In theory, active 3D TVs are supposed to have better image quality than passive models.
Passive televisions such as LG split the image lines so each eye sees only 540 lines. With an active 3D image, each eye sees a full 1080 lines.
For resolution, choose an active television. Before buying, do experience both active and passive models and make your own judgment.
For non-3D viewing, you must look at the technology used to make the display. Modern TV's use an LED backlight, and some have the capability of local dimming, that is, turning off backlight LED's for areas of the screen that are back. This can make a big difference in the contrast ratio of the screen, and is most noticable during movie titles.
For 3D viewing, you should get a chance to view 3D Blu-Ray content (not a demo disc, but a movie) on the screen.
To determine if your 3D TV is active or passive, check the type of 3D glasses it uses. Active 3D TVs require battery-powered glasses that sync with the TV to display images, typically providing better image quality and brightness. In contrast, passive 3D TVs use lightweight, polarized glasses that do not require batteries and are similar to those used in cinemas. Additionally, you can consult the TV's manual or specifications online for detailed information.
Being better depends totally on the experience you wish to have. Active 3D can provide a clearer image if you stay exactly in one spot in a fixed area and maintain your battery charge. Passive 3D provides the same quality image with more options as far as viewing position. Their glasses arent battery-operated neither. If you want a recommendation, there is a type of passive 3D TV which uses cinema 3D tv technology (same technology as the cinema) and it delivers 10/10 for me. I'm not familiar with all the features so you'll have to google it.
This is an argument that continues to battle on and on. Basically, Samsung is active shutter technology and each eye receives a 1080p image at a time. Meanwhile, LG developed a passive technology 3D TV where both eyes receive 540p image at the same time. Samsung does have impeccable quality, though, so make sure to research it all the way. Good luck!
The main difference between active and passive 3D TVs is that active 3D TVs use shutter system and passive 3D TVs don't. Shutter system inserts a black frame after each image frame and the result is when your right eye is seeing an image, your left eye sees a black frame. Each side of the glasses take turn to project the image and the black frame i.e. the glasses. This causes flickering images and crosstalks. Passive 3D TVs, however, let your eyes see the 3D images as you naturally see other things. There are no black frames after each image frame. This allows the passive 3D TVs to be flicker free and crosstalk free. Cinema 3D TVs are passive 3D TVs. Passive TVs project images with more vibrant colors and of higher quality.
TIFF is better for image quality and editing compared to JPEG.
TIFF is better for preserving image quality compared to JPEG.
Samsung, like the majority of manufacturers only makes active 3D tvs. LG and Toshiba make passive 3D TVs. Although there is debate over the better technology, manufacturers are supporting active 3D more than passive. It has had some teething trouble in its early days but recent developments have made it far more robust and the once heavy glasses are now as light as many of the passive glasses.
IDENTITY is: Who you REALLY ARE; How YOU see yourself. Identity is: Substance; Enduring; Active. IMAGE is: Who others PERCEIVE YOU to be; Hoe OTHERS see you. Image is: Appearance; Superficial; Passive.
TIFF is generally considered a better file format than JPEG for preserving image quality because it is a lossless format, meaning it does not compress the image data and therefore does not result in any loss of quality. JPEG, on the other hand, is a lossy format that compresses the image data, which can lead to a reduction in image quality.
To make an image better on a microscope, one can adjust the focus, lighting, and magnification. Ensuring that the sample is in focus, using appropriate lighting to enhance contrast, and choosing the right magnification level can all help improve the quality of the image. Additionally, using a high-quality lens and keeping the microscope and the sample clean can also contribute to better image quality.
JPEG is better than PNG for image compression because it creates smaller file sizes, but PNG is better for quality because it preserves more detail and supports transparency.
TIF is generally considered a better file format than JPEG for preserving image quality because TIF files are uncompressed and do not lose image data, while JPEG files are compressed and can result in some loss of quality.