GPS Upgrade Set To Launch On Replacement Mission

As reported by USA Today: Leaders of the Air Force's Global Positioning System program joke that some of their 36 orbiting satellites have nearly reached voting age, and others are old enough to drink.

"We have a lot of satellites that are well past their design life," said Col. William Cooley, head of the GPS directorate at the Air Force's Space and Missile Systems Center in Los Angeles. "We're trying to prevent any sort of outage and (have) some backup capability on orbit."

With that in mind, the Air Force plans to launch three new GPS satellites from Cape Canaveral during the next five months to replace some of the constellation's more senior members.

The youth infusion starts with Thursday's planned 8:40 p.m. liftoff of a United Launch Alliance Delta IV rocket from Launch Complex 37. There's an 80 percent chance of favorable weather during the 19-minute launch window.

The 3,600-pound, Boeing-built satellite atop the rocket is the fifth of 12 in a new generation known as "IIF" (Two-F).

It is slated to replace a spacecraft old enough to drive in Florida, having reached its Sweet 16 — more than double its expected seven-and-a-half-year lifetime.

Of the 36 GPS satellites orbiting roughly 11,000 miles high, 31 are part of an active constellation providing precision position, navigation and timing information used for everything from guiding weapons to getting driving directions.

The remainder are in "residual" status, able to be called into service if necessary, until they finally peter out.

Eight of the active group are part of the oldest "IIA" batch. Launched between 1990 and 1997, the oldest IIA satellite is 23.

"We've really gotten remarkable performance out of them, but they are aging, and there are some components that simply wear out," said Cooley. "Those are the most fragile."

Thursday's launch was delayed from October while the Air Force and ULA continued to investigate a fuel leak that resulted in low thrust by a Delta IV upper stage engine during the successful October 2012 launch of another GPS satellite.

"These additional investigation activities have confirmed that there is not a systemic issue with the Delta IV second stage (Aerojet Rocketdyne) RL 10B-2 engine," said Jim Sponnick, ULA's Atlas and Delta programs vice president.

The investigation — expected to formally wrap up in April — also validated steps already taken to ensure the engine system and related rocket systems are "pristine and very clean," Sponnick said.

Those steps included more inspections and adjustments to how the upper stage engine system is operated early in the flight, including the way it is purged and chilled in preparation for the first ignition.

After the engine problem, three Delta IV rockets flew last year without incident.

The 206-foot, liquid-fueled Delta IV about to launch is in its "Medium-plus" configuration, with two ATK solid rocket motors assisting the first-stage booster.

The rocket is scheduled to deploy the GPS satellite more than three-and-a-half hours after launch.

Government Drops Plan To Collect License Tag Data

As reported by Yahoo News: The Homeland Security Department abruptly reversed course Wednesday and dropped plans to ask a private company to give the government access to a nationwide database of license plate tracking information.

Secretary Jeh Johnson directed that a contract proposal issued last week be canceled.

The proposal said Immigration and Customs Enforcement was planning to use the license plate data in pursuit of criminal immigrants and others sought by authorities.

Gillian Christensen, an ICE spokeswoman, said the contract solicitation was posted "without the awareness of ICE leadership."

"While we continue to support a range of technologies to help meet our law enforcement mission, this solicitation will be reviewed to ensure the path forward appropriately meets our operational needs," Christensen said.

The department said Johnson has ordered a review of the proposal.

The contract notice came amid growing concerns about government surveillance of U.S. citizens but didn't address potential privacy consequences.

Before the notice was canceled, Christensen said the database "could only be accessed in conjunction with ongoing criminal investigations or to locate wanted individuals."

Law enforcement has been using license plate readers for several years, but privacy advocates have raised concerns that the unchecked collection of such information could allow for the tracking of an average citizen's every movement. Lawmakers around the country, meanwhile, have been wrestling with whether or how to control the collection and use of license plate data.

At least 14 states are considering measures that would curb surveillance efforts, including the use of license plate readers.

License plate readers — essentially cameras that snap rapid-fire pictures of license plates and vehicles as they pass — are in use in a host of locations, by private companies and law enforcement. But it's not just the license plate number that gets recorded. The readers — whether they are mounted to police cars, traffic lights or toll booths — record the date, time and location of the vehicle when the picture was taken.

