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Showing posts with label depth. Show all posts
Showing posts with label depth. Show all posts

Nov 10, 2012

Facebook starts testing nested comments, sound notifications

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Rolling out a couple new features to a subset of users this week, Facebook is testing more in-depth commenting as well as sound alerts for notifications.

Mentioned on Mashable this week, Facebook  has started testing threaded comments on the Web version of the social network. Rather than posting a replay at the end of a long string of comments, this allows Facebook users to directly reply to comments within a conversation that’s on a user’s Timeline page. Beside the Like button on individual comments, Facebook has placed a “Reply” link to open up a comment box. After the reply is submitted,  a smaller version of the user’s profile picture will be positioned underneath the original comment. In addition, there’s another new link called “Write a Reply” that appears underneath the newly nested comment. Facebook has also added a “Hide Replies” button on the original post to allow users to hide that portion of the conversation.

Facebook threadedIn a statement released to Mashable, Facebook corporate communications manager Meredith Chin confirmed the testing process stating “We are testing a new way to add comments to a post on Facebook. Now you will be able to reply to another comment as well as the original post.”

Assuming nested replies works in conjunction with the notifications feature, Facebook users won’t have to tag someone’s name in the reply in order to get their attention. This will also be useful when conversations tend to veer off course from the original post or when brands need to specifically reach a fan. Threaded commenting has been a feature offered through Facebook’s comment plugin for third-party sites, but Facebook has yet to roll out the updated function on the site despite user requests for it. Facebook is currently testing threaded comments on a select group of profile pages, but users can see it in action on this Thai page.

Interestingly, the threaded comments feature currently doesn’t work on the mobile version of the social network quite yet according to ZConnection. Facebook users will simply see a chronologically stream of comments rather than the threaded version that appears on the Web version of the site. It’s possible that this could lead to confusion when replying to a comment within the mobile interface. 

Detailed by Venturebeat, Facebook is also testing a new sound alerting a user that a notification has arrived. This feature is currently being tested on a select group of profiles and there’s no indication from Facebook representatives that the social network will roll out the feature to a wider group. This feature would be ideal for Facebook users that want to be alerted the second that they get a reply to a particular comment, but it could become annoying for someone that receives twenty or more notifications a day. 

The good news is that Facebook has included an option to turn off the sound. If the notification sounds have been added to your profile during this testing phase, you can visit Account Settings and click on “Notifications” to manage the feature. Click the “View” link on the tab in order to reveal a checkbox for the sound notification feature. Check out the YouTube video below to hear the notification feature in action.


Source : digitaltrends[dot]com

Oct 10, 2012

Motorola RAZR i battery life test concludes, results are inside

We’ve just concluded our in-depth review of the Motorola RAZR i and its Intel Atom Medfield chipset inside and now it’s time to shine a light on its battery performance.

The Motorola RAZR i achieved some pretty good scores in all of our tests, but its talk time endurance was partucularly impressive.

Here we go – the call test is where the new Intel-designed modem really shines. The Motorola RAZR i got a whopping 20 hours and 7 minutes, climbing to third spot in our call test chart and making top 3 a Moto exclusive territory. More impressively it managed to match the achievement of its MAXX siblings with a battery that has a 1300 mAh smaller capacity.

Talk time

  • Motorola RAZR MAXX (ICS)
    21:18
  • Motorola DROID RAZR MAXX
    20:24
  • Motorola RAZR i
    20:07
  • Samsung Galaxy Note II N7100
    16:57
  • Huawei Ascend P1
    12:30
  • Samsung Galaxy Note
    12:14
  • Samsung I8530 Galaxy Beam
    11:58
  • Samsung Wave 3 S8600
    11:07
  • HTC One X (AT&T, LTE)
    10:35
  • Samsung I9300 Galaxy S III
    10:20
  • Samsung I9300 Galaxy S III (JB)
    10:15
  • HTC One V
    10:00
  • Meizu MX 4-core
    10:00
  • HTC One X
    9:57
  • HTC One S
    9:42
  • Samsung I9103 Galaxy R
    9:40
  • HTC Sensation XL
    9:30
  • Nokia Lumia 710
    9:05
  • Motorola Atrix HD
    9:04
  • HTC Vivid
    9:02
  • HTC Rhyme
    8:48
  • Apple iPhone 5
    8:42
  • LG Optimus 3D Max P720
    8:42
  • Sony Ericsson Xperia neo V
    8:41
  • Meizu MX
    8:39
  • Samsung Galaxy S II
    8:35
  • Nokia Lumia 800
    8:25
  • Samsung Galaxy Nexus
    8:23
  • HTC Desire V
    8:20
  • Samsung Captivate Glide
    8:20
  • Sony Xperia T
    8:15
  • HTC Rezound (LTE)
    8:10
  • Samsung Galaxy Note (LTE)
    8:02
  • LG Optimus Vu
    7:57
  • LG Optimus 4X HD
    7:41
  • Apple iPhone 4S
    7:41
  • Samsung i937 Focus S
    7:25
  • HTC Evo 4G LTE (LTE)
    7:21
  • Samsung Galaxy S Blaze 4G
    7:14
  • Sony Xperia acro S
    7:09
  • Samsung Rugby Smart I847
    7:09
  • Sony Ericsson Xperia Pro
    6:57
  • Nokia N9
    6:57
  • HTC Radar
    6:53
  • Samsung Galaxy Ace Duos
    6:53
  • BlackBerry Curve 9380
    6:52
  • Samsung Galaxy Pocket
    5:54
  • Nokia Lumia 900 for AT&T (LTE)
    5:53
  • Sony Xperia ion LTE
    5:52
  • Sony Xperia P
    5:33
  • Nokia 808 PureView
    5:16
  • LG Nitro HD (LTE)
    5:16
  • HTC Titan II (LTE)
    5:10
  • BlackBerry Bold 9790
    5:00
  • Pantech Burst
    4:46

The RAZR i got stellar results in the web browsing department as well. The 2000 mAh Li-Ion battery under the RAZR i’s Kevlar vest was able to pump out 7 whole hours of non-stop browsing, which is not particularly kind to smartphones with AMOLED Screen.

Web browsing

  • Apple iPhone 5
    9:56
  • Motorola RAZR MAXX (ICS)
    9:12
  • Samsung Galaxy Note II N7100
    8:48
  • Motorola DROID RAZR MAXX
    7:23
  • HTC Radar
    7:17
  • Motorola RAZR i
    7:06
  • Apple iPhone 4S
    6:56
  • HTC One V
    6:49
  • Motorola Atrix HD
    6:40
  • BlackBerry Curve 9380
    6:40
  • Samsung I9300 Galaxy S III (JB)
    6:27
  • Samsung i937 Focus S
    6:15
  • Sony Xperia ion LTE
    5:56
  • Samsung Rugby Smart I847
    5:53
  • Pantech Burst
    5:51
  • Samsung Galaxy S Blaze 4G
    5:45
  • HTC Desire V
    5:44
  • HTC Evo 4G LTE
    5:41
  • Samsung Wave 3 S8600
    5:34
  • Sony Xperia T
    5:33
  • Samsung Captivate Glide
    5:33
  • Samsung I8530 Galaxy Beam
    5:28
  • Samsung Galaxy Note LTE
    5:24
  • HTC Sensation XL
    5:20
  • Meizu MX 4-core
    5:19
  • Samsung I9300 Galaxy S III
    5:17
  • Sony Xperia acro S
    5:16
  • HTC Rezound
    5:16
  • HTC Rhyme
    5:08
  • Samsung I9103 Galaxy R
    5:07
  • HTC One X (AT&T)
    5:03
  • Sony Ericsson Xperia Pro
    4:50
  • LG Optimus Vu
    4:49
  • HTC Vivid
    4:46
  • Samsung Galaxy Ace Duos
    4:45
  • Meizu MX
    4:35
  • Nokia N9
    4:33
  • Samsung Galaxy S II
    4:24
  • Sony Ericsson Xperia neo V
    4:20
  • HTC One X
    4:18
  • Nokia 808 PureView
    4:14
  • LG Optimus 3D Max P720
    4:10
  • Nokia Lumia 900 for AT&T
    4:10
  • Nokia Lumia 800
    4:07
  • HTC Titan II (LTE)
    4:05
  • HTC One S
    4:03
  • BlackBerry Bold 9790
    4:02
  • LG Nitro HD
    4:00
  • LG Optimus 4X HD
    3:59
  • Sony Xperia P
    3:59
  • Nokia Lumia 710
    3:51
  • Samsung Galaxy Pocket
    3:47
  • Samsung Galaxy Note
    3:35
  • Huawei Ascend P1
    3:23
  • Samsung Galaxy Nexus
    3:01

And finally the video test for all those people who spend a lot of time traveling and like watching videos on their smartphones during the trips. The Intel Atom-sporting RAZR’s got you covered with 8 solid hours and 11 minutes of video playback, which isn’t a top score but definitely one to be respected.

