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Speed limit Voice feedback A voice feedback capable device can provide information by human speech using speech synthesizer text-to-speech - TTS techniques. Speech can be created by concatenating recorded speech sections from very small units such as phones or diphones or entire words sentences.
The typical fields of usage are the following: Navigation systems Warning messages Voice control The voice control, unlike the previous technologies, is voice recognition-based input technique.
First devices with voice control functions initially had to record each command spoken by the end-user, so voice recognition was just a comparison to the previously recorded sound data.
Later voice recognition became general by providing user independent sound recognitions to a limited languages e. Today the major force behind the development is the telecommunication sector, especially the smartphone, the developers of the mainstream operating systems Android, iOS and Windows Phone.
Voice control could be a useful input which could increase traffic safety by allowing the driver to issue a command without being distracted.
One of the most significant players of the automotive voice control solutions is Nuance Inc. Dragon Drive is optimized for the in-car experience with an easy-to-use natural language interface and uninterrupted delivery of all on-board and cloud content. Dragon Drive offers drivers seamless access to the content and services they want, where they want it, whether on the head unit, smartphone or on the web.
Visual interfaces Analogue gauge The oldest and most conventional instrument device is the analogue gauge. Originally the needle of the gauge was linked with a Bowden cable to the measured unit e. In this case the needle is driven by magnetic field or a small electronic stepper motor.
BMW In the newest LCD-based instrument clusters the analogue gauge type displaying will continue to be available as detailed in the following subsection. LCD display Liquid crystals were first discovered in the late 19th century by the Austrian botanist, Friedrich Reinitzer, and the term liquid crystal itself was coined shortly afterwards by German physicist, Otto Lehmann.
The major from automotive perspective LCD technologies are shortly detailed in the followings based on. Liquid crystals are almost transparent substances, exhibiting the properties of both solid and liquid matter.
Light passing through liquid crystals follows the alignment of the molecules that make them up — a property of solid matter. In the s it was discovered that charging liquid crystals with electricity changed their molecular alignment, and consequently the way light passed through them; a property of liquids.
LCD is described as a transmissive technology because the display works by letting varying amounts of a fixed-intensity white backlight through an active filter. The red, green and blue elements of a pixel are achieved through simple filtering of the white light.
Most liquid crystals are organic compounds consisting of long rod-like molecules which, in their natural state, arrange themselves with their long axes roughly parallel. It is possible to precisely control the alignment of these molecules by flowing the liquid crystal along a finely grooved surface.
The alignment of the molecules follows the grooves, so if the grooves are exactly parallel, then the alignment of the molecules also becomes exactly parallel. In their natural state, LCD molecules are arranged in a loosely ordered fashion with their long axes parallel.
However, when they come into contact with a grooved surface in a fixed direction, they line up in parallel along the grooves.
The first principle of an LCD consists of sandwiching liquid crystals between two finely grooved surfaces, where the grooves on one surface are perpendicular at 90 degrees to the grooves on the other. If the molecules at one surface are aligned north to south, and the molecules on the other are aligned east to west, then those in-between are forced into a twisted state of 90 degrees.
Light follows the alignment of the molecules, and therefore is also twisted through 90 degrees as it passes through the liquid crystals. However, when a voltage is applied to the liquid crystal, the molecules rearrange themselves vertically, allowing light to pass through untwisted.
The second principle of an LCD relies on the properties of polarising filters and light itself. Natural light waves are orientated at random angles.I love the thought of highlighting sentences in pdf docs in the palm of my hand with just a simple swipe.
The key will be developing top notch palm rejection software and establishing a tactile feel in the tip of a stylus upon connection with a screen. From this screen you can launch an app – ph-vs.com Samsung Apps Buy an app Make a purchase 1: Search for an app Type to search for a specific app.
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Samsung Galaxy Note 3 Android Smartphone User Manual. when it’s not stored in your ph-vs.comng S Pen S Pen stores inside your device. or personalize it with your own handwriting. Tap the app you want to paste the image into. or if you do nothing. a call with a message Ⅲ Touch and drag Reject call with message toward the middle.