Web Management

Günümüzde aynı pazarda bulunan çeşitlilik ve marka sayısı artmıştır. Buna neden olarak gelişen dünyada girişimciliğin hayatımızda daha önemli bir rol oynaması ve bilişim teknolojileri altyapısının gelişmesi önemli etkenlerdir. Bu yoğun pazarda kendini göstermek ve müşteriye daha kolay daha hızlı ulaşmak için işletmeler sürekli yeni yollar aramıştır. Son yirmi yılda, World Wide Web (WWW), daha yaygın adıyla web, hayatımız ve işlerimiz üzerinde büyük ve kaçınılmaz bir etki bırakarak değiştirmiştir (Al-Rousan, Sulaiman, & Salam, 2009). Web 2.0 ardından web siteleri bu arayış içerisinde önemli bir paydaya sahiptir. Fakat İnternet sitelerinin interaktif bir ortam yaratması için gerekli olan dizayn esasları dikkate alınmalıdır. Etkili bir şekilde dizayn edilmemiş olan internet sitelerinin şirkete avantajlar sağlaması beklenmemelidir (İnan & Südaş, 2009). İçeriğine sadık olmayan web siteleri verimliliğini kaybeder ve pazarda daha da gerilemesine neden olur. İçeriğine sadık olup müşterinin beklentilerini karşılayan işletmeler web siteleri vasıtasıyla müşterilerine daha hızlı ulaşıp pazarda öne çıkmayı başarmıştır. Bir web sitesi projesinde planlama için kullanılan 2 adet yöntem vardır bunlar Waterfall ve Agile yöntemleridir. Bu araştırmada sanal bir otel işletmesinin web sitesi proje planlama aşamaları yapılmaya çalışılmıştır.

This research was research and development (R&D) research. It aimed to: 1) study the mobile application development process 2) design and develop a cultural tourism mobile application for Narathiwat Province 3) evaluate the efficiency of the mobile application. The research process began with a study of cultural tourism attractions in Narathiwat Province. The design was based on the system development life cycle (SDLC). The front-end tools used were Expo and React Native, which were JavaScript library frameworks. The back-end tools used were Laravel Framework, which was a PHP framework, and MySQLi database. The modules included a member system, a tour package system, a hotel booking system, a car rental system, a route tracking system, a payment system, and a data reporting system. The population and sample groups were obtained by purposive sampling, consisting of 5 experts, 17 tourists, 8 students, and 5 general people, for a total of 35 people. The research tools were then used to calculate the content validity of the questions by three experts. Following that, the research tools were implemented. The results of the evaluation of user satisfaction with the efficiency of the mobile application by five experts showed that the overall mean was at a high level (x̅ = 4.35, S.D. = .51). Similarly, the results of the evaluation of user satisfaction with the efficiency of the mobile application revealed that the overall mean was at a high level of satisfaction (x̅ = 4.3, S.D. = .58

Navigating unfamiliar websites is challenging for users with visual impairments. While many websites ofer visual cues to facilitate access to pages/features most websites are expected to have (e.g., log in at the top-right), such visual shortcuts are not accessible to users with visual impairments. Moreover, while such pages serve the same functionality across websites (e.g., to log in, to sign up), the location, wording, and navigation path of links to these pages vary from one website to another. Such inconsistencies are challenging for users with visual impairments, especially for users of screen readers, who often need to linearly listen to content of pages to igure out how to access certain website features. To study how to improve access to main website features, we iteratively designed and tested a command-based approach for main features of websites via a browser extension powered by machine learning and human input. The browser extension gives users a way to access high-level website features (e.g., log in, ind stores, contact) via keyboard commands. We tested the browser extension in a lab setting with 15 Internet users, including 9 users with visual impairments and 6 without. Our study showed that commands for main website features can greatly improve the experience of users with visual impairments. People without visual impairments also found command-based access helpful when visiting unfamiliar, cluttered, or infrequently visited websites, suggesting that this approach can support users with visual impairments while also beneiting other user groups (i.e., universal design). Our study reveals concerns about the handling of unsupported commands and the availability and trustworthiness of human input. We discuss how websites, browsers, and assistive technologies could incorporate a command-based paradigm to enhance web accessibility and provide more consistency on the web in order to beneit users with varied abilities when navigating unfamiliar or complex websites. CCS Concepts: • Human-centered computing → Accessibility systems and tools.

Navigating unfamiliar websites is challenging for users with visual impairments. Although many websites offer visual cues to facilitate access to pages/features most websites are expected to have (e.g., log in at the top right), such visual shortcuts are not accessible to users with visual impairments. Moreover, although such pages serve the same functionality across websites (e.g., to log in, to sign up), the location, wording, and navigation path of links to these pages vary from one website to another. Such inconsistencies are challenging for users with visual impairments, especially for users of screen readers, who often need to linearly listen to content of pages to figure out how to access certain website features. To study how to improve access to main website features, we iteratively designed and tested a command-based approach for main features of websites via a browser extension powered by machine learning and human input. The browser extension gives users a way to access ...

