VECTOR LIGHT COMPRESSOR GENERATOR

This type of noise can arise in far more diverse patterns in multi-view images than in single-view images. Noise appears in various ways due to various causes, such as the amount of light reaching the camera sensor or reflecting off the dust in the air. During the image capturing step, noise can be generated for various reasons. Recently, light field-based virtual reality (VR) recognizes an interactive and immersive “walk-around space” by rendering an image of an arbitrary viewpoint through a combination of pixels. The light field information of dense multi-view images is frequently used in such applications as post-refocusing, super-resolution, occlusion reconstruction and depth estimation. Multi-view images or light field data, acquired from a multi-camera array by capturing a plurality of images of different viewpoints, are used in various applications, including the synthesis of a high-resolution image with a high dynamic range or the reconstruction of an occluded area through synthetic aperture photography (SAP). Experimental results show the proposed scheme significantly improves the compression efficiency of denoised views up to 76.05%, maintaining good denoising quality compared to the popular conventional denoise algorithms. Assuming the sequential processes of denoising and compression, multi-view geometry-based denoising is performed keeping the temporal correlation among views. In this paper, the structural characteristics of linear multi-view images are fully utilized to increase the denoising speed and performance as well as to improve the compression efficiency. Therefore, denoising is a prerequisite to produce multi-view-based image contents. However, noise can be easily generated during image capturing, and these noisy images severely deteriorate both the quality of experience and the compression efficiency.

The compression efficiency is also critical because a large amount of multi-view data needs to be stored and transferred. High image quality is essential in systems with a near-eye display device. Immersive virtual reality is an important example. Electric standby. Standard with Vector TRUs, this feature cuts fuel consumption, engine noise and emissions, while boosting operational savings.Multi-view or light field images have recently gained much attraction from academic and commercial fields to create breakthroughs that go beyond simple video-watching experiences.

Compliance plus. The TRU unit provides compliance with 2013 EPA Tier 4 emissions regulations, while also improving operational efficiencies and performance.Reduced maintenance cost. The Vector system eliminates many maintenance items found in conventional mechanical refrigeration systems, such as alternators, drive belts, idlers, vibrasorbers, compressor shaft seals, and clutches.

Advanced compressor design. For improved refrigeration performance, the latest Vector™ systems use a fully sealed electric scroll compressor with 70 percent fewer moving parts and weighing 200 pounds less than a traditional reciprocating compressor.Advanced features, including simplified wiring, integral control module and electronic expansion valves result in more precise temperature control, better recovery after door openings, higher reliability, and lower fuel consumption. Smart remote evaporators. For refrigerating additional trailer compartments, one or two of our new smart remote evaporators may be added.Enhanced performance. The latest generation Vector™ trailer refrigeration units utilize ecoFORWARD™ technologies to offer significantly reduced weight, improved fuel economy, and greater refrigeration capacity than our prior hybrid trailer refrigeration units.

VECTOR LIGHT COMPRESSOR GENERATOR

E-Drive™ technology. Proven and refined over a decade, Carrier Transicold’s all-electric refrigeration technology means refrigeration and heating operations are 100 percent electric, powered over the road by an on-board generator driven by the unit’s diesel engine.

Vector light compressor