According to the contract proposal, the government wanted "a close-up of the plate and a zoomed out image of the vehicle."

The Homeland Security Department also wanted instant and around-the-clock access to the records and is asking for whoever wins the contract to make the information available through a smartphone app. It is not clear from the contract notice how long individual records would be kept or what other government agencies may have access to the trove of records.

Jennifer Lynch, a senior staff attorney with the San Francisco-based civil liberties group Electronic Frontier Foundation, said those unknowns represented serious privacy concerns.

"The base level concern is that license plate data is location data, and location data is very revealing," Lynch said. "It can tell you a lot about a person's life: where they go, who they associate with, what kind of religion they practice, what doctors they visit."

In 2012, the American Civil Liberties Union criticized the collection of license plate scanner data and warned that millions of records were being collected with little or no safeguards for people's privacy.

Catherine Crump, an ACLU lawyer, said Wednesday she was pleased to hear that the department has canceled the contract proposal but still worried about that it might be brought back to life at some point.

"While we are heartened that it looks as though the plan is off the table for now; it is still unexplained why the proposal was put forward and why it has been withdrawn," Crump said.

The government's contract proposal was published amid revelations of surveillance programs run by the National Security Agency. Privacy advocates have argued that NSA phone data collection programs and other surveillance programs are gobbling up massive amounts of information about U.S. citizens who have no ties to criminals or terrorists, which the government has said the programs are designed to target.

Classified NSA documents, leaked to news organizations, showed the NSA was collecting telephone records, emails and video chats of millions of Americans who were not suspected of a crime.

5G Service On Your 4G Phone?

As reported by IEEE Spectrum:
A new San Francisco-based start-up, Artemis Networks, announced today that it plans to commercialize its “pCell” technology, a novel wireless transmission scheme that could eliminate network congestion and provide faster, more reliable data connections. And the best part? It could work on your existing 4G LTE phone.

If it proves capable of scaling, pCell could radically change the way wireless networks operate, essentially replacing today’s congested cellular systems with an entirely new architecture that combines signals from multiple distributed antennas to create a tiny pocket of reception around every wireless device. Each pocket could use the full bandwidth of spectrum available to the network, making the capacity of the system “effectively unlimited,” says Steve Perlman, Artemis’s CEO.

First introduced in 2011 under the name DIDO (for distributed input, distributed output), pCell seems almost too fantastic to believe. And no doubt Artemis will have plenty of critics to pacify and kinks to smooth out before operators like Verizon or AT&T pay serious attention. But there are at least a couple reasons why the idea might have some real legs.

First, it’s an elegant solution to a persistent global problem. Wireless traffic is more than doubling each year and cellular operators are struggling to keep up with that growth. “Demand for spectrum has outpaced our ability to innovate,” says Perlman, whose past entrepreneurial ventures include the cloud-based gaming service OnLive and WebTV (now MSN TV), which he sold to Microsoft in 1997.

The reason isn’t for a lack of ideas. The wireless industry is pursuing plenty of them, including small cells, millimeter-wave spectrum, fancy interference coordination, and multiple antenna schemes such as MIMO. But Perlman thinks many of these fixes are just clever kludges for an outdated system. The real bottleneck, he argues, is the fundamental design of the cellular network. “There is no solution if you stick with cells,” he says.

What’s wrong with cells? In a word: interference. Base stations and wireless devices must carefully coordinate their transmission power and spectrum use so that they don’t jam one another’s signals. This ability to divide spectrum resources among many users has been at the heart of mobile systems pretty much since they emerged in the 1980s. It’s also the reason why data rates tend to plummet when many users try to use the same cells, such as in New York City’s Times Square.

Artemis is approaching wireless transmission in a completely new way. Basically, its pCell technology could allow each wireless device to use the full bandwidth of the network regardless of how many users join and how tightly they’re packed together. It’s as if your phone were continuously the sole user of its own personal cell. Hence the name pCell.

To understand how such a system would work, let’s start with the basic set-up. To deploy the technology, an operator would first need a cloud-based data center—a rack or many racks of connected servers that would do all the heavy computation for the system. The operator would then need to install radio antennas where its customers are located, such as in homes, businesses, and city streets. Although these access points might look like small cells (Artemis’s, pictured below, are about the size of a hat box), they’re unlike ordinary base stations. “They’re dumb devices,” Perlman says, serving merely as waypoints for relaying and deciphering signals. Each one could be placed anywhere that’s convenient and would link back to the data center through a fiber or wireless line-of-site Internet connection.