Last 7 years, tourism at Gunungkidul has been visited tremendous tourists. The most favorite destination are beaches on coastal areas. This emerging destination is influenced by digital world largely. The research aims to determine the need of internet access on coastal areas. Identifying the 8Ps component's extended marketing mix, beaches as product serve the tourist satisfy. The research steps are identifying physical aspect (existing, infrastructure, amenities) and stake holder perception (tourist, expert community, local governement, and investor). The approach used mix method (qualitative and quantitative) to collect data (primary and secondary data). Collecting primary data by interviewing the key person. Validating the finding held focus group discussion at the end of research schedule. SWOT analysis is used to identify the stength, weakness, opprtunity and threat the coastal areas. The result shows the need of broadband to encourage sustainability tourism on coastal areas. The new branding will attract the tourists entireworld.

Los contenedores se han convertido es una estrategia ideal para acelerar el proceso de desarrollo de plataformas. Su importancia radica en la capacidad que tienen para separar una aplicación e interactuar con sus partes sin que la totalidad de la aplicación tenga que ser afectada. Los contenedores pueden compartir procesos entre varias aplicaciones, de manera muy similar al esquema propuesto por la arquitectura orientada a servicios. El objetivo de esta investigación fue definir una arquitectura para el despliegue automático de contenedores en contextos académicos, la verificación y validación de la arquitectura se realizó mediante la construcción de una plataforma que adapta los conceptos de la arquitectura y permite visualizar nivel a nivel cada uno de sus componentes. Se realizó un análisis bibliográfico sobre las arquitecturas propuestas para la gestión de contenedores, evidenciando fortalezas y debilidades.  El resultado directo de esta investigación fue la propuesta arquitectó...

In usability evaluations, experiments are often conducted in closed laboratory situations to avoid disturbing influences. Due to non-realistic usage assumptions, this approach has important shortcomings when mobile Human Computer Interactions (m-HCI) have to be evaluated. Field studies allow to perform experiments close to real-world conditions, but potentially introduce influences caused by the environment. In this paper, we aim at distinguishing application shortcomings from environmental disturbances which both potentially cause decreased user performance. Our approach is based on monitoring environmental conditions during the usability experiment, such as light, acceleration, sound, temperature, and humidity, and relating them to user actions. Therefore, a mobile context-framework has been developed based on a small Wireless Sensor Network (WSN). First results are presented that point at increased delays and error rates of user tasks under induced environmental disturbances. Additionally, we demonstrate the potential of environmental monitoring for understanding user performance.

Social Media has developed by its way as promotion tools many industries need, including tourism. Today many people don’t need to look at magazine, TV Tourism Programs, etc to preview the place they plan to visit. Just sit in front of monitor, open the website and they find it! Many tour operators have been moving through social media in terms of promotion. Its simplicity and cheapness become a reason of social media to become tool to promote their package. Including Instagram, it’s perceived to be one of the effective social media to promote tour package. This journal shows promotion strategies for tour operator on Instagram to promote tour packages by considering Strengths, Weaknesses, Opportunities and Threats of Instagram Tour Packages Promotion, and it results to 6 promotion strategies on Instagram.

In this study a wireless sensor network for collecting information about indoor temperature, relative humidity and light level in four positions inside an office building is developed. Infrastructure of wireless sensor network is based on MAC and PHY layer of IEEE 802.15.4 standard and JenNet network protocol stack. The hardware of the system is built integrating JN5148 Evaluation Kit and a Hit65 GSM modem. Features integrated in the architecture of proposed system comprise: SQL database storage of results, real-time graphical trends of measured values, histograms with selection of the start and end date, adjustable sampling time, alarm notification via e-mail and SMS, and GSM and LAN remote access to the sensor readings. These implemented features give our system high practical value with possible application in large-scale environment monitoring of buildings aimed to improve work efficiency and thermal comfort of people and storage or working conditions for materials and equipment.

How did we build a site that has grown to more than 6,000 Web pages and 50 million hits per year-with a few part-time people, with no budget for the first five years, and a minimal budget the next five? We will describe an efficient and effective design process fundamental to our strategy that is essentially a method of disciplined inquiry. Our own XML content management system perpetuates our Website into the future as Web browsers, HTML, CSS, and editors continue to evolve.

