In textile industries the texture defect identification and classification is very necessary to maintain good quality of the product. Sometimes, it is very difficult to identify and classify the small fabric defects by human eye and this affects the production tremendously. The development of fully automated web inspection system requires robust and efficient fabric defect detection algorithms. The detection of local fabric defects is one of the most intriguing problems in computer vision. Texture analysis plays an important role in the automated visual inspection of texture images to detect their defects. Various approaches for fabric defect detection have been proposed in past and the purpose of this paper is to categorize and describe these algorithms. This paper attempts to present the survey on fabric defect detection techniques, with a comprehensive list of references to some recent works

Flipped Arena can be seen as communication technique that consists of two parts: interactive learning activities, and direct computer-based individual instruction outside the four walls. The aim of this study to look into the flip arena where people can learn, in many area, where the old or physically challenge people can be able gain knowledge and speak freely. On the other hand introducing the rural area into the future. This research will provides an inclusive survey of previous and current research of the flipped classroom and conceptual solution model based on business model canvas (BMC).

The quality of the welding is most significant for the engineering industries to satisfy the customer needs. Friction welding is the one of the solid state welding process for joining similar and dissimilar materials without the applications of filler rod. In this friction welding process, heat is generated at the interface of joining the specimen under plastic deformation by converting the rotational energy into heat energy. Recently AISI 4340 steel plays major role in the manufacturing, automobile, nuclear and marine industries. In this experimental investigation, KUKA continuous drive friction welding machine with constant rotating speed of 1500 rpm is used for joining the similar combination of AISI 4340 steel rods. The important friction welding parameters such as heating pressure, upset pressure and heating time were selected and studied at three different levels as per the recommendation of L₉ orthogonal array. The welded joint strength was estimated by using the computer controlled universal testing machine. In this research work an effort is attempted to evaluate the optimum level of tensile strength on Friction Welding of        AISI 4340 steel joints using Design of Experiments concept. The experimental results shows that upset pressure plays important role in the friction welding process and the optimum level is recommended for further research.

Typically, engineers move to business for several reasons.  The MBA is sought by engineers because it is viewed as an easy (and faster) way to get into management, as the program is typically much easier than engineering curriculum.  Typically it takes a professional 26 years to move up into the executive ranks of an organization.  Therefore, we are all seeking a much faster route to greater success.  The MBA is often seen as a way to change career fields, not just positions.  Why? Business knowledge applies to all industries, whereas specific technical knowledge can keep you tied down to a specific industry.  The important distinction between the engineer and the MBA is that as an MBA you'll most likely have to learn to deal with people issues, not technical ones.  This requires a different skill set

The Indian education system places strong emphasis on mathematics and science, resulting in a large number of science and engineering graduates. Mastery over quantitative concepts coupled with English proficiency has resulted in a skill set that has enabled India to reap the IT. Indian programmers are known for their strong technical and analytical skills and their willingness to accommodate clients. The cost of software development and other services in India is very competitive as compared. Indian IT industry has also gained immensely from the availability of a robust infrastructure country.

Recruitment is one of the biggest challenges in front of the Indian companies. There is need of a recruitment tool to meet the present and future trends in recruitment process of any organization. This paper explores the industry trends and deals with conceptual frame work of recruitment system. Further, this paper drawn a design of corporate recruitment system and it provides a solution for fast and easy process in recruitments and also   it can be used in the process of decision making  in new recruitments.

  The primary aims of Physical Education very historically based on the needs of the time and place. The needs and the demands of Physical Education are ever changing with the change of the society and the different other influential factors. Once it was considered as extracurricular activities, later enters as a co-curricular and at present got its importance as a regular and essential academic discipline. It has own body of knowledge, having base of research and exploration about future profession. Physical Education is a process through which an individual obtains optimal Physical, Mental, Emotional and Social skill through physical activity. It is a planned, sequential and progressive programs that promotes and instigate the lifetime physical movement with beauty and vigour. The aim of Physical Education is to bring the wholesome development through Organic development, Neuro-muscular development, Intellectual development and emotional development considering the four major domains of Physical Education, which are physical development objectives, motor development objectives, mental development objectives and social development objectives.

In present day distribution systems, major power consumption has been in reactive loads, such as fans, pumps etc. These loads draw lagging power-factor currents and therefore give rise to reactive power burden in the distribution system. Moreover, situation worsens in the presence of unbalanced loads. Excessive reactive power demand increases feeder losses and reduces active power flow capability of the distribution system, whereas unbalancing affects the operation of transformers and generators. A Distribution Static Compensator (DSTATCOM) can be used for compensation of reactive power and unbalance loading in the distribution system. Many efforts have been done to realize it without bulky and heavy coupling transformer and to reduce the size of bulky inductive filters, using multilevel converters. Multilevel converters are divided to three categories: neutral point clamped (NPC), flying capacitor (FC) and cascaded H-bridge (CHB) converters. Among the mentioned topologies, the cascaded H-bridge converter is more interested due to its extreme modularity, easier dc voltage balancing, and minimum number of required components for a specific number of voltage levels. However, both star-type and delta type cascaded H-bridge converters have the limitations under the situation of unbalanced load or asymmetrical power supply. In this project, a new control strategy with a focus on dc-link voltage control of splitting capacitors is proposed, along with the theoretical analysis and associated discussions. The proposed concept is tested at different loading conditions by using Matlab/Simulink software and the corresponding results are presented