Sony HDR-CX190 High Definition Handycam


 Sony HDR-CX190 High Definition Handycam 5.3 MP Camcorder with 25x Optical Zoom (2012 Model)

Sony HDR-CX190 High Definition Handycam 5.3 MP Camcorder with 25x Optical Zoom (2012 Model)
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Wednesday, October 24, 2012

Decode the Scene GAME - Eric Stoltz Laura Dern Harry Carey Jr. MOVIE CLIPS

Decode the Scene GAME - Eric Stoltz Laura Dern Harry Carey Jr. MOVIE CLIPS



Video Clips. Duration : 4.28 Mins.



Decode the Scene GAME - Eric Stoltz Laura Dern Harry Carey Jr. MOVIE CLIPS



Eric Stoltz Laura Dern Harry Carey Jr. MOVIE CLIPS click to subscribe j.mp When the blind Diana (Laura Dern) asks Rocky (Eric Stoltz) what he looks like, Rocky tells her the truth. TM & © Universal (2012) Cast: Eric Stoltz, Laura Dern Director: Peter Bogdanovich MOVIECLIPS YouTube Channel: j.mp Join our Facebook page: j.mp Follow us on Twitter: j.mp Buy Movie: amzn.to Producer: Howard P. Alston, CJ Kettler, George Morfogen, Peggy Robertson, Martin Starger Screenwriter: Anna Hamilton Phelan Film Description: This is the true story of Rocky Dennis (Eric Stoltz), a personable young man suffering from "lionitis," a fatal disease which causes hideous facial disfigurement. The son of freewheeling biker Rusty Dennis (Cher), Rocky is accepted without question by his mom's boyfriends and cycle buddies, but treated with pity, condescension, and disgust by much of the outside world. The local high school principal tries to get Rocky classified as brain-damaged so he won't have to enroll the boy in his school, but Rusty fights for her son's rights with the ferocity of a mother lioness. Rocky makes friends easily both at school and at summer camp. He also falls in love with Diana (Laura Dern), a blind girl who cannot see his deformed countenance and is entranced by the boy's kindness and compassion. Now that he's got his own life in order, Rocky sets about to wean his chronically depressed mother from her drug habit. Mask is the sort of story that might have ending up wallowing in its ...

Decode the Scene GAME - Eric Stoltz Laura Dern Harry Carey Jr. MOVIE CLIPS

Decode the Scene GAME - Eric Stoltz Laura Dern Harry Carey Jr. MOVIE CLIPS



Decode the Scene GAME - Eric Stoltz Laura Dern Harry Carey Jr. MOVIE CLIPS

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How IP-based Video Surveillance Works -- Way Beyond Analog


When you're shopping around for an IP-based video surveillance system, you will need to be particularly cautious about what exactly you're looking at and what the individual terms mean. How IP-based video surveillance works is open to interpretation as far as some video surveillance and security salespeople are concerned -- not because they are trying to confuse the issues, but because there is no genuine consensus on what the term "IP-based" or related ones such as "networked" or "web-based" means.

How IP-based Video Surveillance Works -- Way Beyond Analog





Originally video surveillance was done based on analog technology -- closed
circuit television (CCTV) and recording on video tapes. This was fine for
recording what was going on, but it didn't broadcast actual live information, so
it wasn't practical for monitoring stores, for instance, from a remote location.
It simply provided what happened after the fact. The picture quality wasn't
great and it relied on human reliability as well -- someone had to remember to
change the tapes regularly, etc.


Video Camera

How IP-based Video Surveillance Works -- Way Beyond Analog



Digital revolutionizes video surveillance



How IP-based Video Surveillance Works -- Way Beyond Analog

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With the Internet revolution and the ever-increasing presence of Local Area
Networks, technology took great strides in video surveillance in the 1990's.
Analog camera tubes were replaced with CCD (Charged Coupled Devices) and digital
c
ameras became affordable for most people.

This combination meant that video surveillance could do two things: go live
over the Internet or a closed network for surveillance and provide clearer,
crisper images that could be tracked and manipulated easily. For law
enforcement, digital surveillance meant it was much easier to zoom in on images,
track particular scenes and enhance features.

The basics of IP-based surveillance

A digital camera "views" the scene in front of it, broadcasts the video
images as a digitized signal over a LAN line (Local Area Network) where it's
then transmitted to a computer or server. The server in turn manages all of this
information. Depending upon the software used to manage the digital images, it
can record, display or retransmit the images to anywhere in the world.

The software package can easily be upgraded to allow for analyzing data,
selecting specific "flagged" items to watch for and a host of other functions,
making it a truly customizable security tool.

True IP-based digital surveillance uses CCD cameras that use signal
processing that send packetized video streams over the LAN through a Cat 5 cable
rather than a coax cable network, utilizing greater bandwidth and standard
TCP/IP communication.

It also provides more intelligent data mining and information retrieval. If
security is an issue, full digital surveillance also offers the added advantage
of data encryption opportunities to protect against image tampering -- something
not possible with analog recording.

