a ringtone, saving those around him from annoyance and protecting the user from violating music copyrights and performance rights.
- The iPhone bluetooth functions have careful security management. Users are protected from using bluetooth to exchange files with other users (such files are risky) or accidentally printing or communicating with your computer. Bluetooth is only used for headsets and headphones as was intended. The myPhone lacks these important protections.
- The iPhone only uses its internal flash drive. The user is protected against hard drives, which have moving parts and can put data at risk.
- The myPhone battery has a removable door over it, which can get lost, or allow the battery to fall out or be stolen. The iPhone's battery is solidly protected. Users are also assured they will use only Apple certified batteries and not subject to the risk of aftermarket batteries, which may explode, killing the user.
- The iPhone is for sale only in the USA and primarily for use there. This encourages users to stay home in America which is good for the economy and their own peace of mind.
- The iPhone, unlike the myPhone and all other cell phones, sells at a very solid markup for Apple, assuring Apple executives and stockholders will be happy, and the company will be around to support the iPhone for years to come. The myPhone, it is rumoured, will be purchasable in a wide variety of stores, confusing the buyer with too much choice, price wars and depriving them of the special experience of an Apple or AT&T store.
- As a result, the myPhone lacks the Apple brand "coolness" which is built into the iPhone and every other Apple product. "Nobody's going to have to spend days in line for a myPhone," said Jobs. "You won't have people thrusting them in your face all week to show you how cool they are." Many iPhone users report their experience waiting in line was great fun, and that they met all sorts of new people.
MyPhones are predicted to sell for $350 without contract, $150 with a 2 year contract to the provider of your choice.
Hotels are now commonly sporting flat widescreen TVs, usually LCD HDTVs at the 720p resolution, which is 1280 x 720 or similar. Some of these TVs have VGA ports or HDMI (DVI) ports, or they have HDTV analog component video (which is found on some laptops but not too many.) While 720p resolution is not as good as the screens on many laptops, it makes a world of difference on a PDA. As our phone/PDA devices become more like the iPhone, it would be very interesting to see hotels guarantee that their room offers the combination of: