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Skid steer loaders are earthmoving equipment utilized for numerous tasks, such as loading and unloading of construction material, in the construction industry. A skid steer loader is a rigid framed, small or compact machine with lift arms. It is powered from a battery or an engine, however most skid steer loaders are engine powered, owing to the need for higher efficiency. The tool fitted with the arms is changeable as per the desired work. The ability of skid steer loaders to support attachments makes them versatile in nature. They are highly maneuverable, owing to their compact size and easy functionality.

The Automotive Camera Market is expected to witness significant growth owing to the increase in demand for drive assistance sensors and aftermarket sales of parking cameras. Automotive cameras are used for various applications in automobiles, especially in passenger vehicles, such as night vision systems, cruiser control systems, etc. Automotive cameras be can installed on the front and rear sides of a vehicle as well as inside it for safety purposes. Externally mounted cameras help in maintaining a safe distance from leading vehicles, identifying pedestrians and avoiding them and tracking road edges. They also provide enhanced night vision using HUD. Internally mounted cameras detect drowsy drivers and set off an alarm and identify the occupant on passenger seat for the proper deployment of an airbag. Furthermore, automotive cameras give better driving experience and enhance the rear and front view of the driver.

There are certain things that are not visible to the naked eye, here hyperspectral imaging comes into play. Hyperspectral imaging is used to identify materials, find objects, or detecting processes. In case of hyperspectral cameras, they combine spectroscopy with digital imaging technique.  

Use of robot-assisted surgery has increased exponentially in the past decade. Despite this rapid uptake, there are no credentialing requirements or clear training recommendations surrounding this technology. Institutions are left to determine on their own how best to train and keep their surgeons current in order to address patient safety issues while minimizing cost burden. This white paper discusses the current industry-leading robotic surgical equipment and the solution Mimic Technologies has implemented to change the field of robotic surgery training. 

Educational institutions in higher education and K-12 segments are growing in popularity owing to the innovative and organized knowledge distribution system which incorporates better quality problem learning such as advanced knowledge distribution system, experimental learning and inquiry-based learning among others. Introduction of learning analytics and cloud computing in teaching is driving the digital classroom market over the forecast period. Service providers with cloud computing facilities helps in reducing information technology overhead expenditure through on demand and expandable tools. These kind of advantages have encouraged educational institutions to custom the cloud for storage, computing and back up purposes. Increasing popularity of data science has helped in improving student holding, excellence of students and increase the ways of learning for students. The educational institutions are adopting new technologies to regulate the fixed process of registration and attendance to analyze the performance of the students. Growing number of private international schools to enhance the education system is anticipated to drive the digital classroom market over the forecast period. Rapid increase in the adoption of tablets and mobile phones among students have led to the increase of various types of m-learning methods. Massive online courses and game built learning through m-learning techniques is one of the key drivers driving the digital classroom market over the forecast period.

A collection of data and filing the same in an organized manner is known as a database. When a software application interacts with databases, other applications and the user, to collect and analyze data, it is known as a database management system or DBMS. DBMS serves several purposes such as administration of databases, creation of data and updating of data among others. In memory database (IMDB) is a form of DBMS which utilizes the main memory of the device, for data storage. In memory database is also known as main memory database system (MMDB) or memory resistant database. When compared with disk optimized databases, the in memory database system functions much faster since it memory access is much faster than disk access. Most database management systems, such as Oracle, MySQL and Microsoft SQL Server utilize the mechanism of disk storage whereas in memory database systems, such as Oracle Coherence and Starcounter among others utilize the mechanism of memory access. In memory databases generally utilize volatile memory. But the introduction of non volatile memory modules has enabled the storage of data even in the event of power failure. Customized versions of in memory databases can offer several advantages. Some such advantages are the ability to accumulate and store large quantities of multidisciplinary data in a relational format, without having to wait for the slower batch processing and ability to predict events of find anomalies in data, by processing historical data and real-time data simultaneously.

Primary objective of incident response system is to provide a collective effort in order to manage any short of security bridge or attack after getting an indication from a system. It also help to restrict the damages in the system and thus reduces the recovery time and cost. This system consist of a planned response that should be followed at the time of security bridge in order to protect the data. Organization members from various field including public relation, IT, human resource and security among others are involved in the formulation of the plan. The market of incident response system is predicted a stable during the forecast period from 2016 to 2024 owing to increasing concern regarding data loss across different organization. 

A high-speed camera is an image capturing device that is equipped to capture frames exceeding 250 frames per second. The image exposure exceeds 1/1,000. High-speed cameras are mostly used to capture fast moving objects as images that are stored in storage devices. After they are stored, these images can be played back in slow motion. Modern high speed cameras are electronic and are either a CMOS active pixel sensor or a charged couple device (CCD) which typically captures 1,000 frames per second. Usually, high speed cameras can be segregated into four categories – high-speed film camera that captures to film, high-speed video cameras that record to electronic memory, high-speed framing cameras that record images on multiple planes or multiple locations on a single plane, and high-speed streak cameras which records line sized image series to electronic memory or film.

Building Management Systems (BMS) or building automation systems (BAS) are computer based control systems installed in buildings, which monitor and control the building's electrical and mechanical equipment such as security system, fire system, power system, lighting and ventilation. Building management systems consist of hardware and software. The software can be proprietary and is generally programmed in a hierarchical manner, using protocols such as Profibus and C-Bus. In modern times, building management systems also integrate through internet protocols such as Modbus, LonWorks, BACnet, XML, SOAP, and DeviceNet. Building management systems are commonly installed in large scale projects which have extensive electrical, HVAC, and mechanical systems. Close to 40% of a building's energy usage is from systems that are linked to a building management system. In addition to internal systems, building management systems are also linked with access control such as access doors controlling and turnstiles that allow access and outlet to the building, and other security systems such as motion detectors and CCTV. Elevators and fire alarm systems are often linked with a building management system for monitoring purposes.

A dyno or dynamometer is a device that is used in evaluating power, force, or torque. For instance, the torque produced by a motor, engine, or other prime rotatingmoving parts can be determined by concurrently measuring rotations per minute and power. A dyno is also used to decide the power and torque necessary to drive a driven device such as a motor in a pump. In that case, a driving or motoring dynamometer is utilized. Dynamometers have a significant role in research and development laboratories. With the rising focus on creating an eco-friendly environment while improving the air quality, automobile firms are under tremendous pressure to improve vehicle engines while controlling emission and noise of exhaust gases. This has mandated automobile makers to either setup their own engine testing facilities or enter into contract with third party organizations for dynamometer testing on their new power train or engine.