Recently, a few companies such as D-Link and Linksys have also developed fully
digital cameras that actually have completely integrated, built-in web servers
so that no external computers are needed for operating them. The signal is
transmitted directly to the terminal location for storage or play-back.

Halfway there...

The "middle of the road" of video surveillance is upgrading video
surveillance by utilizing a Digital Video Recorder (DVR). A DVR system is not
really fully IP-based, but is step toward the more advanced IP technology. In
actuality, a DVR system uses the same camera and structures for cabling as the
older CCTV analog systems, but the old VCRs have been replaced with DVR for
storage of the data. The data is converted to digital so that it can be stored
on hard disks, but the quality of the images captured remains analog since this
is how it originated.

When shopping for a system, be sure to ask if the system is digital based on
the recording (DVR) or on the camera, since many manufacturers consider a system
digital by virtue of the DVR storage system even if the camera recording the
images is still analog.

Going all the way

Some people will move to the hybrid models of a CCTV/DVR system when they
first move beyond an analog system because it seems like the next practical
evolutionary step in video surveillance. However, shifting to this method
largely ignores how IP-based video surveillance works.

With CCTV/DVR surveillance you have actually simply delayed the inevitable by
adding on a relatively new technology (hard disk, digital storage) to an old
technology (analog video over coaxial transmission lines). Rather than moving
forward into something new, you have prolonged the demise of the old.

Advantages of IP-based video surveillance

The leap into completely IP-based technology is the best bang for your buck
both monetarily and in terms of security by far. Digital surveillance can be
done over a LAN network, of course, but TCP/IP transmittal of surveillance makes
sense for remote monitoring of multiple locations and for remote recording of
data onto back-up servers and hard disks for long-term storage.

With IP-based video surveillance, you can connect your surveillance camera or
c
ameras to any network or wireless adapter, and you are extremely flexible in
your placement of the camera itself. A typical PC-attached video camera, while
providing digital picture image quality, still has to be within approximately
ten feet of the computer itself.

Set-up of an IP-based video system is easy -- once you've set up an IP
address, you're up and running and it's extremely stable and reliable. Because
this is the technology of the future, it is also upgradeable. You won't be
outgrowing an IP-based video surveillance system any time soon because new
developments are based on improving this market. Therefore, you will be able to
add on and improve this system for years to come while older, CCTV+DVR hybrids
will dead-end and become obsolete.

Comparing analog and IP-based video surveillance

A better way to understand the differences between analog and IP-based video
surveillance may be to compare the two and how they work:

Analog or CCTV+DVR video surveillance


o Easy to use -- operates like a VCR

o Changing cassettes and rewinding regularly means human error frequently interferes with effectiveness

o Image quality is poor

o Storage tapes wear out over time

o Broadcasting images live isn't practical

o Storage is bulky

o Uses analog recording, recording in low-grade picture quality and inability to search and track easily

o Adding DVR systems must be done in 'blocks' of 16 channels

IP-based video surveillance


o IP-based recording means instant transmittal of images anywhere in the world

o Can monitor multiple cameras from one remote location

o No decrease in recording quality over time or with repeated replays

o Digital picture quality far superior to analog

o IP-base recording is highly compressed for easier storage and can be transported over a variety of media

o Digital images can be encrypted for security purposes

o Updates and add-ons are relatively inexpensive through software packages and Internet computer networking

o Adjustable frame rates

o Remote or shared viewing may be done over the Internet or a wireless connection

o Standard IP video compression techniques are used

o IP surveillance cameras may be added individually or in groups according to your needs

If you are contemplating increased or upgrading video surveillance for your
company or home, understanding how IP-based video surveillance works will make
your decision easier. It is the future of video surveillance and, although in
the short term may be a bit more expensive, is obviously an investment in
superior quality and flexibility.

This article on "How IP-based Video Surveillance Works" reprinted with
permission.

Copyright © 2004-2005 Evaluseek Publishing.


How IP-based Video Surveillance Works -- Way Beyond Analog








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Friday, October 12, 2012

★ PS Vita - Interactive Video Review

★ PS Vita - Interactive Video Review Tube. Duration : 3.20 Mins.


Interactive Review of Sony's PS Vita portable gaming device! Brought to you by: youtube.com Director: youtube.com (Technology Manager) Interactive Video Destinations: Full Review: www.youtube.com Unboxing: www.youtube.com Web Browser Review: www.youtube.com Video Recording Test: www.youtube.com Camera Test: www.youtube.com Software Tour: www.youtube.com Uncharted Golden Abyss Review: www.youtube.com Twitter App Review: www.youtube.com Kinetic's Review: www.youtube.com Ridge Racer Gameplay: www.youtube.com

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Monday, October 1, 2012

Pill Camera Records Video of the Inside of Your Intestinal Tract

Pill Camera Records Video of the Inside of Your Intestinal Tract


Wireless capsule endoscopy (WCE) is a relatively new and under utilized technology. It is under utilized due to limited insurance coverage for the test. Many people have heard about the so-called "camera pill" but do not know when it can or should be done, or how it works. Many mistakenly believe that it might be a substitute for colonoscopy, a flexible lighted tube with a camera on the tip used to examine the large intestine. Colonoscopy is recommended to screen for colon cancer and the precursor of colon cancer, colon polyps, as well as a diagnostic exam for evaluation of intestinal bleeding, diarrhea or lower abdominal pain. WCE is not yet technically feasible for examination of the lower or large intestine known as the colon. Given Imaging was the first to develop this technology.

