Operations Research in financial markets
“OR utilizes the planned approach and an interdisciplinary team in order to represent complex functional relationships as mathematical models for the purpose of providing a quantitative analysis’’ -Thieraub and Klekamp In the research paper, the overview of the industry for two years has been provided along with the research objectives as to what our main task was, what areas are focused on and what all the issues are as well as the steps taken to avert those issues. Operation research (OR) plays a crucial role in evaluating certain financial issues such as foreign exchange market, securities development, market regulations, debt, etc. OR helps in solving these problems and provides a proper solution to it. The research done on the financial market has provided us with various inputs as to when an investment should be made and when the investment should be sold off so as to earn or reap the maximum benefits out of it. The financial market is very vulnerable to any changes and hence, people need to keep a very close and frequent watch of it. People need a deep understanding of the financial market to act in it and is not an area of a layman. Basics also work when it is related with small scale transactions but when it comes to the large investments, it is always advisable to take help of an expert. For efficient solving of problems, OR techniques that were used twenty years ago such as statistical analysis, Linear Programming Forecasting, and Simulation were followed. Apart from these, some other problems which could be solved through OR were funding decisions.
Published by: Rushil Goyal, Rahul Jain, Rishab Dhariwal, Sahil Dhanak, Sakshi Prabhu
Author: Rushil Goyal
Paper ID: V4I9-1155
Paper Status: published
Published: October 24, 2019
The black hole battery
Astrophysicists presume that most black holes are created when massive stars (at any rate 8-10 times the Sun's mass) arrive at the end of their lifecycle. Inside a star, gravity attempts to force matter closer together. While a star is gleaming, it is devouring its fuel through an atomic procedure known as combination. It emanates light, however heat too. The weight of the warmed gases pushing outward adjusts the power of gravity pulling internal. When the star's atomic fuel has been drained, the star ends up temperamental and the center implodes making the external shell detonate in a supernova. On the off chance that the leftover center that remaining parts after the supernova is under 3 sun based masses, gravity packs the electrons and protons with the goal that neutrons structure. The weight of neutrons in contact with one another balances the powers of gravity. This steady center, which is presently made for the most part out of neutrons, shapes a neutron star. Neutron stars have gigantic mass and therefore have a ground-breaking gravitational force. On the off chance that the remainder left after the supernova is more prominent than multiple times the Sun's mass, not in any case the neutron weight can balance gravity and the staying material will keep on contracting. The remainder crumples to the point of basically zero volume (yet it has interminable thickness!). This makes a numerical peculiarity. A peculiarity lives in the focal point of every single black hole. A round district known as the occasion skyline marks what researchers call the "limit" of a black hole. It is given this name since data about occasions which happen inside this locale can never contact us. The good ways from the peculiarity to the occasion skyline is known as the Schwarzschild range, after the German physicist who anticipated the presence of an "enchantment circle" around a thick article. Inside the locale, he estimated, gravity would be amazing to such an extent that nothing could escape from it, i.e., the gravitational draw would be solid to such an extent that the speed important to get away from the force is hopeless. A black hole has such a huge convergence of mass in such a little volume, that so as to escape from it, an article would need to move at a speed more prominent than the speed of light. Right now we are aware of nothing that can accomplish the important speed. 2 Remember that an excellent black hole was at one time a star. Most stars have a partner star to which they are bound in a double framework. This close by friend can be a wellspring of material on which the black hole "bolsters". Matter can be pulled off the partner in huge twirling floods of hot gas that winding toward the black hole as a quick moving radiant whirlpool known as a gradual addition plate. As the issue in the plate falls nearer to the black hole, it warms up and emits radiation, for example, X-beams. By estimating the movement and radiation from a growth circle, space experts can gather the nearness and mass of the black hole. At the point when the majority of the material in the growth circle has been expended, the plate vanishes and the black hole is practically imperceptible. Stars and planets at a protected good ways from the black hole's occasion skyline won't be pulled in toward the black hole. They will rather circle the black hole similarly as the planets circle the Sun in our nearby planetary group. The gravitational power on stars and planets circling a black hole is equivalent to when the black hole was a typical star. 1.1 Supermassive Black Holes Supermassive black holes have masses tantamount to those of a small galaxy. These masses run somewhere in the range of 10 billion to 100 billion of our Suns. Supermassive black holes will in general be in the focuses of cosmic systems, making what are called Active Galactic Nuclei (AGNs). An AGN transmits more energy than would be normal from an ordinary galactic core. The appropriate response concerning why this is so lies within the sight of the supermassive black hole in the galactic focus. In some AGN, the massive black hole and its gradual addition circle by one way or another produce outward-moving surges of particles that are anticipated away opposite to the plate. These streams are known as planes and have the ability to quicken electrons nearly to the speed of light. This produces gammarays that can be distinguished by gamma-beam observatories. The most dominant AGNs in our Universe are called quasars. We have had the option to distinguish quasars that dwell 15 billion lightyears away. Researchers accept that the investigation of quasars will give data about the Universe during the hour of early cosmic system arrangement.
