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Collaborative Sensor Fault Detection (CSFD) technique is used to detect the faults in the sensor nodes of a fusion center in a robust distribution estimation scheme. This technique can identify the faulty nodes efficiently and improve the accuracy of the estimates. ASIC implementation is used to design the fusion center based on their applications. In this approach there occurs some limitations such as computational complexity; hardware implementation is quite complex and high power consumption. In order to overcome these difficulties, we modify CSFD and propose an ECSFD scheme. ECSFD is simple and requires lower computational complexity, thus lower hardware cost and power consumption can be achieved. Furthermore, ECSFD achieves almost the same performance as CSFD. VLSI architecture is developed for hardware implementation.

Waste is an unavoidable by product of human activities. All the human activities ie., domestic, commercial, industrial, healthcare, organizations, generates solid wastes that are normally discarded as useless or unwanted. The wastes generated from these activities of more advanced society produce more complex and heterogeneous wastes because of living standards and changing food habits. With rising urbanization, change in life style and improving living standards in cities; have led to increase in per capita waste generation and complexity of generated waste in the recent years. The problem in cities lies not only in the quantity but also in the quality and composition of the wastes, which have changed from being dense and almost entirely organic to voluminous and increasing non-biodegradable with higher percentage of toxic substance. The exponential growths of human population & resource consumption have left outstripped the ability of the natural environment to assimilate it and municipal authorities to manage it. Increasing migration, high-density population will make waste management a difficult issue to handle in the near future.

An analysis is presented to investigate the Dufour, soret and thermophoresis parameter effects on MHD Mixed convection, heat and mass transfer about an isothermal vertical flat plate embedded in a fluid-saturated porous medium in the presence of viscous dissipation. The similarity solution is used to transform the problem under consideration into a boundary value problem of coupled ordinary differential equations, which are solved numerically by using the finite difference method. Numerical computations are carried out for the non-dimensional physical parameter. The results are analyzed for the effect of different physical parameters such as Dufour number, Soret number, thermophoretic, MHD, mixed convection, Eckert number, inertia parameter, buoyancy ratio, and Schmid number on the flow, heat, and mass transfer characteristics.

Two simple, sensitive and economical spectrophotometric methods have been developed and validated for the determination of Paliperidone in pharmaceutical dosage forms. The methods were based on the formation of colored complex of Paliperidone with different reagents. The absorbance of the formed color complex is measured at the wavelength of maximum absorbance of the complex against the reagent blank treated similarly. These methods have different linearity ranges observed in the concentration ranges of 8 – 28 and 4 – 14 ?g/mL with correlation coefficients 0.9995 and 0.9998 respectively. Statistical analysis proves that the proposed methods are reproducible and selective for the estimation of Paliperidone in bulk drug and in its tablet dosage form.

By and large in remedial field checking performed on the little part of a picture anyway it comes to fruition high cost and less transmission speed as a result of its gigantic picture measure. Continuously it is to a great degree troublesome errand to diminish the degree of the picture without loss of information. At this situation by using some pressure strategies which are having the ability of higher remaking quality we will diminish the span of the picture. In any case, the nature of a photo expect a key part in the solution. On account of this reason we proposed upgraded pressure procedures. As a piece of this method we are performing district based division procedure by part the picture into two locales, ROI and NONROI which are trailed by applying LOSS and LOSSLESS pressure strategies. By applying different wavelets for ROI and NONROI pictures, we will register the pressure proportion and recognize the best appropriate wavelet procedure. By then we will finish our requirements i.e. picture with high transmission speed, less cost and less size. At long last compacted picture should be transmitted through flexible and web organizations. This examination article guarantees bolster for the destitute society with in regards to savvy who are enduring with ailments.

Surface soils representing a wide range of pH, EC and OC in Sundarbans were studied to determine the relationships between microbial growth efficiency and soil properties besides temperature changes. The field study shows that bacterial and fungal growth efficiency are maximum (100 %) in November and in January and minimum (9 -21 %) in April and May months respectively. Regression analysis indicates that pH, EC and OC besides temperature accounted for most of the variability in efficiency of microbial population over 85%. Multiple regression analysis predicted the growth efficiency of bio inoculates in different soil conditions in Sundarbans. Further field study shows that the application of Azotobactor increases tomato yield 2.5-20.4 % and chilli yield 2.1-16.1 % over balanced 75% NPK doses. These percentage of increases yield of tomato and chilli are highly statistical significant (r= 0.975 and r= 0.961 respectively) with bacterial growth efficiency. Increases of percentage of tomato and chilli yield on Azotobactor application based on bacterial growth efficiency depending on soil properties in Sundarbans is also predicted from regression equation. Soil and temperature requirements for microbial growth efficiency are tabulated according to Sys et al. (1993) from regression equation.