Pill Camera Records Video of the Inside of Your Intestinal Tract

Pill Camera Records Video of the Inside of Your Intestinal Tract

Pill Camera Records Video of the Inside of Your Intestinal Tract


Pill Camera Records Video of the Inside of Your Intestinal Tract



Pill Camera Records Video of the Inside of Your Intestinal Tract

WCE is however the only way to directly visualize the much longer and smaller diameter of the small intestine.Typical reasons for wanting to see the small intestine include unexplained intestinal bleeding, anemia (low blood count), suspected Crohn's disease, tumors, or known polyp syndromes. Of the approximately 24 feet of small intestine a person has, only the upper 1 1/2 to 3 feet can typically be reached and seen by a scope from the mouth and only the last few inches to a foot can be seen at the time of a colonoscopy exam through the rectum. It has long been thought and taught that very few serious diseases occurred in the small intestine (cancers or inflammation like Crohn's or Celiac disease) that could not be diagnosed by upper or lower endoscopy or small intestine barium x-rays. Since WCE has begun to be used more frequently, more disease has been found than was previously thought to occur.

Celiac disease is a condition that affects the small intestine that can be associated with anemia, blood loss, lymphoma and cancer of the small intestine. Typically, upper scope exams make the diagnosis but people with poor response to gluten free diet or other warning signs such as weight loss, refractory anemia, blood loss or abdominal pain in whom WCE has not been performed may harbor other serious small intestine problems including lymphoma and cancer.

Crohn's disease is a chronic inflammation of the intestinal tract that does not yet have a cure and is of unknown cause. It invariably involves the small intestine and often only involves the small intestine. Sometimes, the diagnosis cannot be made with conventional colonoscopy and/or intestinal x-rays. The extent of small intestine involvement is also commonly not accurately determined by x-rays. WCE is emerging as the diagnostic test of choice for Crohn's disease, especially when combined with specific blood tests and a colonoscopy.

The capsule endoscopy procedure requires little preparation. Most doctors request the patient fast overnight before coming into the clinic early in the morning. The patient has some electrical recording wires attached to the skin of the abdomen that record the location of the capsule as it passes through the digestive tract. This helps the doctor reading the video recording with interpreting where the pill camera is and if it is being delayed in an area. A video recording device is worn on a belt and wirelessly receives the video recording from the pill camera as it travels through the intestine.

The pill camera is activated by popping it out of a magnetized blister pack. It is swallowed with a glass of water. The patient is typically asked not to drink anything except water for 2 hours so that the camera pill has time to exit the stomach before being exposed to food or drink that could impair the video recording. Usually, a light lunch is allowed after four hours. At the end of the day the patient returns to the office to turn in the recorder so that the video can be downloaded to a computer for viewing by the doctor.

Once activated, the small intestine pill camera battery lasts eight hours. Since the transit time from mouth to the end of the small intestine in most people is around 2-6 hours, this is more than adequate for the entire small intestine to be video recorded. However, some people have delayed emptying of their stomach, slow intestinal transit or areas of blockage or constriction that prevent the pill camera from reaching the end of the small intestine before the battery dies. When that happens no further recordings are transmitted. If the camera pill gets stuck, surgery may be required to remove it from the body. However, if this occurs, it is usually because a condition exists in the small intestine for which surgery is the treatment of choice.

Recently, a pill camera that has the ability to record video images from both ends and more rapidly, has been approved by the FDA and marketed as an alternative to standard upper endoscopy for examination of the esophagus. It is being marketed as a very quick, painless, and accurate method of screening for acid reflux, pre-cancer and cancer of the esophagus as well as varices of the esophagus. Varices are varicose type veins occurring in the esophagus of people with cirrhosis of the liver that if not treated with medication and/or rubber band ligation can bleed spontaneously and be life threatening. Insurance coverage for such examination is limited. Others limitations include the ability to only visualize the esophagus, leaving the stomach and upper small intestine unexamined in detail, and the inability to perform biopsies of abnormal appearing tissue. However, the ease and rapidity of the test appeals to people and will likely drive the popularity forward as long as insurance companies agree to cover the test.

WCE is being tested for examination of the colon but the larger diameter of the colon, presence of stool, and longer transit time are all technical limitations that have delayed the development. Several researchers, including a team at MIT, are working on a remote controlled pill camera with the ability to sample tissues and deliver treatments. One investigator is trying to create a pill camera that reproduces the movements of a beetle, effectively crawling through the intestinal tract, stopping and backing up under robotic remote control. The future looks promising and resembles The Fantastic Voyage through the human body. Until then, WCE is very helpful and appropriate for the evaluation of certain gastrointestinal conditions and the signs and symptoms as described above.

Pill Camera Records Video of the Inside of Your Intestinal Tract