PHP Software Research Articles

Rancang Bangun Sistem Prediksi Nilai Jual Properti Berbasis Web Menggunakan Regresi Linear

This research was conducted to provide a clearer and more accurate depiction of the property value at Ziva Graha Property based on the physical characteristics and location of the houses. The study utilized PHP for data processing and modeling. The data employed included information on land area, building area, year of construction, number of floors, number of bedrooms, number of bathrooms, number of garages, and selling prices. This data was explored and processed using PHP software to assess the efficacy of linear regression methods in predicting house values. The research findings indicate that variables such as land area, building area, and number of bedrooms significantly influence the house's selling price at Ziva Graha Property. Other variables, such as the number of floors, number of bathrooms, distance to the city center, and road width, have a smaller impact. It is expected that the results of this research can provide a useful guide for prospective buyers and sellers in determining fair and realistic prices based on the physical characteristics of the houses.

An Approach on Developing a Dynamic Wind-Solar Map for Tracking Electricity Production Potential and Energy Harvest

Increasing energy demand brings in technical, environmental and economic problems as the production processes evolve. In this parallel, many countries are trying to satisfy the increasing energy demand using renewable energy sources. The scope of this study is to develope a mathematical model and data monitoring-evaluation software for wind and solar renewable energy sources, which can dynamically evaluate meteorological data measurements and make more precise energy harvest estimation with the data obtained. It is aimed to create a web based “Dynamic Wind-Sun Map of Turkey”. Through the developed software; instant data can be analyzed and instantaneous electrical energy values produced from wind and solar energy sources can be calculated. Thus, it can help create a system that allows regional management in energy production and is compatible. Within the scope of the study, a mathematical model expressing the problem was created by using some mathematical optimization methods. The created model was converted into a web-based software. PHP software development platform and MySQL database language were used during the software creation. The software developed within the scope of the study has analogues in the world literature. However, no study has been found in this context in Turkey. Especially since it can use real-time data and includes wind-photovoltaic calculations together, this software distinguishes it from its peers.

PH MONITORING FOR LIQUID FERTILIZER MANAGEMENT IN BLACK PEPPER FARMING

There is lacking technology application in black pepper farming to automate daily routine activities in monitoring black pepper vines growth and nutrient need. With the revolution of Industry 4.0 (IR4.0), and tremendous improvement in the internet of things (IoT), the application of precision agriculture to pepper farming is a thing to consider for its benefit. This paper to explore the use of IoT to monitor fertilizer requirement for pepper vines using pH sensor. The pH sensor attached to Raspberry Pi 3 will be collecting the data and forwarding it to the cloud database for farmer reference and take decision based on data presented in form of a digital report from the database. The Python environment provides the space for coding in Raspberry Pi. SQL and PHP software is used to design the user interface and data management in the relational database management system. The information about pH provides a better understanding of how pH parameter affects the growth of pepper vines. The farmer will be able to access the information anywhere and anytime. Therefore, our proposed system will greatly help the pepper farmers in Sarawak in managing the usage of fertilizer as a way to minimize farm inputs, thus increase their profit.

Sebuah Kerangka Kerja untuk mengembangkan e-Tracer study berbasis Sistem Cerdas

Tracer studies are a method used by tertiary institutions to track, monitor, and supervise graduates that have been produced by tertiary institutions. These activities can make a performance measurement related to the implementation of education so far. Currently, the tracer study has been developed to become a system that can provide decisions and measure graduates using an intelligent agent (AI). In this study, the authors used a descriptive research method, namely developing an information system based on existing data and developed using PHP software, and the Dynamic System Development Method (DSDM) is a system development method. Researchers have implemented an AI integration framework in a web-based tracer study architecture. System evaluation is used as the next research iteration of the proposed decision support system, this study also aims to monitor graduates. With the existence of an intelligent system-based e-tracer study, it has become an evolution in studying artificial intelligence to support monitoring and as a tool in increasing graduates in Higher Education.Keywords:Systems Framework, Tracer study, Intelligent Systems, Web

