Posts Tagged ‘camera’

Raspberry Pi mini-PC getting camera module

May 21st, 2012

The recently released Raspberry Pi is set to get its very own camera module.
For $35 you get a 3.3-inch wide board with a 700 MHz ARM11, 256MB RAM, HDMI-out, SD card slot, a USB port, ethernet, audio jack and Broadcom VideoCore IV GPU. The first 20,000 units shipped in April, while countless thousands of others wait for theirs to arrive.

The team has begun working on accessories for the mini-PC, and has posted the first pictures taken from the prototype camera module. The camera itself connects to some of the pins on the system board.

In prototype form, the creators of the Pi used a 14MP sensor but the final commercial version will certainly use something smaller to save on costs.

Source:http://www.afterdawn.com/news/article.cfm/2012/05/20/raspberry_pi_mini-pc_getting_camera_module

Lockheed Martin Completes Assembly of Near Infrared Camera for NASA’S James Webb Space Telescope. Environmental Testing to Begin.

April 17th, 2012

Lockheed Martin (NYSE: LMT), under a contract from the University of Arizona (U of Az), has completed assembly of the Near Infrared Camera (NIRCam) Instrument Modules. NIRCam is the prime near-infrared imaging instrument for NASA’s James Webb Space Telescope (JWST). The work was done at the Lockheed Martin Space Systems Advanced Technology Center (ATC) in Palo Alto, where environmental testing is about to begin. U of Az and Lockheed Martin are responsible for the NIRCam instrument design (Optical, Mechanical, Structural, Thermal, Electronic, Precision Mechanisms and Control Software), the instrument control and focal plane electronics and software. Delivery of the NIRCam instrument to the NASA Goddard Space Flight Center is expected to occur in late summer 2012.

“It is very satisfying to have completed assembly of this magnificent astrophysical instrument,” said Jeff Vanden Beukel, Lockheed Martin NIRCam program director. “We look forward, along with all of our other colleagues on the JWST team, to the day when our engineering and manufacturing help produce discoveries and greater understanding of the Universe.”

“As we view the Universe with more powerful tools, not only do we confirm or overturn current concepts, but we always learn new and exciting things,” said Dr. Marcia Rieke of U of Az, and NIRCam principal investigator. “I couldn’t be happier that we’ve reached this milestone, and I’m certain that all of the hard work and terrific collaboration of the NIRCam team will lead to a very big payoff not too far down the line.”

The NIRCam instrument consists of two identical optical imaging modules and contains focal plane assemblies (FPA) provided by Teledyne Imaging Sensors of Camarillo, Calif. The FPA hardware consists of 40 million pixels, and is designed for cryogenic operation at 35 degrees Kelvin. The FPA hardware requires regulated power, output data synchronization, temperature control and operational mode controls as well as image data conditioning, amplification and digitization. The NIRCam focal plane electronics (FPE) and its associated software will provide these functions. The FPE hardware and software also convey the image data to the JWST integrated science instrument module command and data handling computer.

NIRCam is the primary near infrared imaging instrument on JWST. It will detect light from the earliest stars and galaxies in the process of formation, young stars in the Milky Way, physical and chemical properties of planets orbiting other stars, and objects within our Solar System. NIRCam is equipped with coronagraphs, instruments that allow astronomers to take pictures of very faint objects around a central bright object, like planets around distant stars. NIRCam’s coronagraphs work by blocking a brighter object’s light, making it possible to view the dimmer object nearby – just like shielding the sun from your eyes with an upraised hand can allow you to focus on the view in front of you. With the coronagraphs, astronomers hope to determine the characteristics of planets orbiting nearby stars.

In addition to Lockheed Martin and the University of Arizona, the NIRCam team comprises Teledyne, and a team of science co-investigators. The team’s NIRCam imager will achieve its mission goals through a compact modular refractive design with exceptionally high observing efficiency. In addition, built-in self-test features will significantly lower integration risk and provide on-orbit calibration.

