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To avoid a potential scandal that could embarrass their rising political star, the New Jersey Republican State Committee reimbursed the Treasury in March 2012 for Christie’s purchases from “DNS Sports.” Since then, the governor has refrained from using his expense account at MetLife and other sports venues.
Written by Harry Fairhead |
Monday, 11 May 2015 |
I have seen a lot of amazing low-cost, single-board computers recently, but the CHIP is perhaps an amazement too far. It's not that I don't believe in it, I do, it is more that this really does threaten to be a revolution and I hope it succeeds. The C.H.I.P is a small computer, similar to the Raspberry Pi with Arduino compatible I/O, that is set to cost only $9! Even if it cost a little more it would still be a revolution because it has Bluetooth and WiFi built in. If this isn't enough for you, then consider that is powered by a LiPO battery without needing any extras. There is a Kickstarter running at the moment and it has already exceeded its goal of $50,000 reaching over $350,000 with 28 days still to go. It has been funded but you can still buy a CHIP for a $9 pledge. The company behind the project has run one successful Kickstarter project before, see OTTO - The Hackable Raspberry Pi GIF Camera. If you are expecting some limited PIC chip running the show then you would be wrong. The device has a 1GHz ARM A13 (Single core Cortex A8) compatible processor with 512MB of RAM and 4GB of Flash storage. It also has a Mali GPU with OpenGL support. Notice that the latest Pi 2 has quad core A7 running at 900MHz and the original Pi has a single core version 6 ARM running at 700MHz - so the CHIP is some where between the original Pi and the new Pi in terms of processor. It is also more powerful and an Arduino and it has a composite video output which can be converted to VGA or HDMI as required. The first models to be available will only have the composite output converters will be available later. You can connect a keyboard and mouse via Bluetooth or via USB. There are two USB ports a full size USB and a micro USB with OTG. This means that you can use a CHIP as a "desktop" computer if you want to. And if you do want to then there is Pocket CHIP. This is a slightly unlikely, tiny, case for the CHIP complete with tiny keyboard and 4.3-inch touch screen. It claims to operate for 5 hours from a battery and it will fit in your pocket. I'm not at all sure what this could be useful for, but I still want one. The case also has a full GPIO breakout connector on the back so one possible use is as a teaching/experimental IoT setup. A CHIP plus a Pocket CHIP costs $49. Turning to its IoT capabilities, the first thing to say is that this is already WiFi-enabled so no need to use Zigbee or Zwave to get connected. The basic CHIP has connectors that are compatible with Arduino shields, although there is no way to know what will or will not work. As standard you get eight GPIO lines, PWM, I2C, SPI and a UART. There is also support for MIPI-CSI cameras and LCD display. The connector for the 3.7V LiPo battery is also a charger and power can be supplied via the microUSB connector. There is also an audio connector. It comes with a version of Debian Linux and a lot of standard software such as LibreOffice and Scratch. Of course you can install other applications using the usual package manager. Take a look at this OTT video and try not to be put off the really good idea: Why is CHIP so cheap? The answer given is:
"QUANTITY. Our partners at Allwinner
worked hard to help us find how to reduce costs, so that we could
introduce C.H.I.P. to EVERYBODY. To sell C.H.I.P. for $9, we need to
order tens of thousands of chips. By using common, available, and
volume-produced processor, memory, and wifi chips, we are able to
leverage the scales at which tablet manufacturers operate to get
everyone the best price."