Small ships manoeuvring estimation in planning domain

The estimation of the small ships manoeuvring performance in the planning domain represents an important aspect related to the initial design stage. The turning circle characteristics can be determined by using the method proposed by Mordvinov. Based on this method, a computer code was performed in the Research Centre of the Naval Architecture Faculty from “Dunarea de Jos” University of Galati. Practical result obtained on a planning small ship with outboard engines is presented in this paper. The computer code was integrated in the PHP software platform, dedicated to the estimation of the ships hydrodynamics performances, in the case of didactical applications or research activities.

Implementation of Rivest Shamir Adleman Algorithm (RSA) and Vigenere Cipher In Web Based Information System

Data security and confidentiality is one of the most important aspects of information systems at the moment. One attempt to secure data such as by using cryptography. In this study developed a data security system by implementing the cryptography algorithm Rivest, Shamir Adleman (RSA) and Vigenere Cipher. The research was done by combining Rivest, Shamir Adleman (RSA) and Vigenere Cipher cryptographic algorithms to document file either word, excel, and pdf. This application includes the process of encryption and decryption of data, which is created by using PHP software and my SQL. Data encryption is done on the transmit side through RSA cryptographic calculations using the public key, then proceed with Vigenere Cipher algorithm which also uses public key. As for the stage of the decryption side received by using the Vigenere Cipher algorithm still use public key and then the RSA cryptographic algorithm using a private key. Test results show that the system can encrypt files, decrypt files and transmit files. Tests performed on the process of encryption and decryption of files with different file sizes, file size affects the process of encryption and decryption. The larger the file size the longer the process of encryption and decryption.

IMPLEMENTASI KRIPTOGRAFI VIGENERE CIPHER DENGAN PHP

Abstract - This research was conducted to create a cryptographic implementation of vigenere ciphers. This system is designed by analyzing the descriptive method, and the comparative method. After analysis, modeling is done with UML (Unified Modeling Language) and the design of vigenere cipher cryptography system with text encryption and decryption can be programmed using PHP software. The results of this study are an implementation of the vigenere cipher cryptographic system with PHP. Keywords - Cryptography, Vigenere Cipher, Encryption - Decryption, Text, PHP.

Integrating Reading and Technology: The Development of Pamanpintermu

<p>Reading as one of English skills has paramount features in shaping EFL English competence. Referring to the importance for reading, it is inevitable that teaching method, assessments tools, reading material and activities have indispensable tasks to attain EFL learners’ reading objectives. This study is intended to develop integrated reading material using PHP software. It is designed to react toward the vast development of technology and to reach the attainment of more comprehensive reading objectives in accordance with International Reading Association’s views which is not achieved yet in today’s EFL teaching context. The study utilizes five phases Research and Development model covering need analysis, design, development, Focus Group Discussion and Try out. The development invented 10 units of reading material within <em>Pamanpintermu’s</em> program containing audio vocabulary survey, timed reading, audio reading, comprehension task, writing sections and its integrated auto assessment devices in every unit. The results from FGD and try out revealed that the theoretical foundation and syntax were categorized into high as it reached the average score of 3.7. In addition, content relevance achieved the average score of 3.9 as high and difficulty level reached 2.3 as medium. Meanwhile, the category of integrated reading skills and auto scoring obtained 3.6 and 3.8 and both categories belonged to high level. The last point, software practicality achieved 3.5 is very high as it is also applicable for teacher made reading material automatically through modifying the reading text, audio, exercises and score thoroughly. Toward overall astonishing prototype <em>Pamanpintermu</em>, it remains one problematic point on the error reading detector section which cannot detect users’ errors reading automatically as it requires intensive investigation from different background field of studies.</p>

Enabling PHP software engineering research in Rascal

Today, PHP is one of the most popular programming languages, and is commonly used in the open source community and in industry to build large application frameworks and web applications. In this paper, we discuss our ongoing work on PHP AiR, a framework for PHP Analysis in Rascal. PHP AiR is focused especially on program analysis and empirical software engineering, and is being used actively and effectively in work on evaluating PHP feature usage and system evolution, on program analysis for refactoring and security validation, and on source code metrics. We describe the requirements and design decisions for PHP AiR, summarize current research using PHP AiR, discuss lessons learned, and briefly sketch future work. • We describe a framework in Rascal for PHP software engineering research, PHP AiR. • We report results of using PHP AiR for empirical studies and program analysis. • We examine the design decisions and tradeoffs encountered building PHP AiR.