Now suppose that your phone wants to connect with this pCell network. It would simply send out an access request as it normally does. And all of the “dumb” antennas in your vicinity—let’s say there are 10 of them—would pick up those signals and relay them to the data center.

That’s where things get interesting. Say, for example, you play a YouTube video. The pCell data center would request the video from Google’s servers, and then stream it to your phone through those 10 antennas. But here’s the key innovation: No one antenna would send the complete stream or even part of the stream.

Instead, the data center would use the positions of the antennas and the channel characteristics of the system, such as multipath and fading, to calculate 10 unique waveforms, each transmitted by a different antenna.

Although illegible when they leave the antennas, these waveforms would add up to the desired signal at your phone, exploiting interference rather than trying to avoid it.

And as you move about, and as other devices connect to and drop off the network, the data center would continuously recalculate new waveforms so that each device receives the correct aggregate signal. “There’s no handoffs and one has to take turns,” Perlman says. “You could literally light up a whole city using all the same spectrum.”

If pCell technology does take off in the next few years, it will likely be because it’s compatible with 4G LTE phones. It does this by simulating LTE base stations in software. The data center would use these virtual radios to inform its waveform calculations, essentially tricking an LTE phone into believing it’s connected to a physical base station. “Your phone thinks its the only phone in the cell and is sitting right next to the tower,” Perlman says. The same technique could also work for other wireless standards, such as 3G and Wi-Fi, he says.

So will operators adopt pCell? It’s unlikely that LTE carriers would replace their networks any time soon, even if Artemis’s technology proves to be the “seed change” Perelman believes it is. But its compatibility with LTE changes the game. For instance, operators could deploy pCell antennas in congested hot spots such as airports, sports stadiums, and city centers—places where they’re already investing in new infrastructure.

Users could roam seamlessly between the two networks without having to buy new phones or switch service plans.

Artemis says it plans to license pCell to wireless carriers and Internet service providers. The company is now beginning large-scale trials in San Francisco and expects the technology will be ready for commercial rollouts by the end of 2014. It will be fascinating to see how its ambitions pan out.

An App That Promises To Help Get You Out of Parking Tickets

As reported by The Atlantic Cities: David Hegarty insists that parking regulations are not what they seem, if you believe they dictate indisputable prohibitions: No parking during Monday morning street cleaning. No parking after 6 p.m. without a residential parking permit. Two-hour parking only during stadium events.

Chances are, the law actually says much more than that, with room for error and interpretation. In reality, you cannot park on the street during Monday morning street cleaning, assuming that your car is within 100 feet of a mandated sign informing you of said street cleaning, assuming that sign isn't blocked by an overgrown oak, assuming the ticket recorded your VIN correctly, assuming the officer who gave it to you was right that it was, in fact, Monday morning.

"What I always tell people is that the parking regulations aren’t black-and-white," says Hegarty, the co-creator of a shrewd new app that aims to help users wrangle out of parking tickets (seemingly unjust parking tickets, that is). "There’s not like a manual in City Hall that says 'these are the parking violations.' Ordinances get passed, statutes get passed." Regulations pile up on top of each other. They come down from the city and the state. "It’s actually ferociously complicated. Each ordinance has 30 to 40 lines of fine print, written in non-clear legalese."

The app – simply called Fixed – navigates all that fine print for you, with the help of legal researchers (mostly law students on contract). It's so far in beta in San Francisco with fewer than 1,000 users. Hegarty and co-creators David Sanghera and DJ Burdick are hoping to have it in the iPhone app store by the end of the month, where it will gradually become available to a wait list of some 25,000 San Franciscans. From there, Fixed is angling to move to other cities, where the idea at its core – leveraging technology to lower the burden of accessing laws and interacting with government – will test public agencies that field these appeals.

Cities, after all, love this kind of innovation when it helps small businesses to apply for a permit, or neighbors to plan a block party. But when it helps drivers outsmart their parking citations?

