Stock Market is a platform where stocks and securities are traded. It is very dynamic and comprehensive market place. Various tools and techniques like fundamental analysis, technical analysis, charts, and indices are used in analyzing and selecting the appropriate security. There are “n” numbers of factor that affect stock prices like interest rate announcements, indices, inflation rates, quarterly EBIT- EPS Analysis, interim reports, mergers and acquisitions, crude oil and gas inventories, corn and wheat harvests, unexpected world changing news, Fed Actions, G7 country decisions, Br-exit, technology breakouts, exchange rates, etc.
This paper examines the effect of exchange rate i.e. rupee dollar parity on the Indian Stock Market. Exchanges like BSE and NSE are considered for the purpose.

The With the continuous advancement of science and technology and the improvement of people’s living standards, convenient and smart lifestyles continue to fill our daily lives. To facilitate the new model of campus student services, a variety of service systems that facilitate campus life have emerged. This thesis designs a campus multifunctional service system based on Beidou positioning. The system is controlled by STC89C52 MCU and consists of ATGM336H module, LCD liquid crystal display, MFRC522 module and PC software module. It has acquired RFID, Beidou satellite positioning. It acquires functions such as satellite time, latitude and longitude information processing, and display of current positioning, and realizes the entrance of the personnel of the teaching building through the combination of "point positioning" of radio frequency identification technology and Beidou positioning. This design is more suitable for large numbers of people signing in at the same time than the current traditional signing and signing methods, which not only facilitates statistical recording, but also significantly reduces the time required for signing up.

With the continuous development of contemporary society, people have increased their attention to the disabled. Among the disabled, the blind has taken up a large proportion. Therefore, raising the quality of life of blind people has become a focus of attention. To meet the needs of blind people, the blind cane came into being. Compared with the traditional bamboo sticks, the modern blind sticks have the advantages of high safety, complete functions, and high degree of intelligence. It has become a trend in today's society to popularize blind intelligent canes. This paper designs an intelligent blind cane based on 51 single-chip microcomputer. This smart blind cane system is controlled by STC90C516RD+ MCU and consists of ultrasonic distance module, recording player module, GSM module and fingerprint identification module. It has distance test alarm, Voice memo reminder, falling one-button alarm, family recognition and other functions. After many test results, the smart cane can realize the basic functions of the blind stick and realize the functions required by the subject. It is a low-cost, functional and practical blind cane only.

In recent years, the development of the Internet of things in China has entered the fast lane, becoming an important driving force for social development. The Internet of things is the core incremental user base of the future communication services market. The market pattern is converging, and ecological competition becomes the mainstream. Compared with the time-consuming and laborious manual warehouse management in the traditional way, intelligent iot storage project has the advantages of intelligence, data and precision control. The most important thing is that the cost and manpower can be greatly controlled, and the learning cost of operators will be lower. In this paper, an intelligent physical storage system based on cortex-a9 development board and STM32F0 microcontroller is designed, M0 is responsible for collecting the environment information, through the transformation and then sent via ZigBee real-time dynamic monitoring data, FS4412 realized the function of the server, and can process the data sent to the client, also can accept control commands from the client hardware, at the same time call late convenient save data in databases.

In today’s rapid economic development. Cars have become an indispensable part of our daily life. But with the increasing number of cars, the incidence of traffic accidents is getting higher and higher. Traffic safety has become a social problem that cannot be ignored by governments of all countries. Therefore, the application of safe driving assistance system appears, and the lane departure warning and lane keeping system is one of the important research directions. This paper studies and designs a lane departure warning system that can accurately identify lane lines, which mainly includes three parts: lane detection, lane identification and software program design. Among them, the detection of the lane line uses image processing methods such as filtering, enhancement, smooth denoising, graying and binarization, and Canny operator edge detection to obtain the target image with lane line features. In the lane line recognition section, the method of ROI segmentation, least squares, etc. are adopted to realize the recognition of straight lanes and curved lanes. The software program design part uses the code of Camera 2 API and algorithm to write, and finally realizes the basic function of lane departure warning and lane keeping system.