Published by: Ronit Chawla
Author: Ronit Chawla
Paper ID: V4I9-1152
Paper Status: published
Published: October 18, 2019
Factors influencing business students’ perception regarding specialization selection: A study on selected private universities in Sylhet, Bangladesh
Choosing a major subject at the undergraduate level can be an intricate choice and one that has the potential to determine an individual's professional future. The purpose of this study is to examine the impact of influencing factors that determine the business students’ choice of specialization or major subject selection. The study also examines the possible career options that are the desired outcome of choice of specialization. It will provide information for the higher education institutions to increase the number of students in their institutions. The study was conducted by collecting data from 170 respondents from four universities in the Sylhet region. Respondents were more concerned about careers in HRM, Marketing, Accounting, finance, and MIS. The study grasped that some factors like job prospects, the guidance of the teacher or instructor and parents’ opinion which has a great impact on choosing a specialization. We also found from this study that advisory support and family income have the least impact on choosing a particular specialization.
Published by: Md. Abdul Muhith Chowdhury, Farhad Hossain
Author: Md. Abdul Muhith Chowdhury
Paper ID: V4I9-1146
Paper Status: published
Published: October 18, 2019
Experimental analysis on strength and durability of concrete with partial replacement of Natural Zeolite and Manufactured Sand
An experimental investigation was carried out to evaluate the influence of Natural Zeolite and Manufacture sand on Physical and mechanical properties of concrete, containing natural zeolite and Manufacture sand in binary blended system up to varying 5%, 10%, 15% and 20% of zeolite and 20%,40%,60%,80% and 100% of manufacture sand replacements. Concrete is evaluated for compressive strength, split tensile strength and flexural strength at different ages 7 days, 28 days and 90 days and Durability study is conducted by treating specimens for 28 days with 5% concentrated Hydro Chloric Acid and the concrete mix with 10% of Natural zeolite and 60% of manufactured sand replacement has given good durable properties The results showed that despite the observed increase of compressive strength, split tensile strength and flexural strength of proposed composites, natural zeolite concrete and manufactured sand gained enough strength even at the later ages similar to that of normal concrete. Moreover, the results confirmed the beneficial effects of zeolite and Manufacture sand concrete which leads a green and environment-friendly concrete.
Published by: Vusa Maheshbabu, B. Anjana Devi, Bopparaju Maheshbabu
Author: Vusa Maheshbabu
Paper ID: V4I9-1147
Paper Status: published
Published: October 17, 2019
Influence of tourism constituents on tourist satisfaction: A study in Sylhet region
It is important to know that what is essential for making tourism possible, comfortable, and satisfactory to tourists. This study focused on the constituents or essential elements of tourism that influence tourist's satisfaction. This study is undertaken in the Sylhet region in 2019. It is conducted following a quantitative method through regression analysis. Though the study it is found that there are three main constituents of tourism and they are namely transportation, accommodation, and food. These three elements have a huge influence on tourist satisfaction in Sylhet. The infrastructure and facilities of transportation should be developed in the Sylhet region in the near future. The two other elements, accommodation, and food, are satisfactory for welcoming tourists in the region while the availability of healthy and tasty food around different remote spots will make tourists more relaxed.
Published by: Anwar Ahmad Arif
Author: Anwar Ahmad Arif
Paper ID: V4I9-1145
Paper Status: published
Published: October 10, 2019
Automatic template logo segmentation and recognition of vehicles
An automatic system for vehicle and traffic control is essential for concessive increasing car usage. There are numerous numbers of application systems for a car number plate recognition system. But to recognize the car, it needs to consider other kinds of attributes such as car color and logo to avoid the fake license. This system tends to segment the car logo or trademark and then the segmented logo is classified. It implemented using the frontal image of Vehicles and it will be tested the car which is used in Myanmar. The metallic part is segmented from the front view of Vehicle by using region growing method in the reduction of searching space. The bounding box is defined according to the segmented metallic part. After that the logo localization via bounding box, it is segmented using morphological operators such as opening, closing, dilation, and erosion. The segmented logo is recognized by using the Template Matching Method using correlation coefficients.
