Introduction Floating Point Unit (FPU) refers to a certain sort of computer processor that's used to perform arithmetic operations on floating-point numbers or integrability with fractional components. Program that's built to handle complicated numerical issues rapidly and precisely is more compelling. Microprocessors used in logical, engineering, and financial applications that require overwhelming computations frequently have FPUs. History of FPU When mathematicians, physicists, and engineers were looking for a way to perform complex computations, they created the first Floating Point Units (FPUs). The first FPU was introduced by Intel in 1971 as a separate chip for the Intel 4004 microprocessor, ... Read More

Introduction Food Processing Technology (FPT) is the scientific use of a variety of methods, techniques, and tools to produce nutritious, aesthetically acceptable food products from raw materials. FPT involves numerous procedures, including cleaning, sorting, grading, cutting, cooking, combining, packaging, and preservation. These methods assist in extending the shelf life, flavour, texture, and nutritional value of the food products while also satisfying the criteria of consumers and regulatory organisations. FPT has played a significant role in expanding environmentally friendly and sustainable practices in the food industry as well as enhancing the effectiveness, quality, and safety of food production. FPT, which ... Read More

Introduction Frequency Modulation (FM) is a technique for sending data across a carrier wave by changing the frequency of the wave in response to the modulating signal. The carrier wave's frequency varies proportionately to the amplitude of the modulating signal. The outcome is a signal with variable frequency but constant amplitude. High-fidelity audio signals are frequently transmitted using FM because it is less prone to noise and interference than other modulation methods. Additionally, it is utilised in radio broadcasting, navigational systems, and other programmes that call for long- distance information transmission. To recover the original modulating signal from the ... Read More

Introduction Frame Loss Ratio (FLR) is a statistic used in telecommunications and computer networking to measure the percentage of data frames or packets lost during transmission between two places. Network administrators may evaluate network performance, spot possible problems, and take the necessary action to lower FLR and guarantee the provision of high-quality services by monitoring and measuring FLR. FLR is a crucial performance statistic for evaluating network connection quality and spotting any problems that might compromise the dependability of data transfer. A high FLR may be a sign of equipment issues, network congestion, or other issues that may need ... Read More

Introduction Fuel Injection Pump Lever (FIPL) is a component of the fuel system in a diesel engine. The FIPL is responsible for controlling the amount of fuel that enters the engine's combustion chamber. When the throttle is opened, the fuel injection pump lever is moved to increase the amount of fuel that is injected into the combustion chamber. This allows the engine to produce more power and run at higher speeds. The FIPL is usually located on the fuel injection pump itself, which is typically mounted on the engine. It is important that the FIPL is properly adjusted and ... Read More

Introduction Fragment Header Check Sequence (FHCS) are nothing but data packets are subject to a network-based safety check. Due to a number of extra bits that were added to the packet header, the data was neither altered nor deleted throughout the transmission process. The sending device adds these bits to the packet, and the receiving device checks them to make sure everything is still the same. If there are any problems, it means that something went wrong with the data and it needs to be fixed. Purpose of Fragment Header Check Sequence In network communication, the Fragment Header Check ... Read More

Introduction Extended Time Division Multiple Access (ETDMA) is a communication technique employed by the mobile communications systems employ. It is a multiple-access technique that divides time into frames and allots time slots to different users, allowing numerous users to share the same wavelength band. ETDMA (Extended Time Division Multiple Access) allows for more flexible resource allocation than typical TDMA (Time Division Multiple Access), where all time slots have a predetermined duration. This implies that ETDMA can give customers that need more bandwidth or capacity more time slots while giving few time slots to those who need few of the ... Read More

Introduction Electronic Stability Control (ESC) is a computerised technology used in all vehicles to detect loss of traction and skidding. When the technology detects the loss of control steering, it automatically applies the brakes and assists the drivers in whatever direction they are going. This system also oversees the other driving factors, like steering, throttle, and rotation around the vehicle's vertical axis, to detect the loss of control. It is an innovative technology that assists the drivers of vehicles to be safe and sound in a mishap, and it greatly reduces the chance of the drivers losing control of ... Read More

Introduction Earth Resources Technology Satellite (ERTS) was created to offer a worldwide picture of the Earth's land surfaces, seas, and atmosphere, etc. Researchers were able to analyse numerous features of the Earth's surface, such as plant cover, land usage, and changes in water bodies, thanks to the satellite's multispectral scanner, which was equipped to record pictures in a variety of light wavelengths. The ERTS/Landsat program has undergone multiple revisions since its debut, with subsequent satellites carrying more sophisticated sensors and technology. Launch and Development of ERTS The first satellite to be launched with the intention of remotely sensing the ... Read More

Introduction Erasmus Research Institute of Technology (ERIM) has been the centre of knowledge for management studies since 1998. It has impacted societal and managerial studies, with more than four hundred and fifty management scientists contributing further to the study of management and innovations. The main focus is to help businesses have a scientific approach through research that will assist organizations and enterprises in improving their business operations and processes that will make them more profitable and socially acceptable. In 2010 Erasmus Research Institute of Technology was ranked in the top three schools for business research and the top twenty-five ... Read More