Many organizations wishing to build content management systems in a World Wide Web environment have limited funding and staff expertise. This study tested the effectiveness of an inquiry-based design tool as an aid for populating a content management system in a business environment. The design tool had previously been used to develop a website for the University of Indiana at Bloomington's School of Education. This study used the Indiana design tool at University of North Carolina Healthcare System's Physicians & Associates as a method of creating a resource portal for employees. The protocol combined inquiry-based design and usability testing to design the information architecture for the resource portal. The results suggested that the methods employed in the University of Indiana protocol can be used to guide the development of other resource portals and to create successful content management systems.

This paper presents a complex system (hardware and software) that is used to monitor and control some ambient parameters (temperature, humidity, light intensity, etc.). Monitoring parameters are temperature, humidity and light intensity. The system provides remote and automated control of local devices that can be used to assure the security or to increase the comfort indicator of the air. Author

Support decision making is an important field to saving money, minimizing infrastructure cost, and satisfying assurance of quality. So, surveillance of organizational infrastructure and its activities based on distributed sources and detection in real-time became typical in unrestricted safety and services distribution. This research proposes the construction of a hybrid agent system to achieve processing of the integrated knowledge in dynamic environments. The knowledge acquisition for this complex environment will be tackled via distributed defecated sensors. The framework of the proposed system was designed and implemented using a hybrid intelligent dynamic surveillance system (HIDSS) that senses and tracks data and its source via Radio Frequency Identification (RFID) and wireless sensor networks (WSNs). The aim of the proposed system is to construct mathematical modeling via designing data warehouse architecture for the Iraqi Oil Products Distribution Company. The proposed system affects the control products using intelligent sensing in real-time. Big data was controlled via the cloud of the proposed system.

The specific dissertation investigates the broad concept of tourism and how it has been shaped in recent years with reference to the types, forms and characteristics of the tourism product. Furthermore, the study analyses the marketing communication mix of the tourism industry and tries to emphasize the significance of applying e-marketing practices for the promotion and advertisement of tourism destinations and services as well as for their management. The ultimate goal is to highlight the necessity of standardization as well as the integration of all tourism services under one unique online-standardized trustworthy platform, certified by the United Nations World Tourism Organization.

A number of hypotheses were formulated in order to perceive the objectives. It must be stressed out that the online platform has been developed to better understand the nature of online tourism as well as to carry out as many test cases as possible for the collection of the marketing results. The online platform is still in progress of development not to mention that it constituted the trigger for the creation of a startup tourism company with fully automated procedures.

A proposal, in terms of marketing and management, is presented for the beneficial cooperation between the private and the public sectors in the tourism industry, which is scalable, flexible, totally adjustable and applicable to all the countries worldwide. This study contributes to the field of tourism by testing Greece as a destination marketing success model that can definitely be applied internationally.

Pipeline-based applications have become the indispensable part of life. Active monitoring and frequent inspections are critical to maintaining pipeline health. However, these tasks are highly expensive using the traditional maintenance systems, knowing that the pipeline systems can be largely deployed in an inaccessible and hazardous environment. In this paper, we propose a novel cost effective, scalable, customizable, and autonomous sensor-based system, called SPAMMS. It combines robot agent based technologies with sensing technologies for efficiently locating health related events and allows active and corrective monitoring and maintenance of the pipelines. SPAMMS integrates RFID systems with mobile sensors and autonomous robots. While the mobile sensor motion is based on the fluid transported by the pipeline, the fixed sensors provide event and mobile sensor location information and contribute efficiently to the study of health history of the pipeline. In addition, it permits a good tracking of the mobile sensors. Using the output of event analysis, a robot agent gets command from the controlling system, travels inside the pipelines for detailed inspection and repairing of the reported incidents (e.g., damage, leakage, or corrosion).

Ubiquitous robot is a network robot which can communicate with any devices at any time in the surrounding physical space to obtain more diverse view points of the environment. We call ubiquitous computing environment, which the network devices provide the environmental information to the robot in, ubiquitous robotic space (URS). In this paper, a sensor network platform is proposed to build the ubiquitous robotic space and provide lots of types of environment information such as indoor environment condition, fire detection, and intrusion detection. Differently from the existing sensor network applications that assume the static sensor nodes and the base station, the proposed sensor network platform is designed to support seamless environmental monitoring on the mobile robot system. We then applied our sensor network platform toe the real robot system and evaluated the functionalities of the proposed system.