The James Webb Space Telescope is NASA’s next-generation space observatory and successor to the Hubble Space Telescope. The most powerful space telescope ever built, JWST will observe the most distant objects in the universe, provide images of the very first galaxies ever formed, provide insight to how solar systems evolve and help explore planets around distant stars. The Webb telescope is a joint project of NASA, the European Space Agency, and the Canadian Space Agency.

The NASA Goddard Space Flight Center manages the JWST project. Principal Investigators under contract to NASA, ESA, and CSA are developing scientific instruments for the observatory. The Space Telescope Science Institute in Baltimore, Md. is developing the ground system for the mission and will be responsible for observatory operations and science program management.

NIRCam is one of the scientific instruments managed by Lockheed Martin’s Sensing & Exploration Systems line of business. The instrument was designed and built at the ATC in Palo Alto, Calif. The ATC is the research and development organization of Lockheed Martin Space Systems Company (LMSSC). LMSSC, a major operating unit of Lockheed Martin Corporation, designs and develops, tests, manufactures and operates a full spectrum of advanced-technology systems for national security and military, civil government and commercial customers. Chief products include human space flight systems; a full range of remote sensing, navigation, meteorological and communications satellites and instruments; space observatories and interplanetary spacecraft; laser radar; ballistic missiles; missile defense systems; and nanotechnology research and development.

Headquartered in Bethesda, Md., Lockheed Martin is a global security and aerospace company that employs about 123,000 people worldwide and is principally engaged in the research, design, development, manufacture, integration and sustainment of advanced technology systems, products and services. The Corporation’s net sales for 2011 were $46.5 billion.

Source:http://www.technology-digital.com/press_releases/lockheed-martin-completes-assembly-of-near-infrared-camera-for-nasas-james-webb-space-telescope-envi

Scientists Propose Kinect-like 3D Camera for Cellphones

January 10th, 2012

Gesture recognition is widely seen as a technology that could succeed touch input on a variety of computing devices, but the only successful mainstream device we have seen in this area is Microsoft’s Kinect.

Kinect is paving the way, but has a number of shortcomings, including the substantial size and weight of its hardware. However, scientists at Massachusetts Institute of Technology (MIT) believe they had found a way to build a 3D camera that is smaller in size and much more capable in its feature set.

“3-D acquisition has become a really hot topic,” said Vivek Goyal, associate professor of Electrical Engineering at MIT’s Research Lab of Electronics. “In consumer electronics, people are very interested in 3D for immersive communication, but then they’re also interested in 3D for human-computer interaction.” Goyal promises a camera that “provides more-accurate depth information than the Kinect, has a greater range and works under all lighting conditions — but is so small, cheap and power-efficient that it could be incorporated into a cell phone at very little extra cost.”

MIT 3D Camera
MIT’s camera uses what is referred to as “time of flight” of light particles to determine the depth of field: An infrared laser is emitted and a camera measures the time it takes the light to return from objects at different distances. However, instead of employing multiple sensors, the MIT system has only one detector – a one-pixel camera.

The scientists said that “clever mathematical tricks” allow them to calculate an entire scene by firing the laser a “limited number of times.” There are no special requirements for expensive hardware as a “cheap” photo-detector and “ordinary” analog-to-digital converter as well as current smartphone processors are enough to enable the 3D camera feature.

There is no information when the camera system might make its way into commercial products, but MIT said that Qualcomm has chosen the project for its 2011 Innovation Fellowship program and provided a $100,000 grant.

Source:http://www.tomshardware.com/news/3d-camera-kinect-smartphone-motion-sensing-recognition,14442.html

Xbox kinect converted to 3D video camera

November 15th, 2010

A University of California Davis researcher has figured out how to turn the Microsoft Xbox Kinect into a 3D video camera.

The device was hacked a little over a week ago and then researcher Oliver Kreylos spent three days working on capturing objects in three dimensions using the Kinect’s two cameras. He then reconstructed the objects in real time “from scratch” in C++ using his own Vrui virtual reality (VR) toolkit for 3D rendering management and interaction.

A 3-D model of the room and all of the objects in it was created when Kreylos merged data from one camera providing a photographic video stream with data from a second camera providing the depth video stream. The software interpreted points created by the depth camera to help create a 3D image that could be moved around.

