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The human vision sensors are Dynamic Vision sensors which work same as the human retina. The human vision sensors work on the principle of the capturing the scene 'at the time they occur'. The popularity of the human vision sensors is increasing due to the fact that the captured data is in the continuous form, on the other hand, the conventional vision sensors capture the scenes in the form of series of frames. These frames consist of a large amount of data in the form of images and other scenes. This information results in the wastage of the RAM, memory access, energy, time, computational power and the disk place to store the information. Also In addition to this, each frame differed in a factor of the dark or bright regions which makes it difficult to process. Human vision sensors offer an advantage at this point by avoiding the wastage of energy in sending the entire images at fixed frame rates, only the target pixels at desired level changes occurred due to movements in a scene are transmitted on the real-time basis.

The growth of the Spectrometer's demand is primarily driven by the increasing experiments and other analysis properties which are carried out for finding the properties and material composition and their respective properties. These experiments are carried out as the results of these tests and also used responsibly for the further study of the materials. The spectrometer is increasingly used at industrial level for analysis the breakdown of the material. The spectrometer is gaining immense popularity by widening its area of applications in the different industries and variable parameter. Industries have started to use the spectrometers for different purposes such as for analysing the separating the atoms, molecules, and particles by using their mass, energy or momentum associated with them. 

Today's millennials are consuming tea as on-the-go beverages. According to World Tea News, in a forecast by Packaged Facts, the foodservice tea market will likely have an edge in future growth momentum as sales are expected to increase through 2018 and beyond further driving the sales of alcoholic tea market. Millennials are seeking innovation and variety when it comes to current tea offerings. The growing interest in health and wellness as well as the demand for transparently simple, whole food offerings continue to drive interest in alcoholic tea market. Innovations, underpinned by a great tasting, healthful product, means that alcoholic tea market will continue to grow in the U.S. New versions of tea-infused alcoholic beverage specialties have opened an entirely new, young alcoholic tea market. The tea-infused cocktails are becoming the hottest trending island-inspired flavors with the crisp, clear taste of premium tea on the backdrop of which the alcoholic tea market is surging at a healthy CAGR.

The millennials have been the driving force behind the growth of the meat alternatives snack category.

Pulses are the edible seeds of plants in the legume family. Pulses grow in pods and come in a variety of shapes, sizes, and colors. The United Nations Food and Agriculture Organization (FAO) recognizes 11 types of pulses: dry beans, dry broad beans, dry peas, chickpeas, cow peas, pigeon peas, lentils, Bambara beans, vetches, lupins and pulses nes. Pulses are very high in protein and fiber, and are low in fat. A growing global population, combined with factors such as changing socio-demographics, will place increased pressure on the world's resources to provide different types of food. Increased demand for animal-based protein, in particular, is expected to have a negative environmental impact, generating greenhouse gas emissions, requiring more water and more land. Addressing this "perfect storm" will necessitate the more sustainable production of existing sources of protein as well as alternative sources for direct human consumption. This is where essential plant-based proteins such as pulse protein come into the picture and are expected to expand at a significant CAGR.

Wheel Alignment machine is an equipment, which is used for alignment of all wheels of the vehicles during assembly and also when the wheels lose their alignment during their operation. Wheel alignment machine adjust the angle of wheels to the manufacturer's recommended specification/position. Wheel alignment machine check all the signs of poor alignment as well as inspection of the toe, camber and caster, which are basis components for measuring wheel alignment and orientation. Now a days, different technology are integrated with wheel alignment machine, in order to enhance the inspection quality as well as to reduce the alignment time. Wheel alignment machine are available with different features such as portability, wireless connectivity, among others. These features are expected to increase the demand for advanced wheel alignment machine over the coming years.

Bus has been always an important part of road transportation for public use. In many of the cities across globe, still buses are the most used mode of transportation for inter and intra city commute. The bus transmission system is a mechanism that transmits the power developed by the engine of the bus to the driving wheels. With the growing need for technological advancements and to cater the demand of growing transportation needs, the OEMs are shifting to develop automatic bus transmission systems. Currently, more than half of the world's population resides in cities, by the end of 2050, it will be more than 66%. This will create a profound impact on people's quality of life. Most of the bus transmission systems utilize gasoline & diesel as a fuel. Concurrently, this leads to production of CO2 and other greenhouse gases. Today's air pollution levels in the cities are already enlightening the limits of a mobile society that depends on bus transit. Furthermore, CO2 emissions are accelerating climate change across the globe. Established players and new players are forced to limit the emissions through manufacturing efficient and eco-friendly bus transmission systems.

Carbon nitrides are compounds of carbon and nitrogen. The carbon nitride is anticipated to be a new super hard crystalline material with hardness approaching that of the diamond. Carbon nitride has an atomic level smoothness and extreme wear-resistance. The carbon nitride is also referred to as dicyanogen, cubic carbon nitride, oxalic acid dinitrile, crystalline carbon nitride, oxalyl cyanide, dicyan, oxalonitrile, ethedinitride and, others. Carbon nitride comes in powdered, crystalline and amorphous form. Carbon nitride is most widely used for making super hard thin films and coatings. The other applications of carbon nitride include in laser-patterned memory devices, bulk heterojunctions and energy storage devices among others. Carbon nitrides are said to be metal-free materials and are widely used for energy applications. Research and development of carbon nitride compound with graphitic to polymeric structures and high nitrogen to carbon rations are being investigated. These research would be a probable next-generation materials for storage and use in energy conversion devices, in addition to the catalyst and optoelectronic applications.

The term 'low VOC' refers to volatile organic compounds that are not harmful to the environment and humans. Low-VOC adhesives are used to bind laminates, wood, metals, and particle boards. They are also employed to bind soft foams, lightweight materials, and substrates with more porous surfaces. Low-VOC adhesives have high-strength bond, making them ideal for use in bonding paper, cardboards, and numerous applications such as labeling, packaging, palletizing, and case-sealing. Low-VOC adhesives are also used in a wide range of industries and applications including product assembly, furniture & upholstery, and textile.

A hydraulic hose is specifically designed to carry hydraulic fluid to or among valves, actuators, hydraulic components, and tools. Hydraulic hoses fitted with proper connections are used to transmit fluid or fluid power within a hydraulic system maintaining the high-pressure conditions. With the need for more energy efficient green buildings, the demand for hydraulic hose and fittings equipment increases in order to reduce the pollution and usage of natural resource of energy. Increase in demand for modernization and rise in demand for better infrastructure facilities are driving the hydraulic hose and fittings market. Expansion of the global hydraulic hose and fittings market can be attributed to the surge in demand for construction equipment. The growth of the agricultural sector also boosts the hydraulic hose and fittings market with the usage of equipment such as tractors, haying machines, combined harvesters and tillers. These machineries such as tractors, haying machines employ hydraulic machines perform various tasks and consists of hoses and fittings for fluid conveyance.