Allwinner is a Chinese chip manufacturer responsible for the chips that power so many of the low cost (around $50) Android tablets that you can buy at the moment. Even so, $9 seems like a very low price and it is hard to see where the profit is coming from on the basic model. However, if you want a VGA or HDMI adaptor as well the price rises to $19 and $24 respectively. Add a PocketCHIP and an HDMI adapter to the basic CHIP and you arrive at a cost of $64. Still amazing value, but there might be a little more margin built in. You might be wondering why I think this might be a revolution? There are two aspects to the revolution that a successful CHIP might bring about. The first is in the hi-tech world of IoT. A battery-backed SBC with WiFi connection for $9 makes it possible to think of building disposable sensors. If you need to measure something, throw a CHIP with a sensor at it. You can instrument lots and lots of things without having to justify the cost. In the same way an appliance module based on CHIP could control lights, motors and other equipment without using unreliable and complex radio protocols such as Z-wave. This might just be where the IoT revolution actually starts. The second is in computers as appliances. If an additional computer just costs $9, you can always throw another CPU at the problem. In education you can use Pocket CHIP and give one per student and still have some over for spares. You can assign a media server to each TV, have your own VPN server, mail server and so on. This is the move from personal computing to personal disposable computing and it could be as revolutionary as the move from the fine handcrafted pen to the ballpoint. And, of course, it is all open source. The first units should ship in December. More InformationCHIP - The World's First Nine Dollar ComputerRelated ArticlesOTTO - The Hackable Raspberry Pi GIF CameraArduino Zero Pro Released Amid Legal Dispute Raspberry Pi 2 - Quad Core And Runs Windows Intel IoT Dev Kit Reaches v1.0 New Raspberry Pi A+ Just $20 BBC Giving Away 1 Million Microcomputers Raspberry Pi or Programming - What shall we teach the children? To be informed about new articles on I Programmer, install the I Programmer Toolbar, subscribe to the RSS feed, follow us on, Twitter, Facebook, Google+ or Linkedin, or sign up for our weekly newsletter. |
The cops chose to use a lab linked to a private collection of genetic genealogical data called the Sorenson Database (now owned by Ancestry.com), which claims it’s “the foremost collection of genetic genealogy data in the world.” The reason the Sorenson Database can make such an audacious claim is because it has obtained its more than 100,000 DNA samples and documented multi-generational family histories from “volunteers in more than 100 countries around the world.” Some of these volunteers were encouraged by the Mormon Church—well-known for its interest in genealogy—to provide their genetic material to the database. Sorenson promised volunteers their genetic data would only be used for “genealogical services, including the determination of family migration patterns and geographic origins” and would not be shared outside Sorenson.
Its consent form states:
The only individuals who will have access to the codes and genealogy information will be the principal investigator and the others specifically authorized by the Principal Investigator, including the SMGF research staff.
Despite this promise, Sorenson shared its vast collection of data with the Idaho police.
Without a warrant or court order, investigators asked the lab to run the crime scene DNA against Sorenson’s private genealogical DNA database. Sorenson found 41 potential familial matches, one of which matched on 34 out of 35 alleles—a very close match that would generally indicate a close familial relationship. The cops then asked, not only for the “protected” name associated with that profile, but also for all “all information including full names, date of births, date and other information pertaining to the original donor to the Sorenson Molecular Genealogy project.”Ancestry.com failed to respond to questions about how frequently it receives court orders in criminal investigations or if the company attempts to resist law enforcement requests for peoples’ private genetic information, according to The New Orleans Advocate.
Proponents argue familial searching is a harmless way for police to crack otherwise unsolvable cases. The closest partial matches can steer investigators toward a criminal’s family members, whose DNA profiles closely resemble those of a convicted or incarcerated relative.
Skeptics like Murphy, the NYU law professor, warn that the technique drastically expands DNA testing beyond the function envisioned by states that compel criminal defendants to submit DNA samples upon arrest. Many states lack formal legal rules governing the use of familial searching by law enforcement, while Maryland has explicitly outlawed the practice.This case exposes the very real danger posed to privacy and civil liberties by familial DNA searches and by private, unregulated DNA databases.This case only serves as a glimpse into the dystopian reality we will soon find ourselves living in, according to The Electronic Frontier Foundation.
“This risk will increase further as state and local law enforcement agencies begin to use Rapid DNA analyzers—portable machines that can process DNA in less than an hour. These machines will make it much easier for police to collect and analyze DNA on their own outside a lab. Currently, because forensic DNA analysis in a lab takes so long, we generally see its use limited to high-level felonies like rape and murder. However, Rapid DNA manufacturers are now encouraging local police agencies to analyze DNA found at the scene of low-level property crimes. This means much more DNA will be collected and stored, often in under-regulated local DNA databases. And, because most of the forensic DNA found at property crime scenes is likely to be touch DNA—this only increases the risk that people will be implicated in crimes they didn’t commit.”Is this really the kind of future we want to create for our children? Shouldn’t we be able to research and learn about our family’s genealogical ancestry without fear that police will be reviewing our genetic information without our consent?
The effort to revive Sandtown was massive. More than 1,000 homes were eventually renovated or built. Schools were bolstered. Education and health services were launched. ... The most significant problem, according to community organizers and the Enterprise report, was that new businesses and jobs never materialized. And as Baltimore’s decent-paying manufacturing jobs vanished — a problem shared by Detroit, Cleveland and other Rust Belt cities — there were fewer and fewer opportunities for Sandtown residents to find meaningful work.
In the absence of jobs, the drug trade flourished.In other words the $130 million was invested mostly in real estate capital and not human capital. It was not sustainable and the results are probative.