The app works like this: Users snap a photo of their parking ticket. Based on the type of citation (street cleaning, expired meter, etc.), the app responds with several suggested errors commonly associated with the violation. Was the street cleaning sign visible? Did the parking officer record your VIN number correctly? Was the meter broken? Based on the answers, the app prompts users to collect additional photographic evidence from the scene. Then it compiles a letter contesting the citation. Users digitally sign the document, and Fixed (snail)mails it to the city on their behalf.

The appeals process in San Francisco can have up to three rounds, all of which Fixed can handle for you, save the last-ditch confrontation in court if users are still unhappy with the decision (Hegarty hasn't figured out yet if that step requires a licensed attorney). Fixed handles all of the correspondence. The app only charges users if it successfully contests a citation, taking 25 percent of the original fine.

According to the city's own data, San Francisco issued about 1.5 million parking citations last year. About 5 percent of them were contested, and 34 percent of those were thrown out. Hegarty figures that's the low end for the app's success rate, given that it will use more in-depth research on parking regulations than most people marshal on their own.

For now, Fixed largely relies on human eyes to assess the tickets. But the more citations Fixed processes, the better it will become at automatically triaging them and handicapping the errors common to each citation type. Eventually, Hegarty hopes the app will be able to predict the errors and citation types most common to individual streets.

Already, the app flags contested tickets into four categories of protest. There are factual errors – maybe the officer misinterpreted the day on the sign. There are legal errors, perhaps when a car is parked more than 100 feet from an applicable sign. There are procedural errors (maybe the officer wrote you a ticket before the street cleaner came through instead of afterward). And then there are what Hegarty calls "appeals to fairness." He got a ticket once for having no residential parking permit, despite the fact that he had demonstrably applied for one two months earlier.

No matter how sophisticated the app becomes, it will always require local contractors in new cities to pour through parking regulations. 

"It’s not as much work as you'd think it is," Hegarty says. "We've found that a legal researcher with about 20 hours of work can cover the top 10 citations for a city, which account for about 95 percent of tickets."

Fixed also wants to make that legal research open-source, so that any determined private citizen can contribute to it. In that way, the app may tap into a deeper angst over parking tickets – not simply that most of us hate to pay them, but that in many places they've come to feel like a municipal racket.

"The city has been treating parking funds as a revenue source, and we don’t think that’s right," Hegarty says. "Parking fines are meant to be a deterrent so people don’t do adverse behavior that effects everyone. The reason people feel so unfairly treated by them is that they become a revenue source for the city, that they jack up the price of them every year."

He insists that the app isn't meant to be adversarial to City Hall, although it could clearly drive up the case load of municipal employees who field contested tickets. It's tough to argue, though, that the public shouldn't get to leverage the fine print in city regulations with the same ease that bureaucrats can.

Obama Rolls Out Plan For Better Truck MPG

As reported by USA Today: President Obama announced on Tuesday that his administration will begin developing the next phase of tighter fuel efficiency standards for medium and heavy-duty vehicles.

The announcement, which Obama made at a distribution center for the grocery chain Safeway in Upper Marlboro, Md., follows his State of the Union pledge last month to set new fuel standards for trucks "so we can keep driving down oil and imports and what we pay at the pump."

The president ordered the Environmental Protection Agency and Transportation Department's National Highway Traffic Safety Administration to develop and issue new fuel-efficiency and greenhouse gas standards by March 31, 2016.

"The goal we are setting is ambitious," Obama said of his plans to set new fuel standards. "But these are areas where ambition has worked out really well for us so far."

Although heavy-duty vehicles account for just 4% of registered vehicles on the road in the USA, they account for approximately 25% of road-fuel use and greenhouse gas emissions coming from the transportation sector.

From a previous round of bolstering fuel standards, which were finalized by the Obama administration in 2011, the White House projects the country will save about 530 million barrels of oil — more than what is imported annually from Saudi Arabia — and reduce greenhouse gas emissions by 270 million metric tons.

The president also previously issued new standards that double fuel efficiency in light vehicles and trucks by 2025. The light-vehicle standards are eventually projected to reduce fuel consumption by 2.2 million barrels per day.

Obama's 2011 directive on heavy-duty vehicles impacted new models from 2014 to 2018. According to those standards, manufacturers of big rigs and semi trucks were required to achieve a 20% reduction in fuel consumption and greenhouse emissions, heavy-duty pickup trucks and vans were required to achieve a 15% reduction, and delivery trucks, buses and garbage trucks were required to achieve a 10% reduction. The administration touts the first round standards will save vehicle owners and operators $50 billion in fuel costs.

