Paper Title

SUPPORTIVE FILTERING BASED APPROACH FOR ONLINE VOTING

Abstract

Social voting is an emerging new features online Social Network. It produces unique challenges and opportunities for the recommendation. In this paper, we have developed a set of matrix factorization (MF) and Nearest Neighboring (NN), Recommender System (RSs) that users find on the social network and Group-related contact information for social voting recommendation. Through the experiment with real social voting marks, we show they can contact the social networks and group\'s contact information the significantly improved popularity voting recommendation improves the accuracy, and dominates the social network information group Contact information at NN-based perspectives. We also see this social and group information is more valuable for cold Compared to heavy users. In our experiments, simple metadata base NN models have been jointly visited by advanced MF models in warm voting recommendation, while non-shot for consumers\' interests Voting is done better by MF models. We recommend further A hybrid RSS, putting different approaches to achieving the best hit rate.
KEYWORDS : Nearest Neighboring (NN), Recommender Systems, Collaborative Filtering.

Paper Title

AN INTRUSION DETECTION SYSTEM FOR PRIVACY MEDICAL CYBER PHYSICAL SYSTEMS

Abstract

We analyzed and analyzed the behavioral behavior of a behavioral approach to detect medical devices in the medical cyber-physiotherapy system (MCPS), which has a significant effect on the patient\'s safety. We offer a procedure to change the behavior of behavior on a state machine so that a device can be monitored for its behavior, easily check the deviation by displaying its behavior against the transmission state machine. Can be checked. An important example, using key sign-in monitoring medical devices, we show that our interference detection technique is much better and secure to support highly secure and secure MCPS applications, with hidden invaders. For high detection possibilities can effectively import the wrong positive effects. In addition, through a comparative analysis, we show that based on the diagnosis of our health, to detect extraordinary patients\' behavior in the application of ITS Technical Healthcare, Deletes the existing insane-based techniques.
KEYWORDS : Intrusion detection, sensor actuator networks, medical cyber physical systems, healthcare, security.

Paper Title

NUMERALS FOR FRACTIONAL DIFFERENTIAL EQUATIONS

Abstract

Fractional differential equations are a field of mathematics study that grow out of the normal definitions of calculus integral and spin off operators in much the identical approach half way exponents is associate degree outgrowth of exponents with number price1,2,5. This paper concern with the problem that tries to approximate the solution of fractional differential equations through and how.
KEYWORDS : Numerals, fractional differential equations.

Paper Title

MODELING AND ANALYSIS OF RADIAL FLOW TURBINE

Abstract

The radial-inflow turbine has been in use for many years. It first appeared as a practical power-producing unit in the hydraulic turbine field. Basically, a centrifugal compressor with reversed flow and opposite rotation, the radial-inflow turbine was the first used in jet engine flight in the late 1930s. It was considered the natural combination for centrifugal compressor used in the same engine. Designers thought it easier to match the thrust from the two rotors and that the turbine would have a higher efficiency than the compressor for the same rotor because of the accelerating nature of the flow.The performance of the radial -inflow turbine is now being investigated with more interest by the transportation and chemical industries: in transportation, this turbine is used in turbochargers for both spark ignition and diesel engines; in aviation, the radial -inflow turbine is used as n expander in environmental control systems, and in the petrochemical industry, it is used in expander designs, gas liquefaction expanders, and other cryogenic systems. The radial -inflow turbine are also used in various small gas turbines to power helicopters and as standby generating units.The radial -inflow turbine\'s greatest advantage is that the work produced by a single stage is equivalent to that of two or more states in an axial turbine. This phenomenon occurs because a radial-inflow turbine usually has a higher tip speed than an axial turbine. Since the power output is a function of the square of the tip speed (p α u2) for a given flow rate, the work is greater than in a single-stage axial-flow turbine.In this paper the modeling of radial flow turbine is done with the SOLID WORKS and the CFD analysis is done with ANSYS software for calculating the efficiency of radial flow turbine by keeping different flow entry angle of liquid i.e. 20,25 and 30 degrees at a pressure of 10 m/s, 7 m/s and 4 m/s. and compared with theoretical values
KEYWORDS :