Video playback

  • Motorola RAZR MAXX (ICS)
    16:35
  • Motorola DROID RAZR MAXX
    14:17
  • Samsung Galaxy Note II N7100
    11:27
  • Apple iPhone 5
    10:12
  • Samsung I9300 Galaxy S III
    10:01
  • Nokia 808 PureView
    9:53
  • Samsung I8530 Galaxy Beam
    9:42
  • Samsung Rugby Smart I847
    9:34
  • HTC One S
    9:28
  • Samsung I9300 Galaxy S III (JB)
    9:27
  • Apple iPhone 4S
    9:24
  • HTC Evo 4G LTE
    9:07
  • Nokia N9
    8:40
  • Samsung Galaxy Note
    8:25
  • Motorola RAZR i
    8:11
  • Samsung Galaxy S II
    8:00
  • Samsung i937 Focus S
    7:55
  • Samsung Wave 3 S8600
    7:52
  • Sony Ericsson Xperia neo V
    7:45
  • Huawei Ascend P1
    7:38
  • Samsung Galaxy S Blaze 4G
    7:33
  • Samsung Galaxy Note LTE
    7:30
  • Meizu MX 4-core
    6:33
  • HTC Desire V
    6:26
  • HTC One X (AT&T)
    6:26
  • Samsung Galaxy Ace Duos
    6:25
  • LG Optimus Vu
    6:23
  • Samsung I9103 Galaxy R
    6:21
  • HTC Sensation XL
    6:12
  • Samsung Galaxy Pocket
    6:06
  • Samsung Captivate Glide
    6:04
  • Sony Xperia ion LTE
    6:03
  • Samsung Galaxy Nexus
    6:02
  • Sony Xperia T
    6:01
  • Motorola Atrix HD
    6:01
  • HTC Vivid
    6:00
  • HTC Radar
    5:54
  • Nokia Lumia 800
    5:52
  • HTC Titan II
    5:50
  • BlackBerry Bold 9790
    5:47
  • HTC One X
    5:45
  • Sony Ericsson Xperia Pro
    5:44
  • Sony Xperia acro S
    5:38
  • Pantech Burst
    5:38
  • Meizu MX
    5:27
  • HTC Rhyme
    5:23
  • HTC One V
    5:20
  • Nokia Lumia 900 for AT&T
    5:18
  • BlackBerry Curve 9380
    5:09
  • HTC Rezound
    5:03
  • Sony Xperia P
    4:30
  • LG Nitro HD
    4:17
  • LG Optimus 4X HD
    4:14
  • LG Optimus 3D Max P720
    3:28
  • Nokia Lumia 710
    3:27

At the end the Intel-designed modem got another chance to shine and it took it. The RAZR i turned out to be excellently efficient at stand-by, which allowed it to get an endurance score of 64h.This means that if you were to use the smartphone for an hour of talking, an hour of web browsing and an hour of video playback per day, you’d need to charge it once every 64 hours.

Still, the breakdown shows that if you use your smartphone for web-browsing and video playback more than you do for actual telephony, than you are probably going to get shorter discharge times.


Source : blog[dot]gsmarena[dot]com

Smile! You’re being photographed by a license plate reader

An in-depth look at automatic license plate readers, the modern law enforcement tool that has civil liberty advocates up in arms.

You’ve seen them strapped to the back of police cars, mounted on toll booths, and hanging anonymously on metal posts along the highway. They are automatic license plate readers (ALPRs or just LPRs), and they are quickly becoming a vital tool for fighting crime in the 21st century — one that critics say could potentially give law enforcement a map of all our travels. Let’s take a look at what LPRs are, what they do, and why they have privacy advocates worried.

What a LPR system is and how it works

License plate reader 2

Like something out of a dystopian cyberpunk novel, License plate readers are sophisticated cameras packed with Optical Character Recognition (OCR) software that allows them to rapidly identify license plates, snap photos of the plates, then convert the numbers and letters in the image into text. Each time a plate number is “read” by an LPR, the numbers are uploaded into a database. These images are most often time-stamped, and include geolocation data, which allows users of the data to know where a particular vehicle was at a particular time.

License plate readers come in three types— but only two are widely used: fixed and mobile. Fixed LRPs, which are mounted to the tops of posts along highways, at city intersections, and at toll booths, gather the largest number of plate numbers, have a high degree of accuracy, and run nonstop. Mobile LPR systems are slapped to the trunks and hoods of police cars, and often include two to four cameras.

New LPR systems can capture a staggering number of  license plate images — hundreds every minute — and fully process the license plates into machine-readable text at a rate of about one a second. These advanced LPRs often include infrared technology to capture license plates at night, and are able to accurately read the plates of vehicles traveling 150 mph or greater.

When used by law enforcement (as they usually are), LPR systems automatically compare license plate numbers against a so-called “hot list,” which are made up of multiple databases that include stolen vehicles, vehicles used in crimes, vehicles owned by citizens with outstanding warrants, vehicles with unpaid taxes or out-of-date registration, and you-name-it. Mobile LPR systems will instantly alert an officer anytime a license plate number that appears on a “hot list” is identified.