In the administration's past push for bolstering fuel efficiency standards for passenger and heavy-duty vehicles, manufacturers had expressed some resistance to Washington dictating costly improvements. But as the administration has made reducing fuel consumption a top priority, the manufacturers have sought to have a greater voice in shaping the rules.

"Every time someone says you can't grow the economy, while bringing down pollution, it turns out they've been wrong," Obama said. "Anybody who says we can't compete when it comes to clean energy technologies -- like solar and wind -- they've had to eat those words."

The administration is offering tax credits to manufacturers of heavy-duty alternative fuel vehicles as well as to companies that are building infrastructure, so vehicles that running on alternative fuels have places to fill up.

The Heavy Duty Fuel Efficiency Leadership Group, an alliance of trucking companies, said in a statement that as Obama considers the next phase of fuel standards "it is important to ensure flexibility and provide incentives as key attributes of any regulations going forward" to their industry as well.

Obama also is calling for Congress to end subsidies to oil and gas companies and create an Energy Security Trust Fund to fund research and development for advanced vehicle technologies.

The White House picked the Safeway distribution center because the grocery chain —which has participated in an EPA-led initiative — has made big strides improving the efficiency of its trucking fleet.

Obama took a moment at the beginning of his remarks to mention his "soft spot" for the grocery chain, recalling how his grandmother would send him to his local Safeway in Hawaii.

The president also praised Safeway for being an early leader on the issue of fuel efficiency by improving the aerodynamics of its trucks, investing in larger trailers and more efficient tires in its fleet.

New Project Aims To Offer Free Global WiFi Service From Outer Space

As reported by RedOrbit: A project being incubated by the Media Development Investment Fund (MDIF) has ambitious plans to beam WiFi to everyone on the planet for free.

The organizations says that it is planning a project called “Outernet,” which will utilize a satellite constellation to make Internet universally-accessible and for no cost.

Outernet says on its site that there are more computing devices in the world than people, but only 60 percent of the world has access to the Internet.

“The price of smartphones and tablets is dropping year after year, but the price of data in many parts of the world continues to be unaffordable for the majority of global citizens. In some places, such as rural areas and remote regions, cell towers and Internet cables simply don’t exist,” Outernet says on its site. “The primary objective of the Outernet is to bridge the global information divide.”

The organization says that giving access to the knowledge the Internet has to offer is a human right, so it is guaranteeing this right by taking a practical approach to information delivery. The plan is to transmit a signal to mobile devices, antennae and satellite dishes, allowing people to access basic levels of new, information, education and entertainment.

Essentially the beginning of the project will see to it that these devices will be able to access some of this basic information for free. Eventually, Outernet says it will be providing two-way Internet access for free, meaning not only will it be allowing everyone to download this useful data, but they will be able to use this global WiFi service to upload things as well.

Outernet will consist of hundreds of low-cost, miniature satellites in Low Earth Orbit, each of which will be receiving data streams from a network of ground stations. These satellites will be transmitting the data in a continuous loop until new content is received.

The organization said that its entire constellation will be using globally-accepted standards-based protocols like DVB, Digital Radio Mondiale, and UDP-based WiFi multicasting.

“Citizens from all over the world, through SMS and feature-phone apps, participate in building the information priority list,” the organization wrote. “Users of Outernet’s website also make suggestions for content to broadcast; lack of an Internet connection should not prevent anyone from learning about current events, trending topics, and innovative ideas.”

In June, the organization plans to develop prototype satellites and test out a long range of WiFi multicasting. A few months later Outernet will begin transmission testing in flight-like environments. The launch and testing of constellation operations is expected to begin by next January.

Outernet is asking for contributions to the project of any size, which will all be 100 percent tax-deductible.

Big Data - Watson Computers for Healthcare And Self-Driving Vehicles: Signs Of Things To Come

As reported by Betakit: for one welcome our new computer overlords.” Ken Jennings was humble in accepting his  Jeopardy defeat to the silicon of Watson. While not the theme of the recent Wavefronts Wireless Summit 2014, it’s a fair subtext.

