Abstract

Abstract

Abstract

Abstract
O presente artigo propõe-se discutir práticas pedagógicas que promovam a inventividade, a cocriação e a colaboração e tem por objetivo apresentar a ação “Tô Ligado!”, que emergiu da vivência de cidadania digital MOVEOnCibricity no contexto do I Festival Internacional de Cidadania Digital, desenvolvida pela Rede Internacional ConectaKaT. A pesquisa se desenvolve a partir do Método Cartográfico de Pesquisa-Intervenção e está fundamentada na perspectiva da Educação OnLIFE. Tem como resultados o desenvolvimento de outras ações, constituindo a característica reticular e conectiva da ConectaKaT, sendo eles: a WebSérie Entrevistas, a Campanha/Jogo Segurança na Internet e nova WebSérie TomKaT nas Escolas. Esta ação apresenta contribuições significativas na construção de práticas pedagógicas inventivas e cocriadas na perspectiva de uma Educação OnLIFE, contribuindo também para um habitar engajado no ensinar e no aprender. Além disso, a ação “Tô Ligado!” se configurou como uma potente prática na construção de conhecimentos em torno de temáticas que se relacionam ao desenvolvimento sustentável. Assim, a ConectaKaT tem se estruturado enquanto uma plataforma viva de interação ecológica, propícia à invenção de novas metodologias e práticas pedagógicas, evidenciando uma nova política cognitiva em Educação.

Abstract
The effectiveness of digital marketing relies on the seamless integration of intelligent technology, enabling encounters that closely resemble those experienced with physical vendors in the real world. Thus, the importance of scalable artificial intelligence (AI) systems guided by a multimodal approach cannot be overstated, as they can be used to gain a deeper understanding of user preferences and engagement behaviors. The investigation conducted concerning multimodal learning in this review uncovers a variety of benefits and limitations on the available data, presenting consistency in finding the relationship between modalities. The results suggest multimodality as a topic with a noticeable dearth of research, yet a promising path to reduce uncertainty and develop innovative perspectives on decision-making for Digital Marketing improvement tasks. The complexity inherent in data processes like analysis, processing, and granular modulation requires a lot of effort for researchers to build accurate multimodal representations while trying to suppress imprecision in these new elements. Therefore, our approach aims to explore how theoretical foundations are successfully applied to learning operational procedures, considering real-life case comprehension, the technical challenges of the learning process, and the importance given to each feature. Even so, comparing the restrictions found in the state-of-the-art made possible the reformulation of limitations to this particular type of technology and encouraged the search for more guidelines on the entire process.

Abstract
Since its appearance in 2008, blockchain technology has found multiple uses in fields such as banking, supply chain management, and healthcare. One of the most intriguing uses of blockchain is in voting systems, where the technology can overcome the security and transparency concerns that plague traditional voting systems. This paper provides a thorough examination of the implementation of a blockchain-based voting system. The proposed system employs cryptographic methods to protect voters' privacy and anonymity while ensuring the verifiability and integrity of election results. Digital signatures, homomorphic encryption (He), zero-knowledge proofs (ZKPs), and the Byzantine fault-tolerant consensus method underpin the system. A review of the literature on the use of blockchain technology for voting systems supports the analysis and the technical and logistical constraints connected with implementing the suggested system. The study suggests solutions to problems such as managing voter identification and authentication, ensuring accessibility for all voters, and dealing with network latency and scalability. The suggested blockchain-based voting system can provide a safe and transparent platform for casting and counting votes, ensuring election results' privacy, anonymity, and verifiability. The implementation of blockchain technology can overcome traditional voting systems' security and transparency shortcomings while also delivering a high level of integrity and traceability.