Authors :
Dr. Radha Pimple; Lokesh Bokde; Himanshu Sonkusale; Sonali Meshram; Swarangi Kharwade; Vaidahi Chahande; Dr. M.S. Chaudhri
Volume/Issue :
Volume 8 - 2023, Issue 12 - December
Google Scholar :
http://tinyurl.com/3csf88pp
Scribd :
http://tinyurl.com/3zh9uhu4
DOI :
https://doi.org/10.5281/zenodo.10375851
Abstract :
Embark on a gastronomic journey with the
"Dine Out Cafeteria Web Application," a paradigm-
shifting platform at the convergence of innovation and
culinary delight. This research paper unfolds the
intricacies of building a dynamic web application that
reshapes how individuals engage with cafeteria services,
harnessing the combined prowess of Express.js, Node.js,
Angular.js, and the fundamental trio of web
technologies - JavaScript, HTML, and CSS. At the core
of our application is the potent synergy of Express.js
and Node.js, providing a robust server-side
architecture. Augmented by the dynamic capabilities of
JavaScript and the aesthetic prowess of HTML and
CSS, our platform ensures swift responses and optimal
performance. This synergy guarantees a fluid and
responsive user experience, amplifying satisfaction
during every cafeteria visit. The incorporation of
Angular.js, in tandem with the expressive capabilities of
HTML and the styling finesse of CSS, introduces a layer
of interactivity and user-centric design to our
application. Crafted with HTML and styled with CSS,
the interface facilitates seamless navigation, allowing
users to effortlessly explore menus, place orders, and
personalize their dining preferences. Angular.js
contributes real-time updates, creating an immersive
and dynamic connection between users and the diverse
culinary offerings .The Dine Out Cafeteria Web
Application boasts key features such as an intelligent
recommendation system, personalized user profiles, and
a secure payment gateway. These features seamlessly
integrate through the collaboration of JavaScript,
HTML, and CSS. The research paper delves into the
technical intricacies, offering insights into the design
and implementation processes, showcasing the practical
application of these foundational web technologies. In
conclusion, the Dine Out Cafeteria Web Application not
only redefines the traditional cafeteria experience but
also exemplifies the harmonious integration of and
envisioning the future landscape of enhanced digital
dining experiences. As the culinary domain embraces
the digital era, our web application stands as a
testament to the transformative influence of technology
in shaping the future of dining out.
Keywords :
Android, Mobile Application, Table Reservation, Food Order, Table Order, Hall Booking Customer, Hotel Management.
Embark on a gastronomic journey with the
"Dine Out Cafeteria Web Application," a paradigm-
shifting platform at the convergence of innovation and
culinary delight. This research paper unfolds the
intricacies of building a dynamic web application that
reshapes how individuals engage with cafeteria services,
harnessing the combined prowess of Express.js, Node.js,
Angular.js, and the fundamental trio of web
technologies - JavaScript, HTML, and CSS. At the core
of our application is the potent synergy of Express.js
and Node.js, providing a robust server-side
architecture. Augmented by the dynamic capabilities of
JavaScript and the aesthetic prowess of HTML and
CSS, our platform ensures swift responses and optimal
performance. This synergy guarantees a fluid and
responsive user experience, amplifying satisfaction
during every cafeteria visit. The incorporation of
Angular.js, in tandem with the expressive capabilities of
HTML and the styling finesse of CSS, introduces a layer
of interactivity and user-centric design to our
application. Crafted with HTML and styled with CSS,
the interface facilitates seamless navigation, allowing
users to effortlessly explore menus, place orders, and
personalize their dining preferences. Angular.js
contributes real-time updates, creating an immersive
and dynamic connection between users and the diverse
culinary offerings .The Dine Out Cafeteria Web
Application boasts key features such as an intelligent
recommendation system, personalized user profiles, and
a secure payment gateway. These features seamlessly
integrate through the collaboration of JavaScript,
HTML, and CSS. The research paper delves into the
technical intricacies, offering insights into the design
and implementation processes, showcasing the practical
application of these foundational web technologies. In
conclusion, the Dine Out Cafeteria Web Application not
only redefines the traditional cafeteria experience but
also exemplifies the harmonious integration of and
envisioning the future landscape of enhanced digital
dining experiences. As the culinary domain embraces
the digital era, our web application stands as a
testament to the transformative influence of technology
in shaping the future of dining out.
Keywords :
Android, Mobile Application, Table Reservation, Food Order, Table Order, Hall Booking Customer, Hotel Management.