Now that connected cows and connected home appliances are no longer the stuff of bad internet jokes, the relationships between mobile devices and everyday things seems to be catching on. Forecasting of 50 billion things being connected to the internet by 2020 equates to sizeable opportunity. Over 500 people in attendance (double of last year) at the summit indicates a growing interest in this business.

The healthcare industry stands to benefit from much of this innovation. More importantly it’s the patient who stands to gain the most. Jeffrey Betts leads IBM’s Chronic Disease Management and Personalized Healthcare activities in Canada, and presented, “Converting Big Data into Better Healthcare with Analytics.”

We spoke about the opportunities that Watson is presenting to healthcare professionals. It’s an an artificially intelligent computer system capable of answering questions posed in natural language. “Watson holds the promise of providing a physician with all of the evidence, all of the time at the point of care,” said Betts. In spite of their 8-12 years of training and education, keeping current with information is a huge challenge. As he points out “the cold hard fact is velocity of change in health information far exceeds any humans cognitive capacity to absorb it. So physicians are obsolete at graduation and fall behind in their knowledge continuously.”

Technology like Watson is giving physicians the ability to draw on the latest evidence. This comprehensive collection of evidence makes a significant difference in the work they do diagnosing a patient, and in selecting a treatment.

Text is the key driver of healthcare communications, yet so much important context is lost. Bett’s points out “about 80% of medical information is done in the form of free text. It’s being able to actually utilize this to find facts about the patient that are not explicitly captured in some other system of record, like if they might be a smoker or not can impact the prognosis or treatment plan.”

Watson can both read and reason, and thus establish context. It has the ability to infer and understand the nuances of language. From the medical perspective Watson has the ability to place relevant facts that it finds in unstructured text, into context for the physician.

For instance, Betts shared that “in talking with Oncologists about their process for creating a treatment plan, there’s a lot of ambiguity and complexity. It’s takes time. It’s a very iterative process. By having all of the evidence relevant to the patient presented with options ranked in probability, plus the evidence associated with those options means added physician confidence is just a click away.”

With the Watson API it will be interesting to see what new innovation entrepreneurs will deliver. This is technology that can be key in breaking down of our current health system silos. The patient will finally become the center of care.

But that wasn't all that grabbed attention at the Wavefronts Wireless Summit.

Tim Hayden is author of the forthcoming “The Mobile Commerce Revolution” and announced to the crowd that “we’re at the end of the auto age”. Social is mobile, he said, and it’s changing our relationship to “being” mobile.

Hayden offered that “if you look at what’s happening with Lyft for instance, it’s like virtual mobile hitchhiking. It’s getting simpler to get a car only when you need it, and paying for it only when you use it. To a younger and more urban demographic the car is becoming a utility. It’s not the status symbol of past generations. As Hayden says, “everyone born after 1994 has a very different outlook on life. They’re not going to have a car define who they are.”

Michigan, California, Nevada and Florida now allow self-driving vehicle research to take place on their highways. There’s been the recent news of driving coast to coast without a drop of gas courtesy of Tesla. Transportation is in the early days of massive upheaval.

Hayden notes “it’s interesting that Uber pre-orders 2000 self driving cars two days after receiving it’s $258 million investment from Google Ventures. Here’s good old fashion ‘peanut butter and jelly’. You have the service and you have the OEM talking with each other about how to make this extremely efficient. Not paying drivers, a lower infrastructure cost per vehicle, not worrying about driver errors, changes the game.”

Jay Giraud is cofounder and CEO of Vanoucer’s Moj.io, which is connecting the car to the internet. He believes personal transportation is “about turning your car into a platform. It can now act and behave like a smartphone. We’re envisioning new models of ownership, new ways of commuting, new ways of connecting with people while you’re on the road, and getting the things you need in a very contextual and automated way.”

While he’d love a self-driving car, Giraud knows the reality of mass adoption is still on the distant horizon. What he’s see right now is the fact that “we all do the same commute, but we all have different needs. How we use our cars, how connect with cars, how we find cars, get in cars, and maybe even how we own cars is up for grabs right now.”

Regardless of technology, the devices and how they’re connected, none will solve our global challenges. Only people can solve people challenges like carbon emissions and personal wellness. Ideally technology will be the enabler to a better future.