Abstract
O Ensino Remoto Emergencial, as Aulas Simultâneas e o Modelo HyFlex representam opções pedagógicas construídas durante a pandemia do COVID-19. Estas propostas situam-se ao nível da solução de problemas, cuja resolução emerge da atenção à vida pragmática, o que implica criatividade. Nesse movimento, um novo nível de atenção é necessário, uma atenção suplementar, o que contribui para a invenção de problemas e onde se potencia a Educação Híbrida e emerge a Educação OnLIFE. O objetivo  deste  artigo,  de  natureza  eminentemente  teórica, último da trilogia "Paradigma de Educação OnLIFE" é discutir as principais abordagens educacionais desenvolvidas em tempos de pandemia e a emersão de um paradigma educacional onde não exista distinção entre offline e online e onde as tecnologias digitais e as redes não sejam encaradas como ferramentas, mas como forças ambientais que afetam a nossa auto-conceção, as nossas interações e como ensinamos e aprendemos.

Abstract

Abstract
COVID-19 is the last nail in the coffin of globalization as we know it. This research aims to explore the influence of capital ownership in the (re)design of internationalization strategies among firms, considering the new macroeconomic challenges. It is commonly accepted that the extent to which family businesses approach internationalization differs from their counterparts; as such, the identification of leverages or hinderers in this process and the potential singularities of these firms is urgent. Intermittences in global operation and discontinuous internationalization paths remain overlooked in the theory. Continuity or intermittence across the internationalization strategies, as well as their determinants, were tested using data from the triennia of 2018, 2019, and 2020; the data were gathered from the Iberian Balance Sheet Analysis System Database (SABI), through a balanced panel of 26,154 firms belonging to all sectors of the manufacturing industry. Empirical evidence supports the heterogeneity of strategies among family businesses, as well as dissimilarities from their non-family counterparts. The firm dimension, experience in global operation, and the regional ecosystem in which the firm is embedded are identified as being central in internationalization endeavors. Urgency and assertiveness of policy action addressing the new macroeconomic challenges are required to foster economic recovery, and exploring extant entrepreneurial fabric potential and the already-established networks will determine the pace and success of the measures. Moreover, empirical evidence reinforces region-specific actions to be implemented, proposing the re-location of economic activities while promoting the intensification of spatial clustering and international networking. Designing an accurate policy package places demands upon heterogeneous players and layers of action, overlapping clusters and networks, and the creation of a multilevel ecosystem in which the flow of economic, human, and knowledge aspects circulate, reinforcing community resilience.

Abstract
Pulp and Paper Companies collaborate to monitor and monetize waste and create value from their by-products. This process of Industrial Symbiosis requires the creation and maintenance of trusted and transparent relationships between all entities participating in these networks, which is a constant challenge. In this context, a blockchain-based system can help in establishing and maintaining these networks, serving as a ground truth between companies operating at a national or a global scale. This paper proposes a scalable and modular blockchain architecture design using smart contracts to enhance the industrial symbiosis process of the Pulp, Paper, and Cardboard Production Sector companies in Portugal. This design comprehends all entities participating in the network. The implementation of this design assumes the use of a permissioned ledger built using Hyperledger Fabric to provide the required trust and transparency between all entities.

Abstract
Programs with a continuous state space or that interact with physical processes often require notions of equivalence going beyond the standard binary setting in which equivalence either holds or does not hold. In this paper we explore the idea of equivalence taking values in a quantale V, which covers the cases of (in)equations and (ultra)metric equations among others. Our main result is the introduction of a V-equational deductive system for linear ?-calculus together with a proof that it is sound and complete (in fact, an internal language) for a class of enriched autonomous categories. In the case of inequations, we get an internal language for autonomous categories enriched over partial orders. In the case of (ultra)metric equations, we get an internal language for autonomous categories enriched over (ultra)metric spaces. We use our results to obtain examples of inequational and metric equational systems for higher-order programs that contain real-time and probabilistic behaviour.

Abstract
The complexity of the number of stakeholders, information systems used, and port operations evoke new challenges to port security when it comes to the total knowledge and control of the overall operations of transport and parking of containerized freight, namely hazmat ones. The rising interest and the port authorities' awareness of the relevance of security concerns involved in this complex ecosystem has led to the search for new technological solutions that allow, in an integrated manner, the smart and automatic control of operations of transport and hazardous freight parking in all the areas of its jurisdiction, without third-party dependencies. Despite its importance and criticality, port authorities tend to have limited real-time knowledge of the location of hazmat containers, whether moving within the port (entering and leaving), or in its parking, having a direct impact on the port security. This article presents a Digital Twin platform for 3D and real-time georeferenced visualization of container parks and the location of hazardous containerized freight. This tool combines different modules that further allow to visualize information associated to a container, its movement, as well as its surrounding area, including a realistic and dynamic 3D representation of what is the area encircling the port.