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Web Optimization
(Kwangsawad, 2019) The writers probably used technologies like performance testing frameworks, web analytics tools, and monitoring systems to assess the website's efficiency.
The purpose of this research was to examine the efficacy of several automated website rating systems. The authors aimed to optimize the website's performance and improve the user experience by identifying and analyzing several performance measures, such as response time, load handling capacity, and resource utilization.
(Dilip, 2015) The author most likely used web-building tools, quantum-inspired algorithms, and ant colony optimization (ACO) to optimize webpages for many factors.
The purpose of this research was to develop a unique tri-objective ACO strategy for website optimization, using inspiration drawn from quantum mechanics. The goal was to boost website functioning and user pleasure by optimizing it for search engines and improving other aspects, such as response speed and user experience.
Web Query Optimization
(Losada, 2015) To speed up page loads, the creators of bespoke web browsers likely used different optimization methods, such as caching systems, resource compression, and network optimizations.
The primary objective of this research was to create and test optimization strategies for speeding up page loading in specialized web browsers. The writers aimed to improve the surfing experience by making pages load quicker, making the interface more responsive, and optimizing resource use
(Korayem, 2016) Data analytics, machine learning algorithms, and email recommendation systems are technologies that the writers very certainly used to maximize clickthrough and response rates.
The purpose of this research was to develop a macro-optimization strategy for improving email suggestion response rates, taking into account both individual activity levels and group affinity patterns. The goal was to increase click-through and conversion rates in email marketing by analyzing user behavior and group preferences to make better recommendation decisions.
Customer Assistance and Time Optimization
(Prajugjit, 2022) The authors' use of IBM Watson Assistant, NLP algorithms, and smart mirror technologies suggests they were instrumental in creating a kind and helpful chatbot for the elderly.
The purpose of this research was to create a chatbot using IBM Watson Assistant that would make using a smart mirror a pleasure for the elderly. The goal was to improve the elderly's quality of life by increasing their capacity for social contact and communication while also providing them with individualized support in the forms of help, information, and companionship.
(Alhalabi, 2022)The technologies presumably used by the writers to create M-Government smart services include artificial intelligence (AI) tools, natural language processing (NLP) algorithms, and chatbot frameworks.
The purpose of this research was to develop and deploy intelligent chatbots for use in the United Arab Emirates (UAE's) mobile government services. The goal was to make government services more accessible and user-friendly by using intelligent virtual assistants to improve citizen-government engagement and service delivery via personalized guidance, information, and seamless transactions.
(Garg, 2021) Technologies: Natural language processing (NLP) methods and chatbot frameworks were likely used by the authors to develop their restaurant-agnostic chatbot.
The purpose of this research was to create an NLP-based chatbot that can assist several dining establishments. The goal was to improve the dining experience and streamline restaurant operations by increasing customer participation, automating order placing, and providing personalized suggestions.
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