Some observers have theorized that a clearer image could be now achieved with the use of additional Kinect systems and an algorithm to mesh the four streams.

Kreylos said he based his efforts on Hector Martin’s (marcan42 on Twitter and YouTube) reverse engineering work. Last week, Martin won $3,000 from open source hardware developers Adafruit Industries after he was declared the first person to successfully create an open source driver for the Kinect, a motion-sensitive controller.

Microsoft said it did not “condone the modification of its products,” which prompted Adafruit to increase the prize to $2,000 and then eventually $3,000, CNET reported.
“I didn’t use any of his code, but the ‘magic incantations’ that need to be sent to the Kinect to enable the cameras and start streaming,” Kreylos wrote on his website. “Those incantations were essential, because I don’t own an Xbox myself, so I couldn’t snoop its USB protocol.”

A virtual reality development toolkit’s mission, according to Kreylos, is “to shield an application developer from the particular configuration of a VR environment,” so that applications can be developed in a quick, portable, and scalable manner.

Kreylos said his next project will be to create an augmented reality environment by incorporating real and computer-generated imagery. His plan is to figure out if he can use the 3D views and insert them into another 3D environment to blend the realistic people he developed with the Kinect with computer-generated imagery.

Source code is now available on Kreylos’ download page, although the software will not build until Vrui-2.0 is released, which he said should happen soon. He said he thought the source “might still be of interest to some people.”

Source:http://www.informationweek.com/news/windows/microsoft_news/showArticle.jhtml?articleID=228200930&cid=RSSfeed_IWK_All

Update firmware on your HDTV, camera, smartphone, Pc

August 31st, 2010

These days, most of your electronics have miniature computers built-in: Home-theater gear, handheld devices, phones, and even appliances now have embedded smarts in the form of a microprocessor, memory, and software. And just like computer software, firmware–the software that runs on your gadgets–needs periodic updating.

These days, most of your electronics have miniature computers built-in: Home-theater gear, handheld devices, phones, and even appliances now have embedded smarts in the form of a microprocessor, memory, and software. And just like computer software, firmware–the software that runs on your gadgets–needs periodic updating.

Believe it or not, many new gadgets aren’t 100 percent complete when you buy them. Though a spiffy electronic toy may perform its basic functions, some of its promised features may be absent or incomplete. And to keep up with ever-changing kinds of content, your devices may require software enhancements to give old hardware new features.

To avoid antagonizing customers who might spend hundreds of dollars on a cool piece of hardware only to find a few months later that it no longer worked, manufacturers design much of their gear to allow updates. You won’t be able to get every feature of the latest and greatest product via downloadable updates, but firmware revisions can make your old equipment run faster and crash less often.

What Is Firmware?

Firmware is software stored in persistent memory–usually either flash memory or programmable, rewritable ROM (read-only memory)–that’s built into the device. Unlike apps loaded into your PC’s RAM, firmware doesn’t get erased when you power the system down. Firmware may store just the basic software needed to start up the system–like a PC’s BIOS–or it may store the entire operating system and applications suites, as with smartphones.
Why Should I Update?

Users often wonder why they should update their firmware. The real answer is “it depends.” Many PC manufacturers and motherboard makers recommend that users not upgrade a system’s BIOS, for example, unless an actual problem arises, such as memory compatibility issues, or unless the user is installing a new, unsupported CPU.

On the other hand, a Blu-ray player needs to be updated frequently, because new features on the content discs may render them unplayable on old firmware. So before you rush out to update your coffeemaker’s firmware, check the manufacturer’s recommendation first; otherwise, you might risk bricking your device (turning it into a useless assemblage of silicon and plastic) for nothing.

Of course, if you’re running third-party firmware (as in the case of a “jailbroken” iPhone), all bets are off. In this article we don’t consider updates that break the manufacturer’s warranty, so if you’re installing custom, user-created firmware, you’re well beyond the scope of this story.

Let’s start with PCs and laptops, and then move on to other computing gear, handheld devices (including smartphones), and other consumer electronics.

