Aplikasi Web Commerce sebagai Ruang Praktik Mahasiswa dalam Berwirausaha

Entrepreneurship is one of the subjects that must be taken by students of Universitas Negeri Padang (UNP), including students from Faculty of Tourism and Hospitality. Students sometimes have less interest and motivate in taking entrepreneurship courses in practice because they still only use conventional methods. The purpose of this research is to create a web commerce application that will be used by students as an entrepreneurship practices space. The method that used in making this application is the waterfall model with the SLDC method or a simple software life flow approach. Web commerce application that produced then tested using black box to find out the success of the flow that has been designed, and the black box test results show that the application can run well. The result of this research is a dynamic web-based e-commerce application using the PHP programming language, osCommerce Content Management System (CMS), and MySQL database. This application can be a solution to the problems of conventional entrepreneurial methods and can make students who take entrepreneurship courses more interested in entrepreneurship practices.

E-ZAKAT: AN APPROACH FOR ZAKAT MANAGEMENT TO ERADICATE POVERTY

This paper has shown an online-based zakat management system named E-ZAKAT. Zakat is one of the main foundational goals of the world’s second-largest religion, Islam. So, it has indisputable importance for a country as well as the world economy and poverty eradication. During the COVID-19 pandemic, people have become habituated with the online system due to unavoidable situations, such as education and commodity market has now turned into online systems. However, an online base zakat management system for both donors and seekers has not prevailed widely. Here in this proposed system, the donor can calculate, donate their zakat, and the seeker can apply to receive it. Instead of providing cash, business or agricultural help is planned to ensure the economic stability of a low-income family. For this purpose, the expectant can claim support for green farming, agricultural equipment, or money to start a small business after ensuring the required verification and qualification steps. The proposed dynamic web application E-ZAKAT will provide an easier and hassle-free system for zakat donors and seekers with an attractive design. As a result, proper utilization of our system could provide a positive impact to change our society as well as our world.

Perancangan Web Marketplace Toko Sepatu Akshara.co dengan Sistem Rekomendasi Menggunakan Perhitungan Algoritma Apriori

In this advanced period, shoes arsse an essential requirement for practically all circles, a great deal of Online business organizations are arising and filling quickly in Indonesia, in addition to the quantity of dynamic web clients in Indonesia is expanding quickly from one year to another. Making Online business organizations contend to explore different techniques as far as advertising to draw in more individuals to purchase the items they offer to get by in the online businss market rivalry in this country, one illustration of a promoting methodology to draw in and increment public premium buys is the execution of the merchandise proposal framework in Online business. Consequently, in this investigation, an electronic Web based business will be made that can help Internet business organizations anticipate purchaser premium in a thing and afterward prescribe it to draw in more purchasers who come. This Web based business utilizes the Apriori Calculation way to deal with get more exactness in the information handling measure. The outcomes acquired from that examination are the making electronic Web based business by executing the suggestion technique showed on the "Akshara.co" framework include

LETSCHAT - A Dynamic Web Application

Use of social media increasing day by day in 21st century social media plays key role for this generation every are aware of this social media . not even young guys but old peoples also enjoying social media .Day by day new type of social media app are launching there are lots of social media apps . most used apps are facebook , Instagram , twitter etc. By taking idea from this we also developing a web application “ letschat” this application is for peoples of particular institution peoples those are in same institution having particular institution mail id only these person are able to create and use this application. The project “LETSCHAT ”is a web based application. This project is based on angular 8. This software is for Galogotias university student. For creating account Students can use galgotias university mail id only no other mail id will work to create account in this application. Through this application students can interact with each students. Students also can share post with each other. In this we are going to use angular 8 concept.

DEVELOPMENT OF PANORAMIC VIRTUAL TOURS SYSTEM BASED ON LOW COST DEVICES

The virtual visit is a simulation of reality that allows virtually changing time or placing. Unlike this, virtual reality offers the possibility to associate the real world with the virtual world, while ensuring interactivity and an improvement in prospecting the reality. One of the most used form of virtual reality is the 360° panoramic imagery and video, currently in the market we can find many providers of panoramic cameras, going from costly professional cameras to the low cost consumer grade cameras. In addition, many software providers offers the virtual tours creation and visualisation, to our knowledge, only google street view offers full mapping functionalities, but the data capture and collection is an opaque operation. Generally, smartphones are equipped with positioning capabilities, based on sensors like gyroscopes, accelerometers, magnetometer used as compass and GPS, the integration of this data allow the estimation of the pose.This paper discusses the creation of an interactive virtual reality with 360° panoramic images with the possibility of automating its acquisition and integration in mapping environment by using smartphone positioning methods, while the panoramic images are taken using costumer grade camera, which composes a low cost system for acquiring and diffusing panoramic virtual tours map. The developed solution is a dynamic web interface using several open source libraries and programming tools.

QoS-based semantic web service selection

This thesis discusses the dynamic web service selection in the semantic context with QoS constraints. The goal of this work is to investigate the mechanism of automated QoS-based semantic web service selection. Semantic Web Service (SWS) aims to achieve the automation of web service tasks, such as service discover, selection, composition and invocation. The task of semantic web service selection is further investigated through this thesis. An architecture is proposed to achieve this task by considering QoS parameters. The QoS parameters are classified into dynamic and static attributes in the architecture. The dynamic attributes are evaluated and measured as an overall value by applying utility functions. This overall value can be modeled in the semantic context for the purpose of service selection. Furthermore, the architecture directly models the static QoS attributes in the semantic context for service selection. Finally, an open SWS challenge scenario named hardware purchasing is used in several experiments in order to evaluate the proposed architecture.

QoS-based semantic web service selection

This thesis discusses the dynamic web service selection in the semantic context with QoS constraints. The goal of this work is to investigate the mechanism of automated QoS-based semantic web service selection. Semantic Web Service (SWS) aims to achieve the automation of web service tasks, such as service discover, selection, composition and invocation. The task of semantic web service selection is further investigated through this thesis. An architecture is proposed to achieve this task by considering QoS parameters. The QoS parameters are classified into dynamic and static attributes in the architecture. The dynamic attributes are evaluated and measured as an overall value by applying utility functions. This overall value can be modeled in the semantic context for the purpose of service selection. Furthermore, the architecture directly models the static QoS attributes in the semantic context for service selection. Finally, an open SWS challenge scenario named hardware purchasing is used in several experiments in order to evaluate the proposed architecture.