Journal of Web Development and Web Designing

Cultural Guided Website for Tour Guides

Arif Kamal, Sajid Ullah, Sikander Azam — Mon, 22 Jan 2024 00:00:00 +0000

Introduction: Pakistan and its provinces are blessed with beautiful tourist spots and historical sites where tourists from different places/areas of the country and abroad visit in large numbers. The valley is known for its peaks, glaciers, lakes, and forests, where not only can homegrown tourism flourish, but millions of tourists from abroad can also be attracted. Objectives: This project aims to facilitate and guide tourists. To identify the tourist spots in different areas of Pakistan and information about different events at such places. Methodology: The data of low diagrams, entity relationship diagrams, and relational schema. DFD shows the movement of data through a system or process, ERD, also known as an entity-relationship model, is a graphical representation of an information system that displays the relationships among people, objects, places, concepts, or events, The schema explains how the database models real-world things. Results: The Administrator of this project can add and delete information about tourist places. Before the design of the facilities, tourists asking for details from people about tourist places were more complex and more time-consuming. Conclusion: This Project “Cultural guided website for tour guides” will facilitate the tourists of information quickly about different tourist spots in different provinces and areas of Pakistan.

A Web-Based Prototype for Driving Monitoring and Incentive Program

Tue, 20 Feb 2024 00:00:00 +0000

DrivePerks.in is a groundbreaking start-up aimed at incentivizing responsible driving behaviour and fostering road safety. This abstract provides a concise overview of DrivePerks.in, its core features, and the impact it has on promoting responsible driving. The platform's unique approach, combining technology, rewards, and data analytics, has proven effective in encouraging drivers to adhere to traffic rules and regulations, resulting in improved driving behaviour and a safer road environment. This project uses a machine learning-based deep sort learning module as a local server, and an HTML, CSS and Javascript-based user interface integrated into a website. For storing the data of the user, we have used a Google-based platform, named Google Firebase.

This abstract highlights the key findings and recommendations from an in-depth analysis of DrivePerks.in, showcasing its potential to revolutionize the driving experience and contribute to a more sustainable and responsible transportation ecosystem. Addressing this challenge necessitates multifaceted solutions. One approach could involve optimizing traffic management systems to reduce congestion and enhance the flow of emergency vehicles. Advanced technologies, such as real-time traffic monitoring, AI-powered traffic signal optimization, and predictive traffic modelling, could aid in creating more efficient routes for ambulances.

Review on College Event Website Generator

Priyanka Bendre, Saiely Joshi, Gouri Shinde, Gayatri Vaste — Wed, 28 Feb 2024 00:00:00 +0000

In the digital age, college events play a pivotal role in engaging students, fostering a sense of community, and enhancing the overall college experience. However, organizing and promoting these events effectively can be a daunting task, requiring significant time, effort, and technical expertise. To address these challenges, we present the College Event Website Generator, a project aimed at simplifying the process of creating and managing event websites for colleges and universities. This project harnesses the power of technology to provide an intuitive platform that empowers event organizers to effortlessly create appealing and informative websites for their events. The motivation behind the College Event Website Generator project stems from the recognition of the vital role that events play in the educational and social development of college students. These events serve as a platform for knowledge sharing, skill development, networking, and cultural exchange. However, we noticed that event organizers often struggle with creating engaging websites that effectively showcase event details, registrations, schedules, and other essential information. The College Event Website Generator project seeks to revolutionize event organization and promotion in colleges and universities. By providing a user-friendly platform, we aim to empower event organizers to create captivating and informative event websites, ultimately fostering stronger student engagement and enriching the overall college experience. Creating a successful online presence involves developing an event website that not only provides essential information about the occasion but also serves as an informative website. Utilizing an intuitive platform is crucial to enhance user experience and navigation, ensuring that visitors can effortlessly access details about the event. Incorporating networking features further enriches the platform, fostering connections among attendees. To streamline the process, a website generator can be employed, simplifying the creation of these diverse elements and resulting in a cohesive, user-friendly online space for both organizers and participants.

Smart Parking Management System: A Web-Based Prototype

Sat, 02 Mar 2024 00:00:00 +0000

In today's urbanized world, the scarcity of parking spaces presents a significant challenge, exacerbated by the constant growth of population and vehicles, leading to increased traffic congestion. Poor parking management systems contribute significantly to this issue, resulting in wasted time, fuel, and negative environmental impacts. The Smart Parking Management System offers an innovative and technology-driven solution to improve the efficiency of parking space usage and boost urban mobility. By leveraging cutting-edge technologies, data analytics, and real-time information, this system streamlines enhancing the parking procedure to be more effective, user-friendly, and environmentally conscious. This paper aims to address key challenges associated with urban parking, including reducing traffic congestion, optimizing space utilization, enhancing user convenience, promoting sustainability, and enabling real-time monitoring and analytics. The implementation of a prototype model using hardware components such as microcontrollers, IR sensors, breadboards, and connecting wires demonstrates the feasibility and effectiveness of the system. Additionally, a web-based interface further enhances user accessibility and convenience. Results from the implementation showcase the real-time monitoring capabilities of the system, with parking layout adjustments reflecting the occupancy status accurately. The integration of sensors not only improves efficiency but also enhances security and safety by detecting unauthorized vehicles and integrating them with surveillance measures. In conclusion, implementing sensor-based parking management systems offers numerous advantages, including improved efficiency, convenience, and security. With ongoing technological advancements, upcoming innovations offer the potential for increasingly intelligent and streamlined parking solutions, which in turn can play a role in developing smarter and environmentally friendly urban areas.

Incentives-based Design for Onboarding Legal Service Providers for Extending Legal Services to Citizens in India with Result

Piyush Karnale, Srishti Chavan, Amulya Chougale, Ansh Patil, S.S.Jamadar — Sat, 16 Mar 2024 00:00:00 +0000

The Incentive-based platform is a pioneering solution designed to address the challenges of accessing legal services in India. With the legal system often perceived as fragmented and unorganized, this initiative aims to bridge the gap between supply and demand by offering a comprehensive range of services such as arbitrators, notaries, document writers, and advocates. Through detailed profiles and descriptions of service providers, the platform empowers citizens to make informed decisions tailored to their specific legal needs. Leveraging technology, it promises convenience and accessibility, ensuring users can navigate complex legal processes with confidence. Incorporating features like user reviews and ratings fosters accountability and quality assurance while prioritizing user-friendly interfaces and mobile accessibility that cater to diverse populations, including those in rural areas. The platform aims to maintain the confidentiality between the legal service provider and the users. Educational initiatives and community engagement programs further promote legal literacy and proactive decision-making. Ultimately, the eMarket Place platform represents a transformative approach towards creating a more equitable and accessible legal landscape in India, driven by transparency, trust, and user empowerment.