General Rules of Thumb for Updating Firmware

A few general rules for updating firmware apply to all devices. They’re simple, but critical:

• Confirm that you have reliable power. For standard PCs and other electronics that you plug into a wall, power isn’t a big issue. If you’re paranoid, you can connect a UPS (uninterruptible power supply) to your device before proceeding.

• Make sure that the hardware is plugged in. Never rely on battery power when updating your laptop’s BIOS or your phone’s firmware.

• Create a backup of your current firmware. Not all devices allow you to do this, but if you can, you should. If the new firmware introduces a bug, you may need to revert to an older version.

• Log your changes. Some firmware updates will reset your device’s settings to their default values, so document any adjustments you may have made before updating. That way, you can restore them properly. If the device allows it, save off settings to a file (this is common in routers, for example).

• Warn other users before updating your router. If you’re updating a network device, be sure to let all users know in advance that the network may go down briefly.

Okay, now let’s move on to the updating process itself.

PCs and Laptops

Today’s PC firmware falls into two categories: the traditional BIOS (Basic Input-Output System), and a newer kind called EFI (Extensible Firmware Interface). EFI is much more capable than the old BIOS routines, which are still mired in the 16-bit world. On the Windows PC side, most systems still use BIOS, while servers generally use EFI. Apple MacBooks, MacBook Pros, iMacs, and Mac Pros use EFI as well. Earlier Intel-based Macs use a firmware architecture built around the SMC (system management controller); but in recent Macs, EFI has superseded that arrangement.

Current PCs typically permit updating through the BIOS setup screen. Copy the BIOS update file to a USB flash memory stick, and then plug the USB stick into the system that you want to update. When you start up the system, press a key that launches the BIOS update application. Alternatively, press a keyboard key (usually Delete, but in some instances another key such as F2 or F10) to enter the BIOS setup program.

At this point, you’ll need to navigate to the device that contains the firmware update. To do this (typically), select the file name and press Enter to launch the update process.

Updating the BIOS from an executable file is even easier. All Intel-built motherboards are updatable through a Windows-based application. Some other motherboard makers make this feature available, too, in which case you download the BIOS update app and launch it from the desktop.

A few motherboard makers include apps for updating the BIOS over the Internet. If the prospect of a wonky Internet connection failing in mid-update makes you nervous, don’t worry: Usually the site will download the entire update before the update process starts.

Laptop and desktop systems with much older motherboards may require you to start up from a bootable floppy disk containing the BIOS update. The update may start automatically when you boot, or you may need to type a command at the command prompt; for details, print out the readme file for the update before you boot from the floppy.

To update a Mac, simply download the appropriate firmware update for you system and launch it from the Finder. The update will take a few minutes, and you must ensure uninterrupted power during that time.

Routers and Peripherals

Some PC peripherals, including hard drives, network-attached storage, and high-end monitors, may have updatable firmware. The instructions for installing updates vary considerably, so pay careful attention to the manufacturer’s documentation.

Wi-Fi routers are perhaps the easiest peripherals to update; most have the capability built into their router management interface. We’ll use the update screen from a Netgear WNDR3700 as an example.

The Netgear interface tells you what the update may fix when installed, and it gives you the option to back out if you don’t think you need the update. Network-attached storage devices use a similar interface for firmware updates.

Monitors rarely need updates. In fact, most monitors don’t allow firmware updates, though I did perform an update on a high-end monitor a few years ago–from within a Windows app.

These days we’re starting to see more firmware updates for hard drives, especiallysolid-state drives, and these can be nerve-wracking to install.

Before making any changes to a critical storage device, back it up! In at least two instances that I’m aware of, SSD firmware updates could brick the hardware, resulting in permanent loss of any data the drives might contain. Because the firmware updating process can be arcane, you should carefully study the documentation before updating.

As an example, updating an Intel X25-E solid-state drive involves downloading an ISO image, burning it to a CD, and then booting from the CD to install the firmware update. So you must be comfortable burning the CD and booting from it before you get to the firmware update process.

Perhaps the oddest firmware update I ever installed was for a Razer Mamba wireless mouse. The process involved unplugging the USB cable from the docking cradle and plugging it directly into the mouse–no updating over the wireless connection.

