The coordinated development of education and economy is the objective requirement of the economic and social development. Based on the present situation of education and economic development in Shaanxi Province, this paper used the grey system theory, and took the statistical data of education and economy in Shaanxi Province as an empirical calculus, and analysed the relationship between education and economic development in Shaanxi province. The analysis results show that the correlation coefficient of education and economic development indicators in Shaanxi is 0.5202, which has a positive correlation and a strong correlation on the whole. This shows that education investment in Shaanxi is insufficient and cannot fully promote the development of the economy.

The category of patient involves all human beings-teachers, students, businessmen, housewives, children and also all of us have a busy hectic schedule. Today’s life is full of responsibilities and stress. So, people are prone to diseases of different types and it is our duty to make ourselves stay fit and healthy. If the patient stays at home then he or she might get someone to look after him/her but when one is not at home, is out of the city or state away from home then it is hard for the family members to call them and remind them their dosage timings every time. In our developing and technology dependent life we totally rely on gadgets especially smart phones. Today everyone has a smart phone. With this we get an opportunity to use technology in a better way so that it can be made useful to us. And it plays an important part in our daily life and helps us staying fit in many ways. So, we are introducing an ARM7 and IOT application whose objective is to remind the patients of their dosage timings through Alarm Ringing system so that they can stay fit and healthy. This application focuses on the people who forget to take medicines on time. It allows users to set an alarm along with the fields of date, time and medicine description which will allow them to set alarm for multiple medicines at different time intervals. Medication reminders help in decreasing medication dispensing errors and wrong dosages. It is life-saving, money saving and time saving application which is easy to use and provides a good user interface.

Patients in critical condition request for an ambulance. At times up on reaching the hospitals they are denied of admissions. Patients conditions, address details, contact no’s etc details are provided while requesting for an ambulance. Though admission process requires only this information lack of connectivity between ambulance service and the hospitals is the main reason why the patients end up searching for the hospitals that would allow admission. This Project provides an Ambulance service which is a credible health care entity that could send messages to multiple hospitals to see which hospitals are willing to provide admission for the patients. That lets the patient decide which hospital he would prefer to get admitted. The ambulance driver upon swiping the RFID card in the ambulance would intimate the traffic poles in the route about the arrival of the ambulance. The message well in advance about the emergency will be transmitted to the signal poles and green light will be issued for the ambulance. This project belongs to HealthCare domain. The Technologies used to develop this project are IoT, Android, MQTT, Java Web and the Hardware required to build this project are Node MCU (2), RFID Scanner, RFID Card, LED Lights, Android mobile

The success or failure of students is a concern for every academic institution, college, university, governments and students themselves. This paper presents a model to determine the propensity of a student to succeed in the Electrical Engineering Department at Vaal University of Technology. Firstly, various machine learning algorithms which can be used in modelling and in predicting student success or failure are discussed as well a new algorithm called the date band algorithm. Secondly, the concept of an academic model is also discussed. This model defines the domain and focus of data used to make preditcions. The academic model consists of the subject, the lecturer and the sudent each of which has various attributes. One of the attributes discussed in this paper is the popularity index which is a measure of cohesiveness of the model.The Date Band Algorithm is presented among others in the development of the model. In this algorithm, predictions are made to optimize the performance of academic environment, thereby impacting on the choices of funders when they support students.

Present of the torsion pendulum of Cavendish (CTB) and the radiometer on heat fluxes (RHF). First instrument is the best for fundamental science for example new discovery affect ANRI and expect - AGRI ; second – intend to applied research at first time thermo nuclear fields at natural conditions

The principal type of energy for mankind, i.e. for heat and light production infrastructure, for supplying maintenance of transport and industry work, is the electric power. About 90% of the electric power is produced by EG (EG – the electric generator), about 60% of which are used from EM (EM – the electric motor). EM (EM – electrical machines, i.e. EM and EG, currently has two directions of development – as SA-EMn (SA-EMn separate object of general purpose industrial use, in abbreviated form – SA-EMn) and inside of electric drive OMEM (OM-EM - electric drive). At the same time depending on convenience of description, the electric drive can include the operating member of cars or not. Nowadays SA-EM and OM-EM, have substantial drawbacks and limitations. SA-EM – bulky; material-intensive; having small efficiency, especially widely used medium and low powered EM. OM-EM – have low energy efficiency. For example, the existing electric vehicles have to carry approximately 500 kg of accumulators. For cooling of accumulators and electric motors it is used powerful cooling systems, i.e. much of energy is lost inefficiently

An intrusion detection system (IDS) is designed to monitor all inbound and outbound network activity and identify any suspicious patterns that may indicate a network or system attack from someone attempting to break into or compromise a system. IDS is considered to be a passive-monitoring system, since the main function of an IDS product is to warn you of suspicious activity taking place - not prevent them. An IDS essentially reviews your network traffic and data and will identify probes, attacks, exploits and other vulnerabilities. IDSs can respond to the suspicious event in one of several ways, which includes displaying an alert, logging the event or even paging an administrator. In some cases, the IDS may be prompted to reconfigure the network to reduce the effects of the suspicious intrusion. The proposed protocol called Password Guessing Resistant Protocol (PGRP), helps in preventing such attacks and provides a pleasant login experience for legitimate users. PGRP limits the number of login attempts for unknown users. In additional we propose an attack detector for cloud spoofing that utilizes MAC (Media access Control) and RSS (Received Signal strength) analysis. Next, we describe how we integrated our attack detector into a real-time indoor localization system, which is also capable of localizing the positions of the attackers.

: In this study the researcher has taken the opinion of the students of Arts and Science colleges in Tamil Nadu, influence of the stakeholders (sources) in imparting the employability skills by using the t-test and the students are clustered as different groups based on their attitude in utilizing the skills by applying factor analysis.