จำนวน Repository ( 12 )
การให้คำแนะนำด้านการศึกษาอัตโนมัติแบบออนไลน์กรณีศึกษาคณะวิศวกรรมศาสตร์มทร.พระนคร
This research aims to develop the guidelines of an automated educational recommending system through various social media in form of chat robots (Chatbot). This is under the assumption that the Chatbot can assist the human workload in responding to Students’ frequently asked questions (FAQ). With the Chatbot inquirer students would be responded in fast and accurate to the inquiries. The prototype of this system is built on the Dialogflow platform to connect to the Line Application. The prototype was tested via users and received “good” level of the overall user’s satisfaction.
การพัฒนาหลักสูตรการออกแบบและวิเคราะห์ด้วยโปรแกรม SolidWorks
Short-term training courses are created with a specific purpose to promote increasing skills knowledge and experience for people or groups of people that wants to learn about that subject. An important factor is a policy to drive national development by focusing on 10 target industries consisting of the extension of 5 existing S-curve industries and 5 S-curve future industries. Higher education institutions need to speed up the workforce develop young people to have true knowledge and ability to work and an important force in national development. Training courses are an important tool for higher educated institutions to change develop and modernized courses. From the design and analysis of short training courses providing 4 short-term training courses consisting of 1) Product design and 3D mechanical parts using SolidWorks 2) Advanced Finite Element Application with SolidWorks Simulation 3) Analysis of product and mechanical strength on finite element method using SolidWorks Simulation and 4) Mold design and simulation of plastic injection. Each of the above courses takes 6 hours of training per day. Every course is linked and continuous or must be extended on a sequential basis.
การวิเคราะห์เครือข่ายการท่องเที่ยวของกลุ่มจังหวัดภาคกลางในประเทศไทย
This study the purpose of this research is to study a network of tourism of the central provinces in Thailand by topological analysis. Using the Gephi program to find that the trip by car or tour bus connects each province in the central region. Either 22 provinces. When analyzed with Gephi there are Nodes: 22 Edges: 43 and Undirected Graph. The results of the analysis concluded that Phranakhon Si Ayutthaya and Nakhon Sawan provinces are the provinces with the most significant relationships with the provinces. There are many routes connecting to various tourist attractions. It can travel to many provinces. And to study was conducted to analyze the tourist information of each province in the central region. Either 22 provinces. When analyzed with Gephi there are Nodes: 122 Edges: 145 and Undirected Graph. The overall conclusion was that Bangkok is the province with the most influential relationships with the nearest tourist attractions. The province is a popular tourist destination of the tour. There are tourist attractions that are of interest. It is a center that can travel to many provinces.
การปรับปรุงคุณภาพภาดฃพโดยวิธีการปรับเท่าฮีสดตแกรมออกเป็นสองส่วนผ่านทางเวฟเล็ต
The image enhancement process of a digital image is a part of digital signal processing which it plays an important role in some industrial segments for instance object classification or bio-identification satellite exploration or aerial images robot vision cancer treatment etc. These image applications are necessary to consume many resources in physical hardware and computer programming including the intelligent algorithm development of complexly advanced processing in order to enhance digital images – as well as be easy to analyse by humans. This research is aimed to present on Contrast Enhancement using Bi-Histogram Equalization via Two Dimensional Discrete Wavelet Transform (BHE2DWT) in order to compose the coefficient wavelet from other signals. At the end of the process information on the approximation band from DWT will be divided into two sub-histograms and then histograms will be independently equalized. After that resulting histograms will be decomposed by IDWT. Resulting images will be not only more displaying in high contrast than their original images but also preserve the absolute mean brightness error (AMBE) to close their original images.