PENERAPAN METODE WEB BASED LEARNING SEBAGAI SOLUSI PENDIDIKAN YANG EFEKTIF DAN EFISIEN

Learning, in practice it can't avoid technology purpose especially Information Technology (TI). Information technology have can give contribution for world education. Learning gets effective and efficient, interactive, far ranging, and unpatronised just in room brazes. This condition of make Information Technology make education quality that can be prided. Informations Technological purpose Internet in education the world gets to be realised by its benefit and current Technological Information Internet one that “ trend ” deep learning is by applying method base learning's web , it was caused by that technology was evident can give contribution for student’s (student / college student and teacher / lecturer) in their learning activity. Examination is done by use of PHP software( Personal Home Page ), macromedia dreamweaver, camtasia sudio, cool edits, and photoshop's Adobe  to get result as learning interactive gets basis content  multimedia by methodics base learning's web  one that is applied to college student.

Sistem Aplikasi Penyelesaian Masalah Program Linier Standar Maksimal Berbasis Web dengan Keluaran Sesuai Produk Kemasan terkecil

Individual or cooperation as the producer who produces more than one product always has a problem to determine the amount of each product, as well as the smallest packaging used to generate the maximum revenue but still meet the inventory of existing facilities. If the inventory of facilities and functions form a linear function of income then the problem is called the program a maximu m linear case, where all supplies are limited means of the standard linear program is called maximal. Although the system has available a linear program to solve the problem, the system is only owned by a limited circle, this system also does not provide the smallest packaging option. In general linear programming problem is solved by the simplex method with any number of real output in decimal or fractional format mix. Settlement is not operational because the manufacturers do not always able to make the smallest product packaging in accordance with the unit on completion, to become operational, the results of this settlement may be rounded according to the smallest package selected. The problem of limited manufactures which have a system of linear program application can be overcome by providing a system similar to a web-based applications. This study compiled a web-based application system to solve a standard linear program that generates the maximum revenue that maximum use PHP software, data entered through the form and then taken by the POST method, then set up a matrix, carried out by iterating between the rows in the matrix operations that met the criteria optimal. By ch oosing the smallest packaging which is used 0.25 units or 0.50 units, the system check the number of products that have the smallest rounding according to the package selected, then the system prepare and present the inventory and revenue report. Keywords: Simplex metho; The smallest packaging; Web-based

Artificial and real laboratory environment in an e-learning competition

Abstract In this paper an approach to a study of multivariable system control is presented, where special attention is devoted to the implemented remote experiment. It has been realized through an e-learning environment, based on the E-CHO, Matlab, PHP software and a MySQL database. The e-management system E-CHO has been developed at the Faculty of Electrical Engineering, Ljubljana, Slovenia and is already widely used in different educational, business and academic applications, however, this is its first use in control design. The system is used for the communication with the users and the performance of the remote virtual (simulated) and/or real-time experiments using a laboratory pilot plant. The environment allows testing, design and evaluation of various modelling and control techniques. The system has now been used three times as an e-learning and e-competition game in 2007/2008, 2008/2009 and 2009/2010 and has been accepted very well among the students. In students’ opinion the idea of e-learning competition introduces a novel, alternative approach to the study, enables more freedom in work organization, increases learning efficiency and stimulates students’ interest. Since the presented system is very adaptable, direct extensions are possible in the sense of virtual and remote experiments with different models and real pilot plants.