Published by: Yan Naung Soe, Khet Khet Khaing Oo
Author: Yan Naung Soe
Paper ID: V4I9-1137
Paper Status: published
Published: September 4, 2019
Secure image transferring using asymmetric crypto system
Nowadays, with the growth of technology, security is an important issue in communication. In many applications, the transmission of data (massage, image and so on) is needed to provide security against from preventing unauthorized users. Cryptography is a technique that provides secure communication. The two widely accepted and used cryptographic methods are symmetric and asymmetric. There are so many different techniques that should be used to protect confidential image data from unauthorized access. This system provides secure image transmission between the sender and receiver. This system uses Optimal Asymmetric Encryption Padding (OAEP) with an RSA encryption algorithm to provide security during transmission. Only public key cryptography is focused here. The public-key cryptographic algorithm relies on one key for encryption and a different but related key for decryption. In this system, different image formats (jpg, png, gif, and bmp) are used to test for encryption and decryption processes.
Published by: Khet Khet Khaing Oo, Yan Naung Soe, Yi Mar Myint
Author: Khet Khet Khaing Oo
Paper ID: V4I9-1138
Paper Status: published
Published: September 3, 2019
A study to assess the knowledge and practice of antenatal mothers regarding breast feeding in a selected rural community at Bhidki (Chargawan) Jabalpur (M.P.)
The primary purpose of the study was to assess the antenatal mother’s knowledge and practice towards breast feeding and its relationship with variables in a selected village of Bhidki, Chargawan, Jabalpur M.P. This chapter dealt with analysis and interpretation of data collected from 100 antenatal mothers from a village of Bhidki, Chargawan, Jabalpur M.P. organized and analyzed using both descriptive and inferential statistics and was been presented in six sections. These are as follows: - Section I: Description of sample characteristics. Section II: Knowledge of antenatal mothers regarding breastfeeding. Section III: Practice of antenatal mothers regarding breastfeeding. Section IV: Correlation between knowledge and practice. Section V: Association between selected factors and the Antenatal Mother’s Knowledge and Practice level. As regards sample characteristics, the majority of the antenatal mothers belonged to the age group of 21-30 years. Most of them were Hindus and Housewives by occupation. Most of them had educational levels as middle School or High School and above. There were more Multi-gravidae mothers (92%) as compared to Grand multi-gravidae (8%). The findings of the study revealed that 52% of antenatal mothers had the appropriate knowledge. A positive correlation was found between antenatal mothers' knowledge and practice. (0.09).
Published by: Stella Peter, Supriya Peter
Author: Stella Peter
Paper ID: V4I8-1162
Paper Status: published
Published: August 30, 2019
Teaching grammar through communicative language teaching
Learning the English Language is necessary to communicate with each other. This paper is aimed to propose some communicative strategies to motivate the students' interest in learning grammar and to apply the knowledge of grammar in the real world situation. Grammar has been taught since in high schools. But students forget easily and find it difficult to apply that they have learned in real situations up to now. So it is important to have communicative competence in learning grammar. The students in the realm of higher education think that they have already known the forms and uses of grammar. In fact, they do not realize that they often make mistakes in writing a sentence and speaking. In addition, students are not interested in doing exercises on grammar such as filling in the blanks, multiple-choice, matching, questions and answers. So to arouse students' interest and to teach grammar communicatively, appropriate techniques among various methodologies should be used and adopted in English Language Teaching according to the needs and interests of their students. To create this situation, the communicative language teaching strategies are emphasized and communicative activities are added in accordance with the necessities of teaching situation.
Published by: Myat Myat Moe
Author: Myat Myat Moe
Paper ID: V4I8-1155
Paper Status: published
Published: August 29, 2019
The art of Mathematics: Origami simulation
In the real-world domain, mathematics is essential everywhere. Current technologies, like computer and information technology, can’t also be developed without assisting mathematics. Mathematics includes the study of many fields, including number theory, algebra, geometry, mathematical analysis and so on. Unfortunately, mathematics is also influenced by the arts, like paper folding. It is also called “Origami”. In this study, we will express the antiquity of origami and how to apply mathematics to making them. The exploration of the mathematics theory is an influence on the developing of Origami. The design of origamis can also be applied to the construction and industries. In this paper, we will discuss the simulation of the creation of origami.
Published by: May Nwe Soe, Aye Aye Aung
Author: May Nwe Soe
Paper ID: V4I8-1159
Paper Status: published
Published: August 27, 2019