This article presents the process of developing an intelligent and sustainable solution for a platform with advanced technology, incorporated into an electric motorbike, for comfortable and safe mobility. In light of the ongoing advance of technology and the growing concern for environmental sustainability, the development studies focused on the implementation of technology for a frontend and a web platform that are simple, intuitive and dynamic, as well as the creation of a backend that guarantees an up-to-date and consistent flow of data, facilitating interconnection between the modules. For consumption forecasting and the efficient management of energy, studies will be conducted on time series models. Additionally, studies will be carried out on optimisation algorithms with a view to implementing a more suitable route optimisation solution. Outcomes are expected to establish a new paradigm for the transport ecosystem, representing a substantial advance in the field of urban mobility. This innovative approach that will combine technological efficiency, transport convenience and environmental responsibility, thus aligning with the needs of society.

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

Information and Management Platform for Green, Sustainable and Intelligent Mobility

  • Ana Vigário,
  • Gonçalo Penelas,
  • Beatriz Teixeira,
  • Nuno Pinto,
  • Rodrigo Fernandes,
  • Arsénio Reis,
  • Tiago Pinto

摘要

This article presents the process of developing an intelligent and sustainable solution for a platform with advanced technology, incorporated into an electric motorbike, for comfortable and safe mobility. In light of the ongoing advance of technology and the growing concern for environmental sustainability, the development studies focused on the implementation of technology for a frontend and a web platform that are simple, intuitive and dynamic, as well as the creation of a backend that guarantees an up-to-date and consistent flow of data, facilitating interconnection between the modules. For consumption forecasting and the efficient management of energy, studies will be conducted on time series models. Additionally, studies will be carried out on optimisation algorithms with a view to implementing a more suitable route optimisation solution. Outcomes are expected to establish a new paradigm for the transport ecosystem, representing a substantial advance in the field of urban mobility. This innovative approach that will combine technological efficiency, transport convenience and environmental responsibility, thus aligning with the needs of society.