Sometimes even expansion cards need firmware updates. I’ve had to update graphics card firmware and network interface card firmware. In both cases, I had to run the updates from a command-line prompt, but was able to do so from within Windows.

One last rule of thumb: Whenever you update a PC peripheral, reboot the peripheral after installing the update (assuming that the device doesn’t restart automatically).

Smartphones

Mobile phones are usually very easy to update, and doing so is generally worthwhile: The updates may include critical security fixes, performance enhancements, and neat new features.

iPhones are easy to update: Plug your iPhone into your Mac or PC, and make sure iTunes is running. If a firmware update is available, click yes when asked whether you want to update.

Windows Mobile devices have become easier to install firmware updates on, but the process can still be somewhat esoteric.Many Windows Mobile updates may completely erase your phone, so be sure to do a sync to back up your contact, calendar, and other data from the phone before you proceed. Some phones update through ActiveSync; others rely on a dedicated app. First connect your Windows Mobile phone to your PC via USB to back up (sync), and then update. Read all dialog boxes carefully, and follow instructions carefully.

The update processes for Android phones are all over the map. Though you can manually download the firmware and update it, waiting for your cellular network to roll out the update may be a better approach. If you want to download and manually update the phone, start by downloading the latest version and copying it onto an SD card or to the phone’s storage via USB. Depending on the phone, performing the update will involve pressing some combination of phone buttons.

BlackBerry owners looking for an update should go to RIM’s BlackBerry Device Software page and follow the instructions there, though Mac users must install theBlackBerry Desktop Software first.

GPS Units, Digital Cameras, Media Players, and Handheld Gaming Devices

Normally, GPS devices are updated when new mapping data becomes available. Most off-the-shelf GPS units come with free updates for a set period of time; after that, you may have to pay for each update. GPS data tends to be quite massive, and updating the device may take an hour or more.
I recently upgraded my Garmin Nuvi handheld GPS unit. You can check for an update by downloading a Web browser plug-in that will determine whether your device needs an update (the GPS unit must be plugged into your PC via USB), or you can check by entering the device’s serial number.

In either case, you then download a very large file that is both a Windows app and mapping data. Attach your GPS unit via USB, run the app, and let it update your firmware

Gaming devices like the Nintendo DS and Sony PSP update automatically over their network as needed. All you need is access to Wi-Fi. Though you can update these devices wirelessly, attaching them to wall power is preferable. If you go the wireless route, make sure that you have a healthy battery charge.

Digital cameras occasionally need firmware updates, whether they’re simple point-and-shoot cameras or professional-level digital SLRs. In most cases, to update the camera’s firmware, you download the update, copy it to a flash memory card, and insert the memory card into the camera.

(Alternatively you can copy the update directly to a memory card in the camera, if it’s connected to your PC.) Then either select an entry from the camera’s built-in menu or press some combination of buttons to load the update. Usually, you’ll have to copy the firmware file to the top level (root) of the memory card, not to a subfolder.

To update a media player like Apple’s iPod or Microsoft’s Zune, attach the player to your PC and run the appropriate app (iTunes or Zune software.) Then updates occur almost automatically; just click Yes if prompted to update. Zune updates are almost always required if you want to continue to use the Zune store; iPod updates are optional in many instances.

Other music players, such as the Archos, typically copy the downloaded firmware file to the device over a USB connection, at which point you disconnect it and the update occurs automatically. In some cases, you may have to run a Windows app.
Firmware Updates for Your Home Theater

Firmware updates are relatively new to the world of living-room electronics. After all, you don’t typically think of “booting your TV”–you just turn it on.

But as consumer electronics gear becomes smarter and more capable, it also has a greater need for firmware updates. The two primary candidates for upgrades are Blu-ray players and HDTVs; but as other gear (such as A/V receivers) become networkable devices, firmware updates become available for them, too.

For example, I recently updated the firmware in my Onkyo TX-NR3007 A/V receiver, which solved an HDMI sync problem the unit was having. Such updates sometimes even fix problems you might have assumed were just a quirk of your HDTV set–problems with audio/video on certain ports cutting out, unexpected freezing and power cycling, image-processing errors, and more.