While 2012 figures about the use of LPRs in the U.S. are difficult to come by, a 2010 study found that roughly one-third of all police departments in the U.S. use LPRs. According to the Wall Street Journal, the Department of Homeland Security has dolled out more than $50 million to local and state law enforcement agencies, for the sole purpose of buying LPRs, over the past five years.

As of April of last year, New York City had a total of 238 LPRs in use throughout the five boroughs, according to The New York Times. That includes 130 mobile systems, and 108 fixed systems. Washington D.C. had more than 250 LPRs installed as of November 2011, which equals out to approximately one LPR per square mile, reports the Washington Post. D.C.’s LPRs collectively capture roughly 1,800 images of license plates every minute.

Effectiveness of LPRs

lpr 4

Law enforcement agencies put stock in LPRs because they get results. An FBI report released in September 2011 indicated that the 82 local, state, and federal agencies operating under the FBI’s Criminal Justice Information Services (CJIS) LPR program reported “a total of 1,102 stolen vehicles recovered with a value of more than $6.5 million, as well as contraband recovered that included stolen license plates, stolen property, vehicles, drugs, weapons, larceny proceeds, suspended registrations, credit cards, and a police badge.” This in turn resulted in the location of “818 subjects listed in the Wanted Persons File and 19 listed in the Missing Persons File. Another 2,611 persons were apprehended.” According to The New York Times report mentioned above, LPRs were “directly responsible” for the recovery of approximately 3,600 vehicles in New York City, plus the citation of almost 35,000 unregistered vehicles.

Despite a real-world accuracy rate of about 80 to 85 percent, according to the National Law Enforcement and Corrections Technology Center (PDF), LPRs have their fair share of technical limitations. Accuracy can drop dramatically in colder regions, where snow and mud have a tendency to obscure plates, rendering them unreadable. Some LPR systems will also misread plates, mistaking a “Z” for a “7,” or a handicap symbol for the letter “G.” Some will even accidentally pick up “one way” signs, which have a reflective surface that “confuses” LPRs into “thinking” its a license plate. And because most LPRs are connected to state databases only, they can trigger alerts when they pick up out-of-state plates with the same number as ones flagged by local police.

What LPRs mean for your privacy

Of course, any technology as powerful as LPRs has a downside. According to groups like the American Civil Liberties Union (ACLU), that downside is a potential loss of our Constitutional rights.

As mentioned, LPR systems have the ability to gather and store thousands of license plate images every day, each of which indicates the time and location of each vehicle it captures. According to an officer from Long Beach, California, the local police department currently has “24 million plus reads” gathered by LPR. Combined, this data can paint a vivid picture of people’s lives, including the vast majority of us who are completely innocent.

“As license plate scanners are spreading, because the cost is falling and the government is providing a lot of grants to allow law enforcement agencies to get these things, you’re having places like lower Manhattan, or Washington D.C., or the borders — but also in small towns — where there are so many license plate scanners all over the place that people’s cars are being picked up all the time,” says Allie Bohm, a policy strategist for the ACLU. “And you can create a map of people’s travels.

“You’re getting not just the plates of somebody who committed a crime, or suspected of a vehicle violations,” she adds. “You’re also getting every innocent person that’s going by.”

In July, the ACLU filed Freedom of Information Act (FOIA) requests for the release of records from the Department of Justice, the Department of Homeland Security, and local and state agencies around the country to find out who is using LPRs, who’s funding the purchase of LPR systems, how long the data collected by LPRs is kept, and who has access the the LPR-collected data. While Bohm says her organization has already received thousands of documents, the ACLU filed suit against the federal agencies on September 25, in an attempt to force them to release their documents.

Bohm readily admits that LPRs “can be a legitimate tool” when they are used for “narrowly tailored law enforcement purposes, such as finding vehicles that are stolen, involved in a crime, or associated with fugitives.” What’s not legitimate, says Bohm, is when law enforcement agencies collect data on everyone, and store it indefinitely.

“In our society, it’s a core principle that the government doesn’t track people, or collect information about innocent people’s activities, just in case they do something wrong,” says Bohm. Unfortunately, LPRs allow governments to do just that, which limits people’s abilities to “freely travel on the open road, and engage in private activities, if they so choose,” she says.

Bohm recommends that law enforcement delete “innocent hit data” gathered by LPRs after a “reasonable amount of time.” At the moment, however, few states have enacted laws to regulate the use of LPRs and the data they collect. Maine requires that data collected through LPRs be deleted after 21 days, unless it’s being used for an investigation. New Jersey mandates that officers must have “specific and articulable facts” about possible criminal activity before using LPRs. New Hampsire bans their use entirely. No other state has yet enacted legislation to address the use of LPRs.

What do you think? Should police be allowed to use LPRs to fight crime? Do LPRs pose a threat to our individual privacy and civil liberties? What, if any, limits should be placed on their use? Let us know your thoughts in the comments.


Source : digitaltrends[dot]com