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Many of us have visions of producing that "once in a lifetime" image. This may be one that you have struggled to perfect - a landscape or a certain portrait perhaps. Alternatively, it might be one that you have captured in a fit of "photojournalism".

The latter is something we often wish to aspire to. Capturing an image at the moment of breaking news and then wiring it to some picture agency or even a local newspaper has the feel of professionalism and excitement about it. Seeing your image in print can work wonders for the psyche as well as accumulating that little bit extra in your bank balance.

But consider your actions. What pictures are you going to take, for what audience and where will you send them? More importantly, what are the consequences of your actions?

Imagine you are driving along the highway and you come across a car that has just burst into flames. It's dramatic and you are first on the scene. What do you do? Do you get your camera out and start snapping away, knowing that you have an exclusive in the bag?

Or do you do what many would call the "honourable" thing and call for help and perhaps administer valuable assistance to the poor occupants of the car, some of which might be severely injured or even worse.

It's a moral dilemma which could land you in trouble. Moreover, it could play on your conscience in the future if anybody did come to serious harm whilst you were there taking pictures when you could be offering aid and succour.

Perhaps leave photojournalism to the professionals in certain circumstances?

Eric Hartwell oversees the worlds best home page a user-led resource - you can read, digest and contribute your opinions on any subject.

2009 Mems Inertial Sensors Status And Trends Of 2010

Inertial sensors including accelerometers (or accelerometer sensor of dollars) and the angular rate sensor (gyroscope) and their single, double, three-axis combined IMU (Inertial Measurement Unit), AHRS (including magnetic sensor attitude reference system).

Is the use of MEMS accelerometer inertial sensing the quality of force measurement sensor, the general standard of quality from the block (sensor element) and the detection circuit. According to the different sensing principle, mainly piezoresistive, capacitive, piezoelectric type, the tunnel current-type, resonance type, thermal and electromagnetic coupling type and so on.

In 1998, the United States CSDL design and development of the first MEMS gyroscope. In the same year, Drapor lab developed another form of MEMS gyroscope.

MEMS gyroscope is the use of vibration-mass has been the base (shell) driven rotation of the Coriolis effect to the principle of the angular velocity sensor is made.

Mainly in the form of framework-driven (inside and outside the framework of the two kinds) comb-drive type, electromagnetic-driven and so on.

IMU because it is combination of MEMS technology, micro-inertial measurement unit, so many places called MIMU. Mainly by the three MEMS accelerometers and three gyro and the solver circuit.

AHRS consists of three magnetic sensors, compared with the IMU, and based on four elements in France to understand calculation, can output directly to a sports body pitch angle, roll angle and heading angle.

Low-precision MEMS inertial sensors, as consumer electronics products are mainly used in mobile phones, game consoles, music players, wireless mouse, digital cameras, PD, hard disk protector, smart toys, pedometer, anti-theft system, GPS navigation, portable. Because of acceleration measurement, tilt measurement, vibration measurement and even rotational measurements and other basic measurements, to be excavated consumer electronics applications will continue to emerge.

Intermediate grade MEMS inertial sensors for industrial and automotive grade products, are mainly used in automotive electronic stability systems (ESP or ESC) GPS-assisted navigation systems, automobile airbags, vehicle attitude measurement, precision agriculture, industrial automation, large-scale medical equipment, robotics , instruments | instruments and meters, construction machinery and so on.

High-precision MEMS inertial sensors as a military-grade and aerospace level products, the main demand high precision, the whole temperature range, shock and other indices. Mainly used in wireless communications satellite, missile seeker, optical targeting systems, stability of the applications; aircraft / missile flight control, attitude control, yaw damping control applications, as well as medium-range missile guidance, inertial-guided GPS navigation applications, remote aircraft ship equipment, battlefield robots.

For consumer electronics of MEMS inertial sensors, the main requirement is that the low price, small size, narrow temperature range, so accuracy is low, or even functional products. Acceleration sensors, light weight, power consumption is small, generally measuring range 1 ~ 10g ~ 50g, Resolution 2mg ~ 10mg, top general in the range ± 300 ° / s, zero-bias in the 500 ° / h ~ 1000 ° / h, so some companies products do not give a zero bias indicators or to give 0.1 ° / s ~ 0.5 ° / s.

MEMS accelerometer can be produced at present the companies are more, most of the semiconductor, such as the United States, ADI, Invensense, ST, Freescale, Sensor Dynamics, MSI (ICSensor), MEMSIC (producer in Wuxi, China) Europe, VTI, Infine, production MEMS gyroscope's the United States, ADI, Knoix, ST, Europe, Infine, Methes, Japan, Murata, National, Oki, Fujitsu. December 3 Di Semiconductor Co., Ltd. Shenzhen, Shanghai, China issued a consumer-grade MEMS gyro, a company in Wuxi is also in development.
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I need help with my Nikon D3000!!?

I want to get into photography, but I'm applying for medical school this year and don't have time right now for photography classes. My sister's Prom is coming up and I want to get some gorgeous shots for her and her boyfriend. She's stunning so the pictures will look great, but can anyone give me advice on where to shoot, angles, settings, yaddah yaddah, to get a really great picture? Also, I'm a collegiate gymnast and have tried photographing my teammates. I tried setting it to the Athlete/Action setting (if that's what you call it) but many of the pictures were still really blurry.

This will by no guarantee produce good pictures for you because contrary to common belief these days it still takes practice to make a good photograph. But, here are a few things you can try. For camera settings put it in aperture priority or manual mode and use ISO 100-400 depending on your light needs. Also assuming you have a basic 18-55 kit lens use the lens at 55mm as this will get the most flattering look. Use your lowest aperture possible, if f/5.6 is as good as it gets thats fine this will help to blur the background. Also maximize the space between your subject and the background as this will also help to blur it out and help your subject to pop. Make sure your shutter speed stays high enough to avoid camera shake, just to be safe at least around 1/250 you could technically hold it as low as 1/60 but lets not push it. Set your white balance on auto if need be, but would be best if you can use one of the presets to match the lighting conditions. As for angles, the generic way is to have them stand or sit at an angle and then turn their head towards the camera. Ask her to smile with her eyes or an inward smile as this gives a nice look and avoids over smiling. Also make sure she takes some deep breaths and relaxes her shoulders. Possibly the most important aspect is going to be lighting. Since you have no artificial lighting the two best places are going to be window light which gives a nice directional lighting and then in the shade on a sunny day. Sunrise and an hour before sunset also produces very soft warm light, but be careful the pictures dont come out too warm at sunset. Hope this helps, any of the more technical terms can be clarified by your manual.

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