The study deals with survey of Aeromycoflora of commercial complexes like shopping malls of Raipur city and other commercial buildings like restaurants, hotels, educational building, gyms, parlors, bakery, shops etc was done to find out fungal spore types present in air and how they affect humans by spreading variety of allergic diseases. Raipur is the capital city of Chhattisgarh is an industrial and commercial hub. Fungal spores are abundant in nature and much evidence is now available to show that fungi can cause atopic clinical illnesses. Many of these fungal spores are lesser than 10 microns in diameter and their deposition into lower airways is common. Fungal sensitization is a significant risk factor for developing asthma in later part of life. Molds grow in indoor and outdoor environments. An experiment was conducted during the session 2013-2014 in commercial complexes to see the aeromycoflora of Raipur city and to explore the different forms of fungi. In present investigation in Malls less number of fungal spores were found as compared to other commercial buildings. Aspergillus, Penicillium, Cladosporium, Mucor, Curvularia and Alternaria were found more prevalent in different commercial areas of the city. The present aerobiological investigation was carried out by using gravity petriplate method. Some important allergenic fungus like Aspergillus, Penicillium, Alternaria,Curvularia, Fusarium, Cladosporium were found more prevalent in other commercial complexes. Study of this fungal spores in commercial areas play an important role in tracing number of respiratory allergies and cause a wide range of symptoms, including allergic rhinitis, asthma, chronic bronchitis, Atopic dermatitis etc. in human beings. Key words- Aeromycoflora, Allergic diseases, respiratory allergies, allergic rhinitis, Gravity Petri Plates.

The title compound C24H22ClNOS, crystallizes in monoclinic space group P21/c with Z=8. The crystallographic parameters are a= 10.1508(2) ?, b= 10.6441(2) ?, c= 38.4180(6) and ?= 95.9500(10)°. There are two independent molecules per asymmetric unit. The dihedral angles between two phenyl rings are 82.85(7) for molecule 1 and 88.05 (10) for molecule 2. The stability of the structure is due to weak but significant C-H…O, ?-?, C-H… ? and C-Cl…? interactions. The structure has been refined to a final R = 0.0543 for the 7308 observed reflections with I ? 2? (I). Protein-ligand interaction plays an important role in structural based drugs design. In our research we have selected different receptor. The receptors were docked with thiazolidine derivative and the energy value obtained.

The present study is an attempt to explore the effect of concept mapping, as a learning strategy, on the receptive and productive knowledge of lexical collocations of Iranian high school EFL learners. It also explores whether teaching lexical collocations through concept mapping will be effective in terms of retention of lexical collocations or not. Sixty female Iranian third-grade high school students participated in this study. They were randomly divided into two homogeneous groups; control and experimental. In the experimental group, lexical collocations were taught through concept mapping, and in the control one, Persian translations of the same lexical collocations were provided. Both groups received 12 sessions of instruction by the researcher. Data analysis indicated a statistically significant difference between the receptive and productive knowledge of collocation of those learners who are taught lexical collocation through concept mapping and those who were taught traditionally. In other words, in terms of both receptive and productive knowledge, concept mapping strategy outweighed the traditional one in learning English collocations. However, there was no statistically significant difference between retention of receptive and productive collocational knowledge in the experimental group.

The aim of this paper, is to use a more realistic model which incorporates the effects of Brownian motion and the thermophoresis of nanoparticles for studying the effect of some control parameters on the onset of convective instability in a rotating Hele-Shaw cell filled of a Newtonian nanofluid layer and heated from below, this layer is assumed to have a low concentration of nanoparticles. The linear study which was achieved in this investigation shows that the thermal stability of Newtonian nanofluids depends of the Coriolis force generated by the rotation of the system, the Hele-Shaw cell parameter, the Brownian motion, the thermophoresis of nanoparticles, the buoyancy forces and other thermo-physical properties of nanoparticles. The studied problem will be solved analytically by converting our boundary value problem to an initial value problem, after this step we will approach numerically the searched solutions by polynomials of high degree to obtain a fifth-order-accurate solution.