Most consumer electronics equipment is updated in one of the three following ways (though other techniques, such as updating through a serial port, also exist).

ISO file burned to CD: Some older Blu-ray players didn’t have a network capability and lacked USB ports. The only way to update them was to burn the downloaded firmware file to a CD and then install them via either a menu selection or a combination of remote-control button presses. Even some premium DVD players from a few years ago required this type of updating.

Despite talk (as the standard was being fleshed out) of using actual Blu-ray content discs to automatically install firmware updates, this feature seems not to have been realized in actual products.

Firmware copied to USB flash drive: This updating method is most common in situations where a network connection is unavailable or unreliable. I have updated several HDTVs via flash drive.

Firmware directly downloaded from the Internet: This is an increasingly prevalent method for updating firmware. Let’s look at a couple of examples.
You can set up a Panasonic DMP-BD85 Blu-ray player to automatically inform you of new firmware updates, as long as it’s connected to the Internet. However, the actual update screen is buried in the menus inside of the ‘others’ main menu selection–it’s not in the ‘network’ menu selection.

In the case of the Onkyo TX-NR3007 receiver, the update firmware menu is appropriately listed in the ‘Hardware Setup’ part of the setup menu.
Game Consoles

Quite a few users have game consoles as part of their home theater setups. Updating the firmware on current-generation units is simple, because it’s required. For example, the Xbox 360 needs to have an always-on connection to the Internet in order to make available most of its services, though you can play single-player games without a connection. When the console detects a new system update, a dialog box pops up and informs you that you’ll be logged off the network if you don’t install it.

These updates can add some fairly significant features–Microsoft revamped the whole user interface with the New Xbox Experience patch, and Sony added 3D gaming support to the PS3 (with 3D Blu-ray support coming in September)–so it’s a good idea to stay on top of them.

Final Thoughts

If you’re at all concerned about updating the firmware on your device, it’s worth cruising some key online forums to see whether the updates are working–or are useful. With devices such as smartphones, you might want to take a wait-and-see attitude. Apple supports iOS 4 on the iPhone 3G, for example, but users have reported significant performance decreases following the firmware update.

As we’ve seen, the process of updating your gear’s firmware can be easy or complicated, depending on the age and design of the hardware. Nevertheless, it’s usually worthwhile to perform the update, because you’ll get bug fixes and, often, new features. So the next time a message pops up on your Blu-ray player or handheld device prompting you to update your firmware, give serious consideration to saying yes.

Source:http://news.idg.no/cw/art.cfm?id=C954BB11-1A64-6A71-CE283A8FE3055F13

Toshiba camileo S10 video camera

April 4th, 2010

We must give credit to flip for creating a new market segment for small portable video cameras that allow you to take quick videos and easily upload them to YouTube. This has somewhat become a cultural phenomena and possibly means of revenue for a quite a few people. Today, we look at the Toshiba Camileo S10 which is built around the same concept but with better specifications. Packaged is a small box, the S10 comes equipped with carrying case, an HDMI cable as well as an analog A/V cable, a USB charger and a mini tripod-stand which will come in quite handy as we’ll explain later.
The S10 is slightly larger than the flip mino HD and around the same size as the Creative Vado. Unlike the Creative and Flip units where the screen is built on the front of the unit, the Toshiba S10 has a flip-out screen found in traditional video cameras and that bringing the screen up and down also acts like a power switch which makes it convenient.A small light is located below the lens that can act as a flash or as a light for low-light still and video capturing.
The back side has a the main record button along with a zoom rocker, a button to switch between HD and SD resolutions as well as Flash and playback buttons. You also have a section here that opens up for HDMI, analog and power connections. On the top of the unit, you have a slot for plugging in SD cards as well as a switch to enable Macro mode shooting. The S10 does not have any built-in memory which I think is good as it allows you to swap SD cards and continue recording instead of dumping contents to a PC. Also, SD card storage keeps increasing and prices falling so you can always equip it with very a very large capacity card.

Source:http://tech.tbreak.com/2010/04/toshiba-camileo-s10-video-camera/

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