The Diffusion Simulation Game (DSG) was created to provide graduate students in the Instructional Systems Technology (IST) Department at Indiana University with an opportunity to play the role of a change agent charged with bringing about innovations in teaching methods at a fictional junior high school. Originally created by an IST faculty member in a paper-based format, the game consists of a game board and several information and feedback cards. To play the game, teams of three to four students work together to develop a strategy for persuading as many people as possible to adopt a particular innovation. This game has formed an integral part of a core, residential IST course since the 1970s. In 2001, the IST Department decided to offer this course for the first time online, and thus needed the paper-based version to be converted to a Web-based medium. We began by conducting a needs analysis of the stakeholders (course instructors and past students) for the Web-based DSG. Next we developed a rapid prototype (Web mock-up of what the game might look like in a browser) and conducted some usability tests in order improve the DSG design. After several design iterations, we then created a computer prototype using PHP (a Web programming language) and XML (Extensible Markup Language) with HTML to provide the interactivity of the game in which learners make decisions and experience their consequences . We also conducted two rounds of usability tests with target users to evaluate and improve the design of the working computer prototype. The final product was embedded into a distance education course after four months of development. We will discuss our initial evaluation results, and the overall impact of the online game on the distance students and the course in general. Finally, we will discuss ongoing maintenance and plans for the future of the DSG and its implications for developing a simulation to teach systemic change in education.

The Marketing Environment SAS * This refers to factors existing within a marketing firm. They are also called as CONTROLLABLE FACTORS, because the company has control over these factors * It can alter or modify factors as its personnel, physical facilities, organization and function means, such as marketing mix, to suit the environment.

This project targets the design, implementation, and analysis of a hybrid WSN-RFID system for real-time home monitoring and protection. The end product is a fully functional system enabling users to efficiently and conveniently monitor their homes remotely. It is a practical application leveraging WSNs, RFID, and robotics to provide a useful service. System overview, methodology and technical details are presented. Also, Information concerning different networking technologies involved is provided, in addition to the expected challenges in developing the prototype. The major parts forming the project are explained in terms of H/W and S/W components. Literature review and project timeline are also presented.

At present, information Management using mobile phone in Wireless Sensor Network is the commonest factor. Mobile phone will be the main access point in Wireless Sensor Network. The system will be as simple as possible providing all the facilities those are available in web based rather PC based applications regarding this. A wireless mesh network furnishes the WSN and the mobile phones are going to be the nodes or access points of this network Not only the queries of mobile users, some predefined activities like error messages or warning messages after sensing the system environment can also be available in this system. A simple user friendly GUI is implemented for user. There is a server to authenticate the logged in user, listen to the requests submitted by user and replies them accordingly. The user has two choices using which he/she can get the required information namely (i) get the reports regarding all/individual tags and or routes, emergency messages, sensors and also the location information; (ii) send actuation command to the server using which immediate decision about the system can be taken from server side. The user can see the report in their phone's display screen. Thus to communicate with WSN anywhere, anytime can assist any remote user most efficiently.

TechTrends we can change the styles text formatting (such as fonts for headings and paragraphs), and we can modify location and appearance of blocks in our design (such as the page header, sidebar and footer, background, etc.) by editing our style sheets. These changes are rendered immediately throughout the website. No web pages need to be republished. No web content is changed, only its stylistic appearance. We discuss these strategies in more detail below. have developed an iterative design process that results in useful and usable websites (see http://education.indiana.edu/~pedagogy/preview). This design process is inquiry-based and was created and improved through formative research methodology . The major steps in the process are heuristic design activities:

TechTrends we can change the styles text formatting (such as fonts for headings and paragraphs), and we can modify location and appearance of blocks in our design (such as the page header, sidebar and footer, background, etc.) by editing our style sheets. These changes are rendered immediately throughout the website. No web pages need to be republished. No web content is changed, only its stylistic appearance. We discuss these strategies in more detail below. have developed an iterative design process that results in useful and usable websites (see http://education.indiana.edu/~pedagogy/preview). This design process is inquiry-based and was created and improved through formative research methodology . The major steps in the process are heuristic design activities:

At present, information Management using mobile phone in Wireless Sensor Network is the commonest factor. Mobile phone will be the main access point in Wireless Sensor Network. The system will be as simple as possible providing all the facilities those are available in web based rather PC based applications regarding this. A wireless mesh network furnishes the WSN and the mobile phones are going to be the nodes or access points of this network Not only the queries of mobile users, some predefined activities like error messages or warning messages after sensing the system environment can also be available in this system. A simple user friendly GUI is implemented for user. There is a server to authenticate the logged in user, listen to the requests submitted by user and replies them accordingly. The user has two choices using which he/she can get the required information namely (i) get the reports regarding all/individual tags and or routes, emergency messages, sensors and also the location information; (ii) send actuation command to the server using which immediate decision about the system can be taken from server side. The user can see the report in their phone's display screen. Thus to communicate with WSN anywhere, anytime can assist any remote user most efficiently.

We ask authors to answer for the unity of the works published in their names; we ask that they reveal, or at least display the hidden sense pervading their work; we ask them to reveal their personal lives, to account for their experiences and the real story that gave birth to their writings.