Transient Monitoring Function based Fault Classifier for Relaying Applications

This paper proposes Transient monitoring function (TMF) based fault classification approach for transmission line protection. The classifier provides accurate results under various system conditions involving fault resistance, inception angle, location and load angle. The transient component during fault is measured by TMF and appropriate logics applied for fault classification. Simulation studies using MATLAB®/SIMULINK™ are carried out for a 400 kV, 50 Hz power system with variable system conditions. Results show that the proposed classifier has high classification accuracy. The method developed has been compared with a fault classification technique based on Discrete Wavelet Transform (DWT). The proposed technique can be implemented for real time protection schemes employing distance relaying

Axiomatic Bargaining Theory on Opportunity Assignments

This paper discusses issues of axiomatic bargaining problems over opportunity assignments. The fair arbitrator uses the principle of "equal opportunity" for all players to make the recommendation on re- source allocations. A framework in such a context is developed and several classical solutions to standard bargaining problems are reformulated and axiomatically characterized. Working Paper 06-4

Characterising competitive equilibrium in terms of opportunity

This paper analyses alternative profiles of opportunity sets for individuals in an exchange economy, without assuming that individuals’ choices reveal coherent preferences. It introduces the concept of a ‘market-clearing single-price regime’, representing a profile of opportunity sets consistent with competitive equilibrium. It also proposes an opportunity-based normative criterion, the Strong Opportunity Criterion, which is analogous with the core in preference-based analysis. It shows that every market-clearing single-price regime satisfies the Strong Opportunity Criterion and that, in the limit as an economy is replicated, only such regimes have this property

Physiologically-based Modeling and Visualization of Deformable Lungs

A real-time physiologically-based breathing model of lungs under normal and pathological scenario has been conceived and implemented. The algorithm developed for lung deformations under various breathing scenarios uses polygonal models of lungs. The method developed avoids the “stiffness” problem observed in Mass-Spring models. Hardware acceleration of the exhalation and the inhalation process is done using vertex shaders. The method of deformation is general and can be applied to any lung model

Design and Implementation of IoT-based Low-Cost Smart Saline Micro Pump

The present healthcare scenario teaches quite a lot to humanity. The increasing ratio between patients and nursing staff deteriorates health care services. Simple saline can cause deadly patient situations and chaotic conditions for healthcare workers. A proper intravenous medication system can avoid reverse blood flow, blood clots, vein inflammation, extravasation, air embolism, and hypervolemia. This proposed research article is based on an Internet of Things-based low-cost smart saline micro pump for the healthcare system. The prime objective of this research article is to design an IoT-based micropump, and the micropump is placed between the saline bottle and the patient to control the flow precisely. The entire process is controlled by a mobile application to minimize the staff workload, time, and chaotic conditions. The controlled device has information like the working of the micropump, status parameters such as saline flow rate, saline injection time duration, the inflow of IV infusion to the patient, saline completion status, patient bed number, etc. Implementing the proposed system can be a stepping stone for new healthcare devices