Zinkar Das

Advancement and up gradation aspects en route for enhancement of rubber plant industry performance by introducing scholastic support through the proposed CDGN Model

Automation is an imperative expression, applied to every field for enhancement in the speed of human life in contemporary, technical and societal facet. Nowadays, automatic instruments confer immense influence in corporate and industrial existence. In the compiled paper, advancement and up gradation aspects en route for enhancement of rubber plant industry performance is ensured essentially by introducing scholastic support through the proposed CDGN Model, adhering to solar energy. Solar energy, specifically apposite employment of solar radiation for realistic ends, should be reserved in wits, and that all renewable energies excluding geothermal energy and tidal energy attain their energy from the sun is conformed. Solar energy is an unconventional foundation of energy which is renewable and available in considerable quantity to assemble the global need as well as make certain it to be environmentally tenable, in diversified perspective. Grounding of the compiled paper accentuate on automated manufacturing of the rubber products like tires from raw materials, with aid of solar radiation using photovoltaic cells. The basic notion that is conjured up amid the compilation of the formulated paper is to furnish the concerned rubber plant industry considered here as component of the case study, with automation, advancement and up gradation aspects en route for performance enhancement, in addition to the scholastic aid, employing the proposed CDGN Model.

Introducing computational interactions for cerebral palsy employees

Technological Innovation and Invention motivates human life to enhance the power of thoughts, creativity and activities. Computer is one the most important invention, that trends lifestyle in a hassled path. In spite of this prodigious creation, cerebral palsy is still underprivileged at societal activities as well as service employment. A ray of hope and happiness serves them for various official activities and knowledge enrichment through an economic prototype wheelchair design incorporated with computational interactions.

An Approach towards Error Less ECG Signal Equation Based on Computational Simulation Aspect with Modeling of Cardiovascular Disorder Diagnosis

The paper is based on the glimpse of generating ECG signal equations of cardiovascular disorder systems. The computational approach is introduced to develop the non-linear ECG equations with the application of advanced simulation tool. The proposed preliminary interpolation approach is generated to construct the errorless ECG. Graphical representation has been carried out on the basis of the ECG equations by incorporating signals at different conditions of human heart. The dissimilarity in the behavior of the ECG signals (mainly the variation of amplitude) helps to diagnose different heart diseases. A computational flowchart is proposed to implement the cardiovascular disorder diagnosis system. An algorithmic approach is depicted to initiate with the system design technology. Additionally, a short medicine table is also incorporated to show the cardiovascular circulation disorder. Overall, a computational attempt is taken for generating a feedback technology to prevent sudden heart attack which can be proved to be a boon in the varied fields of Computational Biology and Medical Systems.

Optimal design approach towards standard electromyography (EMG) controlled hand prosthesis system

Prosthesis is an artificial device that is the substitute of a missing body part like hand and Dexterity is the grace and ease of using the hands. Invention of the myoelectric prosthesis was the most exciting development in prosthetics in recent times. Myoelectric controlled Prosthetic Hand is very significant for handicapped person. This paper deals with an approach to achieve optimum condition of a standard myoelectric hand prosthesis system. The standard transfer function of the system is chosen to achieve the optimized response by increasing the system stability and minimizing the system error. The optimal condition has been gained by using an appropriate PI controller. Computational approach towards stability is involved here with proper and accurate optimization. Particle Swarm Optimization (PSO) technique is also introduced to eliminate the system error further.

Study and Overview on System Feedback Representations in Control Modeling with Artificial Neural Networks (ANN) Platform

Neural Network has become one of the most beneficial methods for efficiency improvement of control system engineering and its different aspects. A review study on block diagram representation with effective and satisfactory performance analysis via artificial neural network techniques is proposed in this paper. The implementation of any block diagram with artificial neural networks using MATLAB (R2008b) simulator and the neural modelof the training state and the performance obtained from the graphs is the basic outcome of this paper. A brief literature review on control theory approach with feedback block modeling and signal flow graphs along with the contribution of artificial neural networks in the field of control system is also studied in this paper.