With the continuous progress of society, the accelerate expansion of wireless communication technology. There are many lawless elements who use radio communication technology for examinations and cheating, which seriously affects social fairness and is aimed at the current radio cheat source monitoring vehicle antenna, etc. Due to the problem of high equipment price, the design of a search and positioning system for radio cheat sources based on signal strength was proposed. This dissertation designs a radio cheat source search and positioning system based on signal strength. The system is divided into detection end and data processing end. Among them, the detecting end is controlled by STM32F103 one-chip computer, is made up of radio receiving module, GPS module, GSM module, LCD liquid crystal display module; The data processing terminal is controlled by STC89C52 one-chip computer, make up by GSM and LCD liquid crystal display module. The detection terminal can realize the detection of the signal intensity in a specific frequency range, and calculate the distance from the detection terminal to the cheat source, and measure the GPS location information at the detection terminal, and send the GPS location and distance information to the data processing terminal; the data processing terminal it can realize the data sent by the receiving tester and calculate the cheat source GPS position through a specific algorithm. The test results show that the information detected by the modules and the positioning accuracy meet the requirements of the questions. Compared with the traditional radio monitoring vehicle equipment, the system is easy to use and inexpensive.

With the development of social economy large distance transportation vehicles increase sharply drivers often ignore traffic laws fatigue driving for maximizing economic returns while some private cars often drive themselves out of fatigue because of various reasons. Causing lots of traffic accidents, bringing harm to society. Fatigue driving refers to the driver after long continuous driving resulting in physiological function and psychological dysfunction but objectively appear driving skills decline phenomenon. Fatigue driving refers to the driver after long continuous driving resulting in physiological function and psychological dysfunction but objectively appear driving skills decline phenomenon. A fatigue detection method based on AdaBoost and PERCLOS algorithm is designed. Firstly we locate driver face region through face detection algorithm then extract human eye region image and improve image processing process threshold contour recognition etc. Finally based on PERCLOS standard alarm mechanism is established. This system greatly enhances the accuracy of detection and real-time performance of system. Experimental equipment is stable and reliable, which can be applied effectively to operating vehicles.

Availability of Solver package in Microsoft Excel has increased the use of spreadsheet optimization models by functional managers and industry experts. This has enabled the industries to explore a more customer driven approach to production scheduling. In reality, the customers’ orders are categorized as either normal or prioritized, keeping in mind the customers’ priorities. The problem of scheduling a given set of equipments in a single-stage, multi-item compatible environment, with the objective of maximizing capacity utilization has been formulated (Bokkasam, 2018) as a maximal flow problem in a Multiple Arc Network (MAN) with gains. This methodology takes into account the stage yield for the product as well, which reflects the actual quantity of material delivered to the customer. This enables direct comparison of the production with the ordered quantities. The methodology provides optimal production schedule with an objective of maximizing capacity utilization, so that the customer-wise delivery schedules are fulfilled, keeping in view the priorities of the customers. The results of a working implementation of the MAN with gains model using excel solver are presented in this paper. The same has been validated with results obtained using two examples. In future the managers will be able to use the worksheet for obtaining the results immediately, for scaled-up scenarios.

The paper takes a snapshot view of the past, present and future of the conceptual machines with emotional intelligence. The past covers the background, the debate and discussions whether Man is a machine. It tries to answers the question: can machine be creative? Can machines be made to think, act in ways that mimic our humanity and match reality? The paper outlines how far we have come and why the time has come for society to build emotional machines. Further, it also gives an introduction to emotion modeling, generation of expressions in forms that would be most acceptable to society. It elaborates how some of the attributes and features could make us build machines that are human like. It also tries to create a mathematical model from which emotional machines can be built. Last but not the least; it is an inspiration for the future, a trip that leads the way for all the people who are intrigued by the idea of Artificial Intelligence.

This research was to investigate the level of customer satisfaction of financial exchange customers in the UAE. It explored how certain service in an exchange house. The results revealed that the level of satisfaction is the same to all participants except when they are grouped according to gender. It is also interesting to note that exchange houses in UAE are efficient in the conduct of their services.