An Empirical Approach to Model Formulation for System Support Engineering

Organizations today face intense competitive pressure to maximize their performance over time as customer expectations increase. The literature suggests that there is a need to develop a tool or techniques that practitioners in the industry can apply to help in support system design for operating assets as a long‐term service solution in order to maintain optimized performance and obtain the best return on investments. This technique should integrate the industry domain knowledge to create and deliver support solutions for in service assets. There is no generic architecture for system support engineering available for practitioners to use. This will lead to the following question “Can industrial practitioners have a generic architecture to simplify the development of such a system”? If the answer is yes; then how possible is it? Therefore, this paper will present an empirical approach to model the formulation for a system support engineering (SSE) generic framework. The development of the SSE Framework combines both literature analysis and empirical work. Also, it will provide a possible answer to the research question and suggest further recommendations and opportunities for future research

A Review of Classifications Techniques and computer aided used for Breast Cancer Detection

One of the most prevalent and deadly diseases in women is breast cancer due to the increasing incidence, many researchers have become interested in it in recent years. Due to the difficulty of distinguishing with high accuracy the infected and nonaffected breast tissue, computer-assisted diagnostic techniques were introduced, as the correct diagnosis requires the use of methods for extracting the distinctive characteristics of breast tissue. Pre-processing, features extraction, and classification are the three primary processes that make up the machine learning method for detecting breast cancer. Because it has a significant impact on the accuracy of the extracted system, as the methods used to extract the distinctive characteristics of breast tissue and thus affect the patient's life, so several methods were used. This research paper aims to study, analyze and compare the methods used to determine the characteristics of breast tissue for the purpose of accurate diagnosis of breast cancer

Efficient RTS and CTS Mechanism Which Save Time and System Resources

It is a well-known fact that the forthcoming names are distinctively different: interference range, career sense, and transmission. The given paper reveals the underlying study of disengagement of a request to send (RTS)/ clear to send (CTS) dialog. It was basically adopted under the influence of both; the presence of distributed coordination function of IEEE 802.11 and a sub-layer protocol which is called media access control (MAC) protocol. The demonstration was seen when applying a type of traffic flows such as Constant Bit Rate (CBR), Transmission Control Protocol (TCP), and besides User Datagram Protocol (UDP). When these are applied the output performance in term of throughput shows a very linear topology configuration of the network. To sum up, a new RTS /CTS mechanism was proposed based on the results obtained from the above suggestions. The detailing for the new mechanism showed that a terminal node will be responsible for deciding if it is authorized to use an RTS/CTS protocol dialog to send one of its packets or not. Needless to say, this process will be dynamic in nature